PZC12DBBN

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The PZC12DBBN is a rectangular connector header, male pin, from Harwin Co., Ltd. This product is used in a variety of applications, providing both power and signal connections. PZC12DBBN is designed to meet the demands of a high-density PCB, with its small size and high quality performance. The design intent is to provide maximum design flexibility while maintaining low cost and reliable connections.

The PZC12DBBN is a 3 mm pitch, 2 row connector header, male pin. It is molded in white, and is made of polybutylene terephthalate (PBT) with a zinc alloy plug. The mounting type uses surface mount technology (SMT) with individual pin entries from the side of the board. The contact size is 1.4 mm square with a centerline of 3.2 mm, and an insulation strip of 0.2 mm thick. The contact material is phosphor bronze with gold plating. This product is rated 8A and has an operating temperature range of -40°C to 85°C.

The PZC12DBBN is ideal for use in applications that require robust connections in a dense PCB. Such applications include telecommunications systems, industrial control systems, and electronics equipment. The pin header entry from the side makes the connector suitable for applications where a front panel entry is not required. It has an anti-vibration technology which eliminates the need for lockwashers and enables a secure connection after repeated vibration.

The working principle of the PZC12DBBN connector is simple and efficient. The contacts are designed so that the circular pins are forced over the square connectors, providing a good and reliable connection. The spring force of the tuners ensures only minimal bridge between the pins and sockets. This helps to ensure a reliable, low impedance connection between the circuit boards, and to eliminate any leakage current.

The PZC12DBBN is a versatile and reliable high-density connector from Harwin Co. With its practical design, robust contact technology, and many applications, it is an ideal choice for applications requiring a reliable connection alongside long-term durability.

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