AE-ISP-U1 – DIP28/BH-10 universal adapter for in system programming

ae-isp-msp430
$90.00 each


Supported Devices:
Click the device programmer model below to get an appropriate list of the devices supported by this programmer with this adapter:
Adapter Connection Table

DIP28/BH-10 universal adapter for in system programming.

Connections to the target devices:

---AE-ISP-U1 connection for the Devices with I2C Interface


Recommended connection:

---AE-ISP-U1 connection for the Devices with I2C Interface

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R6 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R6 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the 24xx devices


Recommended connection:

AE-ISP-U1 connection for the 24xx devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R6 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R6 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the 93xx devices


Recommended connection:

AE-ISP-U1 connection for the 93xx devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R6 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R6 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

* Must be connected if there is no connection in a system.


AE-ISP-U1 connection for the Adesto/Atmel AT45xxx devices


Recommended connection:

AE-ISP-U1 connection for the Adesto/Atmel AT45xxx devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R6 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R6 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Atmel AT88xx devices


Recommended connection:

AE-ISP-U1 connection for the Atmel AT88xx devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R2 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R2 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Cypress CY8C2xxxx devices


Recommended connection:

AE-ISP-U1 connection for the Cypress CY8C2xxxx devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R3 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R3 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Dallas/Maxim 1-Wire EPROM


Recommended connection:

AE-ISP-U1 connection for the Dallas/Maxim 1-Wire EPROM

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Dallas/Maxim DS89C420/430/440/450 devices


Recommended connection:

AE-ISP-U1 connection for the Dallas/Maxim DS89C420/430/440/450 devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R6 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R6 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Dallas/Maxim iButton and 1-Wire


Recommended connection:

AE-ISP-U1 connection for the Dallas/Maxim iButton and 1-Wire

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1 resistor is to isolate the programmed chip from rest of target system. Recommended value of resistor R1 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Devices with I2C, 1-Wire Interface


Recommended connection:

AE-ISP-U1 connection for the Devices with I2C, 1-Wire Interface

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R6 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R6 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

(1) - Power supply can be used for board supplying. (2) - External pullup resistor is needed (3..3.9kOhm)


AE-ISP-U1 connection for the ELMOS 2-wire JTAG devices


Recommended connection:

AE-ISP-U1 connection for the ELMOS 2-wire JTAG devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R6 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R6 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the FTDI FT900 devices


Recommended connection:

AE-ISP-U1 connection for the FTDI FT900 devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R6 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R6 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Infineom SP37/SP40 microcontrollers


Recommended connection:

AE-ISP-U1 connection for the Infineom SP37/SP40 microcontrollers

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1,R2 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1,R2 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Infineon XC886/888CLM, XE164/167 devices


Recommended connection:

AE-ISP-U1 connection for the Infineon XC886/888CLM, XE164/167 devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R5 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R5 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Microchip HCS101/HCS201/HCS360/HCS361/HCS362 devices


Recommended connection:

AE-ISP-U1 connection for the Microchip HCS101/HCS201/HCS360/HCS361/HCS362 devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R3 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R3 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Microchip HCS200/HCS300/HCS301/HCS320 devices


Recommended connection:

AE-ISP-U1 connection for the Microchip HCS200/HCS300/HCS301/HCS320 devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R3 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R3 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Microchip MC250XX devices


Recommended connection:

AE-ISP-U1 connection for the Microchip MC250XX devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R2, R3 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R2, R3 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

All power supply pins included AVdd must be powered. All ground pins included AVss must be connected together.


AE-ISP-U1 connection for the Microchip PIC10/PIC12 devices


Recommended connection:

AE-ISP-U1 connection for the Microchip PIC10/PIC12 devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R2, R3 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R2, R3 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

All power supply pins included AVdd must be powered. All ground pins included AVss must be connected together.


AE-ISP-U1 connection for the Microchip PIC16/PIC18 devices


Recommended connection:

AE-ISP-U1 connection for the Microchip PIC16/PIC18 devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R2, R3 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R2, R3 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

All power supply pins included AVdd must be powered. All ground pins included AVss must be connected together.


AE-ISP-U1 connection for the Microchip PIC16C505 devices


Recommended connection:

AE-ISP-U1 connection for the Microchip PIC16C505 devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R2, R3 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R2, R3 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

All power supply pins included AVdd must be powered. All ground pins included AVss must be connected together.


AE-ISP-U1 connection for the Microchip PIC16Fxxx 14..20 pins devices


Recommended connection:

AE-ISP-U1 connection for the Microchip PIC16Fxxx 14..20 pins  devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R2, R3 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R2, R3 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

All power supply pins included AVdd must be powered. All ground pins included AVss must be connected together.


AE-ISP-U1 connection for the Microchip PIC17xxx devices


Recommended connection:

AE-ISP-U1 connection for the Microchip PIC17xxx  devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R2..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R2..R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

All power supply pins included AVdd must be powered. All ground pins included AVss must be connected together.


AE-ISP-U1 connection for the Microchip PIC18FxxJ devices


Recommended connection:

AE-ISP-U1 connection for the Microchip PIC18FxxJ devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R2, R3 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R2, R3 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

All power supply pins included AVdd must be powered. All ground pins included AVss must be connected together. * -The signal needs to be connected, if it is required.


AE-ISP-U1 connection for the Microchip PIC24 devices


Recommended connection:

AE-ISP-U1 connection for the Microchip PIC24 devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R2, R3 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R2, R3 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

All power supply pins included AVdd must be powered. All ground pins included AVss must be connected together. * -The signal needs to be connected, if it is required.


AE-ISP-U1 connection for the Microchip PIC24FxxxKA devices


Recommended connection:

AE-ISP-U1 connection for the Microchip PIC24FxxxKA devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R2, R3 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R2, R3 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

All power supply pins included AVdd must be powered. All ground pins included AVss must be connected together. * -The signal needs to be connected, if it is required.


AE-ISP-U1 connection for the Microchip dsPIC30F devices


Recommended connection:

AE-ISP-U1 connection for the Microchip dsPIC30F devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R2, R3 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R2, R3 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

All power supply pins included AVdd must be powered. All ground pins included AVss must be connected together.


AE-ISP-U1 connection for the Microchip dsPIC33 devices


Recommended connection:

AE-ISP-U1 connection for the Microchip dsPIC33 devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R2, R3 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R2, R3 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

All power supply pins included AVdd must be powered. All ground pins included AVss must be connected together. * -The signal needs to be connected, if it is required.


AE-ISP-U1 connection for the Microchip/Atmel AT89LPxxx devices


Recommended connection:

AE-ISP-U1 connection for the Microchip/Atmel AT89LPxxx devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Microchip/Atmel AT89RB2, AT89RC2 devices


Recommended connection:

AE-ISP-U1 connection for the Microchip/Atmel AT89RB2, AT89RC2 devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R6 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R6 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Microchip/Atmel AT90/ATS89S/ATtiny/ATmega devices


Recommended connection:

AE-ISP-U1 connection for the Microchip/Atmel AT90/ATS89S/ATtiny/ATmega devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

* Must be connected if there is no external oscillator in system.


AE-ISP-U1 connection for the Microchip/Atmel ATF150x devices


Recommended connection:

AE-ISP-U1 connection for the Microchip/Atmel ATF150x devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R6 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R6 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Microchip/Atmel ATmega103/128/1281/2561/64 AT90CAN128 devices


Recommended connection:

AE-ISP-U1 connection for the Microchip/Atmel ATmega103/128/1281/2561/64 AT90CAN128 devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

* Must be connected if there is no external oscillator in system.


AE-ISP-U1 connection for the Microchip/Atmel ATtiny devices in the High-Voltage Mode


Recommended connection:

AE-ISP-U1 connection for the Microchip/Atmel ATtiny devices in the High-Voltage Mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R5 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R5 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Microchip/Atmel ATtiny devices in the UPDI Mode


Recommended connection:

AE-ISP-U1 connection for the Microchip/Atmel ATtiny devices in the UPDI Mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R5 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R5 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Microchip/Atmel in PDI/TPI Mode


Recommended connection:

AE-ISP-U1 connection for the Microchip/Atmel in PDI/TPI Mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R3 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R3 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Milandr 1886BE1..1886BE4 devices


Recommended connection:

AE-ISP-U1 connection for the Milandr 1886BE1..1886BE4  devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R2..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R2..R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

All power supply pins included AVdd must be powered. All ground pins included AVss must be connected together.


AE-ISP-U1 connection for the Milandr 1886BE5..1886BE7 devices


Recommended connection:

AE-ISP-U1 connection for the Milandr 1886BE5..1886BE7  devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

MCLR and TEST pins
Attention! Resistors R5..R8 MUST present in the target board. They are used to decrease the voltage from the programmer, and made for compatibility with programmers from Milandr.

Isolating resistors:
Purpose of the R2..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R2..R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

All power supply pins included AVdd must be powered. All ground pins included AVss must be connected together.


AE-ISP-U1 connection for the NIIET 1882BE53Y devices


Recommended connection:

AE-ISP-U1 connection for the NIIET 1882BE53Y devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.
3. P1.4 must be in level 0 in the programming mode.
4. EA must be in level 1 in the programming mode.


Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

* Must be connected if there is no external oscillator in system.


AE-ISP-U1 connection for the NVM3060 device


Recommended connection:

AE-ISP-U1 connection for the NVM3060 device

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R6 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R6 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the NXP JN51XX


Recommended connection:

AE-ISP-U1 connection for the NXP JN51XX

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R5 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R5 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the NXP PCF79xx devices


Recommended connection:

AE-ISP-U1 connection for the NXP PCF79xx devices

Powering the target device:
There is only one option for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.

Isolating resistors:
Purpose of the R1..R5 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R5 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the NXP/Freescale HC68MC908 devices


Recommended connection:

AE-ISP-U1 connection for the NXP/Freescale HC68MC908 devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R2 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R2 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the NXP/Freescale HCS08, HCS12 devices


Recommended connection:

AE-ISP-U1 connection for the NXP/Freescale HCS08, HCS12 devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R2 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R2 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the NXP/Freescale RS08 devices


Recommended connection:

AE-ISP-U1 connection for the NXP/Freescale RS08 devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R2 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R2 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the NXP/Philips LPC1100/LPC1300 devices in the ISP Mode


Recommended connection:

AE-ISP-U1 connection for the NXP/Philips LPC1100/LPC1300 devices in the ISP Mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the NXP/Philips LPC1700/LPC2300/LPC2400 devices in the ISP Mode


Recommended connection:

AE-ISP-U1 connection for the NXP/Philips LPC1700/LPC2300/LPC2400 devices in the ISP Mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the NXP/Philips LPC2100/LPC2200 devices in the ISP Mode


Recommended connection:

AE-ISP-U1 connection for the NXP/Philips LPC2100/LPC2200 devices in the ISP Mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the NXP/Philips P89LPC9xx devices in the ISP Mode


Recommended connection:

AE-ISP-U1 connection for the NXP/Philips P89LPC9xx devices in the ISP Mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R3 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R3 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

* Must be connected if there is no external oscillator in system.


AE-ISP-U1 connection for the NXP/Philips P89xxx devices in the ICP Mode


Recommended connection:

AE-ISP-U1 connection for the NXP/Philips P89xxx devices in the ICP Mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R3 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R3 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Nordic nRF24xxx OTP microcontrollers


Recommended connection:

AE-ISP-U1 connection for the Nordic  nRF24xxx OTP microcontrollers

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R6 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R6 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

* Must be connected if there is no external oscillator in system.


AE-ISP-U1 connection for the Nordic nRF24xxx microcontrollers


Recommended connection:

AE-ISP-U1 connection for the Nordic  nRF24xxx microcontrollers

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R6 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R6 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

* Must be connected if there is no external oscillator in system.


AE-ISP-U1 connection for the Nuvoton ISD2xxx


Recommended connection:

AE-ISP-U1 connection for the Nuvoton ISD2xxx

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R6 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R6 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Renesas R8C devices in the 1-wire UART Mode


Recommended connection:

AE-ISP-U1 connection for the Renesas R8C devices in the 1-wire UART Mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R5 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R5 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Renesas R8C devices in the Standard Serial IO Mode2


Recommended connection:

AE-ISP-U1 connection for the Renesas R8C devices in the Standard Serial IO Mode2

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R5 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R5 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Renesas RH850 devices in 1-wire UART mode


Recommended connection:

AE-ISP-U1 connection for the Renesas RH850 devices in 1-wire UART mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Renesas RH850 devices in 2-wire UART mode


Recommended connection:

AE-ISP-U1 connection for the Renesas RH850 devices in 2-wire UART mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Renesas RH850 devices in CSI mode


Recommended connection:

AE-ISP-U1 connection for the Renesas RH850 devices in CSI mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Renesas RX devices in UART mode


Recommended connection:

AE-ISP-U1 connection for the Renesas RX devices in UART mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

FLMD1* for programming mode must be tied to GND. If it''s tied on a target board, this signal can be not connected to programmer.


AE-ISP-U1 connection for the Renesas V850 devices in CSI mode


Recommended connection:

AE-ISP-U1 connection for the Renesas V850 devices in CSI mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

FLMD1* for programming mode must be tied to GND. If it''s tied on a target board, this signal can be not connected to programmer.


AE-ISP-U1 connection for the Renesas V850 devices in CSI+HS mode


Recommended connection:

AE-ISP-U1 connection for the Renesas V850 devices in CSI+HS mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

FLMD1* for programming mode must be tied to GND. If it''s tied on a target board, this signal can be not connected to programmer.


AE-ISP-U1 connection for the Renesas V850 devices in UART mode


Recommended connection:

AE-ISP-U1 connection for the Renesas V850 devices in UART mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:

FLMD1* for programming mode must be tied to GND. If it''s tied on a target board, this signal can be not connected to programmer.


AE-ISP-U1 connection for the Renesas/NEC UPD78F9210, UPD78F9211 devices


Recommended connection:

AE-ISP-U1 connection for the Renesas/NEC UPD78F9210, UPD78F9211  devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the SPI NOR and NAND devices


Recommended connection:

AE-ISP-U1 connection for the SPI NOR and NAND devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R6 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R6 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the SST SST26xx


Recommended connection:

AE-ISP-U1 connection for the SST SST26xx

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R6 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R6 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the STMicroelectronics M35080


Recommended connection:

AE-ISP-U1 connection for the STMicroelectronics M35080

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R6 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R6 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the STMicroelectronics STM32 devices in the BootLoader (BL) Mode


Recommended connection:

AE-ISP-U1 connection for the STMicroelectronics STM32 devices in the BootLoader (BL) Mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R5 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R5 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Semtech/XEMICS devices


Recommended connection:

AE-ISP-U1 connection for the Semtech/XEMICS devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R7 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1..R7 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Silicon Labs JTAG microcontrollers


Recommended connection:

AE-ISP-U1 connection for the Silicon Labs JTAG microcontrollers

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1-R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1-R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Silicon Labs microcontrollers


Recommended connection:

AE-ISP-U1 connection for the Silicon Labs microcontrollers

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1,R2 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1,R2 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the TI MSP430 devices in the BSL Mode with the TEST pin


Recommended connection:

AE-ISP-U1 connection for the TI MSP430 devices in the BSL Mode with the TEST pin

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the TI MSP430F13x/14x devices in the BSL Mode


Recommended connection:

AE-ISP-U1 connection for the TI MSP430F13x/14x devices in the BSL Mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the TI MSP430F4xx devices in the BSL Mode


Recommended connection:

AE-ISP-U1 connection for the TI MSP430F4xx devices in the BSL Mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the TI MSP430F5xx devices in the BSL Mode


Recommended connection:

AE-ISP-U1 connection for the TI MSP430F5xx devices in the BSL Mode

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1..R4 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1.. R4 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


AE-ISP-U1 connection for the Zilog Z8F devices


Recommended connection:

AE-ISP-U1 connection for the Zilog Z8F devices

Powering the target device:
There are two alternative options for powering the targets:
1. The target gets power from the programmer (Vdd). This is possible only if the target does not consume too much energy. A capacity of the target power circuitry should not exceed 50 uF.
2. The target gets power from a built-in or external power supply. In this case the power output from the programmer should not be connected with the target. The target system should be tolerant to applying logical signals with the voltage levels exceeding the voltages on the target.
NOTE! It is strictly prohibited to power the target from both the programmer and built-in or external power supply simultaneously.

Isolating resistors:
Purpose of the R1,R2 resistors is to isolate the programmed chip from rest of target system. Recommended value of resistors R1, R2 is 2k or more. You can also use jumpers instead of the resistors.

ISP characteristics:
1. Programmer''s output capability:
1.1 Vcc - 80 mA;
1.2 Vpp - 50 mA;
1.3 logical pins - 5 mA.
2. The cable length should be less then one foot.

Adapter Connection Table:


Adapter connection table: