91687-330LF

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Rectangular connectors are divided into four main categories: headers, male pins, receptacles, and accessories. 91687-330LF is an example of a rectangular header, which is typically used when a printed circuit board (PCB) needs to be connected to an external device. Header connectors are ideal for applications where wiring flexibility, low power consumption, and safety are essential.

The 91687-330LF rectangular header connector consists of two parts: an insulator and a set of male pins. The insulator is molded from high-temperature thermoplastic and has an operating temperature of -40°C to +130°C. It is designed with a threaded snap-lock feature for quick connections. This insulator is also fitted with a key and polarization feature to avoid mis-insertion and to ensure correct mating and connection.

The male pins for 91687-330LF Rectangular Connector are made of phosphor bronze which provides secure contact. They have 0.64mm diameter with 2.54mm pitch. The pins are gold-plated to ensure long-term reliable connection in hostile environment conditions like moisture, dust, and wear. Additionally, the pins feature a square curved design which enables secure contact force, and flexible board displacement.

91687-330LF Male Pins Connector can be used in various applications; some of these include communication systems, computer peripherals, measuring instruments, instrumentation systems, industrial machine control systems, medical equipment, and consumer applications.

The working principle of 91687-330LF is based on the connection of two parts: the insulator and the male pins. The insulator is designed with a threaded snap-lock feature for quick connections. The male pins have a square curved design which enables secure contact force. The pins are designed with gold-plating to ensure reliable connection in hostile environment conditions. The connection established between the insulator and the male pins is secure and reliable, and also allows for flexibility. This makes it an ideal choice for a variety of applications.

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