PN-T100-LCMXO2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Programming adapters, sockets, and the PN-T100-LCMXO2 are tools that allow for accessing various components for programming, testing, and other measurement data on a board. It is a way for communication between a device or board level component and an external system for debugging or a test bed.

Overview

PN-T100-LCMXO2 is a programming socket manufactured by Pickering Interfaces. It is designed for accessing common components such as memory, flash, FPGA, CPLD, ASICs, and microcontrollers that are in a circuit board. It features a 0.5mm pitch connector, a LCC socket with a signal and power contacts, and a wide variety of interfaces for connecting devices. The product includes a clock frequency generator, a power and reset switch, and 10 differential signal lines of varying lengths. All these features make it suitable for applications requiring low speed interface such as instrumentation, control, and diagnostic systems.

Application Fields

The PN-T100-LCMXO2 can be used in a wide variety of projects such as embedded systems. It can be used for programming, testing, or re-configuring the ICs on the board. It can also be used for diagnosing problems with the ICs or debugging a system. Furthermore, it can aid in measuring various characteristics of the circuit board such as the time response and voltage measurements.

The programming adapter can also be used for more advanced applications such as embedded system development. For example, it can be used for programming the microcontrollers used in embedded systems or for testing the circuit boards. Additionally, it can be used for programming memory chips and configuring the system.

Working Principle

The PN-T100-LCMXO2 programming socket works by allowing access to the components on the board, which can then be programmed, tested, diagnosed, and measured. It works by using a clock frequency generator, which produces the clock signals that are sent through the signal lines to the components on the board. The components then interpret these signals and send a response back to the programming socket. Depending on the type of component being accessed, the response will contain information such as the type of IC, its address, the data stored, or the state of the component.

The power and reset switch on the adapter allow for power cycling the components on the board if required. Additionally, different voltage levels can be selected depending on the type of component being accessed. The length of the signal lines can also be adjusted to match the distance between the programming socket and the components on the board.

Conclusion

The PN-T100-LCMXO2 programming socket is a versatile tool for accessing ICs on boards for programming, testing, or measurement data. It features a wide variety of interfaces, such as a clock frequency generator, a power and reset switch, and 10 differential signal lines of varying lengths, that allow for access to a variety of components. It can be used for a wide variety of projects, such as embedded system development, instrumentation, control, or diagnostics. With its ability to adapt to a wide variety of components, the PN-T100-LCMXO2 is a valuable tool for any project where access to the components on the board is necessary.

The specific data is subject to PDF, and the above content is for reference