WR-100PB-VF-N1-R1500

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The WR-100PB-VF-N1-R1500 is an array type, edge mezzanine connector designed to connect printed circuit boards. It has a receptacle connector with four rows and 100 pins. The contact is a double cantilever design with a mechanical detent. This type of receptacle connector is ideal for applications which require the board to be mated and de-mated numerous times. The connector is rated up to 12A per contact and is suitable for high speed data transmission.

The WR-100PB-VF-N1-R1500 connector is designed with a double row design which eliminates the need for soldering and can be secured with screws. The design also includes a snap-in retention mechanism which ensures secure connection between the mating surfaces. The connector features a 0.35mm pitch and has a mating height of 10.3mm. The contact material is tin-plated phosphor bronze.

The WR-100PB-VF-N1-R1500 provides excellent reliability and performance and is suitable for high density flex circuit board to board applications. The high pin count, low profile design enable large amounts of digital data to be reliably transmitted between boards. The connector is also resistant to shock and vibration, making it ideal for applications where the board will be subjected to extreme conditions. The connector is also reverse polarity protected.

The WR-100PB-VF-N1-R1500 is suitable for a wide range of applications including audio/video equipment, telecom equipment, server/storage systems, medical equipment, and industrial automation systems. Its superior performance, reliability and reliability are suitable for all types of applications, making it an ideal choice for system designers.

In conclusion, the WR-100PB-VF-N1-R1500 is a high quality and reliable array type, edge mezzanine connector designed for tough applications. It is suitable for high speed data transmission, reverse polar protection and has a double row design for secure connection between mating surfaces. The connector is also resistant to shock and vibration making it an ideal choice for systems exposed to extreme conditions. The high pin count and low profile make it ideal for flex circuit board to board applications, making it an ideal choice for system designers.

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