SM3F-176VQ-ACTEL

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Introduction

The SM3F-176VQ-ACTEL socket is a programming adapter specifically designed to support the Actel FPGA devices. It features a wide range of flexibility and stability with its unique design and is able to accommodate a variety of board profiles and board orientations. The SM3F-176VQ-ACTEL socket is suitable for applications where high density programming is required, such as in automotive, medical, industrial, or robotics applications, as well as in hobbyist products.

Application Field

The SM3F-176VQ-ACTEL socket is ideal for the rapid prototyping of Actel FPGA designs. This programming adapter is able to support PGD connections for programming a wide range of devices. With its low profile design, the SM3F-176VQ-ACTEL can provide access to devices that are located in tight spaces where traditional programming adapters may not fit. It also has the ability to quickly and reliably program designs with higher densities and higher performance.

The SM3F-176VQ-ACTEL is an ideal adapter for automotive applications where rapid prototyping is a must. With its high-quality and high-reliability design, this programming adapter can provide the reliability and protection needed in an automobile’s temperature, humidity, and vibration environment. This socket is also suitable for other applications, such as automotive, medical, industrial, or robotics, where reliable, high-density programming is required.

Working Principle

The SM3F-176VQ-ACTEL socket works by programming a designated FPGA device with the desired register data. A wire harness connects the socket to the FPGA device, and when the socket is opened, a jumper is inserted into the socket associated with the desired register variable. Once the jumper is inserted, the socket then applies the desired voltage and programming pulses to the FPGA device. These programming pulses allow the desired register data to be loaded into the designated FPGA device.

The SM3F-176VQ-ACTEL socket also features a voltage verification feature, which allows the user to easily and quickly verify the FPGA programming voltage. This feature is designed to allow the user to ensure the correct voltage is applied in order to avoid any potential programming errors. This voltage verification feature ensures that the FPGA programming process is carried out as efficiently and accurately as possible.

Conclusion

The SM3F-176VQ-ACTEL socket is an ideal programming adapter for a variety of applications. It offers the flexibility and stability needed for high density, rapid prototyping of Actel FPGA designs. With its low profile design and voltage verification feature, this programming adapter is able to support the programming of a wide range of devices and can provide the reliability and protection needed for automotive, medical, industrial, or robotics applications.

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