AC164353

Series:	MPLAB® PM3
Part Status:	Active
Module/Board Type:	Socket Module - QFP
For Use With/Related Products:	MPLAB® PM3

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Introduction
AC164353 is a programming adapter used to program, test, and debug a wide variety of electronic devices. It is capable of programming a large variety of different devices, including CPUs, memory, and other peripherals. The adapter includes an onboard debug tool, as well as separate programming and debug headers for connecting to the device’s programming and debug port.

Working Principle
The AC164353 programming adapter features a number of different components for connecting to and controlling the device being programmed. The programming header includes an 8 or 16-bit control bus and an option to add multiple x4 programming pads on the board. It also features a high-speed onboard programmable logic controller (PLC) for manipulating data and passing it to the connected device.
The debug header has an 8 or 16-bit data bus and an option to add multiple x4 debugging pads on the board. This allows for debugging of devices on the bench or in the lab. It includes several levels of debugging support, including instruction set tracing, logic state tracing, and memory tracing.
The onboard debug tool of the AC164353 is powered by a rich suite of software. It supports debugging of a wide range of devices, including microprocessors, digital signal processors, and digital signal controllers. It is capable of programming and debugging multiple devices simultaneously, with support for target device programming, debugging, testing, and observation. The onboard debug tool is capable of programming devices at high speeds up to 10MB/s.

Connector Options
The AC164353 programming adapter is available in a number of different dual-row pin connector options, allowing it to be used with a variety of electronic devices. The available connector options are as follows:
• 0.5mm dual row pitch connector
• 0.4mm dual row pitch connector
• 1.27mm dual row pitch connector
• 2.54mm dual row pitch connector

Applications
The AC164353 programming adapter is suitable for a range of applications. Its high-speed onboard debug and programming tools make it ideal for quickly programming and testing devices in a lab or test environment. Its dual-row pin connector options make it suitable for use with a wide variety of devices. It is also suitable for use in production environments, thanks to its high-performance programming and debugging capabilities.
The AC164353 programming adapter is suitable for programming and debugging a range of devices, including microprocessors, microcontrollers, DSPs, FPGAs, and SoCs. It can be used to quickly program and test new or existing devices, and its onboard debug capabilities make it easy to observe, debug, and troubleshoot devices. It can also be used to quickly develop custom software for specific devices.
The AC164353 programming adapter is also suitable for use in a number of different automotive applications. Its onboard debug capabilities make it easy to observe, debug, and troubleshoot automotive electronics, such as ECUs, ABS systems, fuel injectors, and more. It can also be used to quickly program and test new or existing automotive electronics. Additionally, its dual-row pin connector options make it easy to connect to a wide variety of automotive devices.

Conclusion
The AC164353 programming adapter is a powerful and versatile tool for programming, testing, and debugging a wide variety of electronic devices. It features an onboard debug tool, as well as separate programming and debug headers for connecting to a device’s programming and debug ports. It is available in a number of different dual-row pin connector options, allowing it to be used with a wide variety of electronic devices. It is suitable for use in a range of applications, including programming and debugging devices in a lab or test environment, as well as production environments. It is also suitable for use in automotive applications, thanks to its onboard debug capabilities and dual-row pin connector options.

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