PEC17DFDN

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PEC17DFDN, also known as connector headers, male pins, are a family of durable, cost-effective rectangular connectors designed to connect and protect powering systems. These robust electrical connectors are widely used in automotive, industrial and medical applications, due to their high reliability and quality.

PEC17DFDN connectors are available in both male and female contact designs and can provide up to a 4.5A current rating. The connector housings are constructed from flame retardant thermoplastic nylon with stainless steel contacts. They are extremely reliable in harsh environments and offer superior resistance against corrosion and impact forces.

The connectors are designed to be easy to assemble and disassemble. To ensure a secure connection, the contacts are securely held in place by a locking tab. The tabs can be easily released when the connectors are being disconnected. The male pins are provided with an additional locking mechanism to reduce the risk of accidental disconnection of the connector.

When it comes to performance, the PEC17DFDN is designed to meet the most demanding electrical requirements. It provides excellent electrical connectivity and provides improved signal quality and improved signal integrity. It is designed to reduce the amount of heat generated at the connection point and to provide superior EMC protection.

The robust mechanical construction of the PEC17DFDN makes it suitable for a variety of applications, ranging from board-to-board connections to power supply connections. The connectors are suitable for power supply applications, such as those found in automotive, medical, industrial and consumer electronics. They are also designed to provide reliable connections in data transmission applications.

The PEC17DFDN offers superior performance, reliability and durability. It is designed to resist corrosion, impact forces and even harsh environmental conditions. It is available in a wide range of sizes and configurations, allowing designers to choose the connector that best suits their specific application needs.

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