PN-M132/LFXP2

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Programming Adapters, Sockets have a wide range of applications in programming, testing and debugging processes. One such example is the PN-M132/LFXP2 low voltage programmable integrated circuit socket, which has gained popularity in recent years due to its versatility and affordability.

PN-M132/LFXP2 is a low voltage programmable IC socket (LVPIS) designed for in-circuit programming and testing of low voltage programmable integrated circuits (LVPICs). The socket is compliant with the JEDEC 1.8V/2.5V/3.3V/5V LVPIS standards and can accommodate a variety of FT232RQ and FT245RQ chipsets. It is designed to be used with application boards such as RCX-PRO/232 and other custom LVPIC boards. The PN-M132/LFXP2 socket features a deep insertion depth and extended temperature range of -25degree Celsius to 125degree Celsius, making it suitable for a wide range of applications, from automotive to industrial.

The PN-M132/LFXP2 is designed for easy programming and provides an effective connection between the programming environment and the LVPIC. It features a combination of gold-plated pins and anti-corrosive stainless steel baseplate for secure and reliable electrical connections. The socket is designed to be compatible with a range of programming devices such as the RCX-PRO/232, FT232RL, FT245RL and other compatible devices. It also features a special spring-loaded arm for secure connecting and disconnecting.

In order to use the socket, a compatible programming device connected to the application board is required. The programming device needs to be connected to the computer running the software application. This setup allows the software to connect and communicate with the PN-M132/LFXP2 socket in order to program the LVPIC. Once the programming is complete, the connections can be safely disconnected.

The PN-M132/LFXP2 is an ideal socket for programming and testing low voltage programmable ICs. It is reliable, durable and easy to use. This socket is used in many applications in automotive, industrial and consumer electronics industries. Its extended temperature range and deep insertion depth make it suitable for many applications in harsh environments.

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