801-43-005-10-012000

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Rectangular connectors have become increasingly popular due to the reduced size and improved reliability they offer. The 801-43-005-10-012000 application field and working principle is no exception. This particular connector series is used primarily for signal applications and is designed to offer reliable signal connections under a variety of environmental conditions.

The 801-43-005-10-012000 series is designed with a 19-pin header-style socket. It features a 0.037 inch PVC-insulated body, a 0.15/0.35mm square male pin spacing, and a 0.36 to 0.3 inch lead length. This provides a secure connection with a 25-20 AWG wire range and utilizes plated contacts for reduced contact resistance.

The header-style socket design also incorporates a unique internal latch design that offers a secure mechanical connection when mating two connector halves. This internal latch design provides a strong hold and prevents the connectors from being disconnected or susceptible to vibration. The latch design, however, does not affect the electrical performance of the connector.

The 801-43-005-10-012000 is also suitable for a variety of harsh environmental conditions, such as high temperatures and humidity, as well as dirt and water ingress. The body of the connector is made of a durable high-temperature thermoplastic with an operating temperature range of -40°C to +120°C. Its strong locking mechanism also ensures a reliable connection in heavy-duty applications.

The series is compatible with a variety of mechanical and electrical mating systems. This connection system is designed to fit into a variety of housings and PCBs for secure and reliable performance. The connector also includes easy-grip ears for quick connection or disconnection.

Overall, the 801-43-005-10-012000 series of connectors is suitable for a variety of environments and applications where performance and reliability are required. Its 19-pin header-style socket offers a unique internal latch design for a secure mechanical connection, its thermoplastic body adds durability under harsh environments, and its compatibility with a variety of mating systems make it suitable for a wide range of signal applications.

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