PPTC201LFBN

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Introduction

The PPTC201LFBN is an automotive Rectangular Connecter, popularly known as Headers, Receptacles, Female Sockets. This connectivity solution was first released in 2010 by a major manufacturer, AVX. PPTC201LFBN is the smallest form factor in the rectangular connector family, designed for applications requiring small size and high performance in harsh environments. It offers high power and current carrying capabilities and meets the requirements for high-end automotive applications where resistance, ruggedness and reliability are essential.

Application Field

The PPTC201LFBN is designed for use in automotive electronic or electrical applications where size and performance are of paramount importance. This includes electric vehicles, battery powered application, engine management systems, modern infotainment systems, power controllers, control modules and driver assistance systems applications. The connectors are resistant to dust, moisture and vibration, making them ideal for use in locations where these variables are present. Withstand voltage in the device is 23 V, current is 32 A.

In addition to automotive applications, PPTC201LFBN is also suitable for Factory Automation, Medical Devices, Ultra-sonic welding machines, Robotics, Heavy Engineering, Defense, Industrial Sensors and Test & Measurement applications.

Working Principle

PPTC201LFBN is a signal and power connector, and works by providing a reliable electrical connection between two electrical components. The connector contains two main parts, a socket and a header. The socket is the component that is attached to the cable or wiring harness via a crimping process and the header contains the pins or terminals which make contact with the connected component.

The PPTC201LFBN features a design with rugged gold plated contacts, proven to be reliable and corrosion resistant, even in harsh automotive environments. It also offers a filament free design, reducing the risk of short circuiting or contact welding in the event of a current surge, and a double wiping contact system, ensuring a reliable connection even with multiple mating cycles. The connected components are held together by the latching mechanism, which securely locks the two parts into place.

The PPTC201LFBN also offers an array of features to ensure it meets the most stringent automotive specifications. These include an EMC shielding system, ensuring that any interference is minimized and a fully sealed environment for the connector, ensuring water and dust ingress are avoided. The design also benefits from an integrated locking mechanism, designed to minimize vibration induced fatigue.

Conclusion

The PPTC201LFBN is a small form factor, high performance solution for a wide variety of automotive applications. It offers a reliable electrical connection, highly reliable gold plated contacts and a double wiping contact system to ensure a reliable connection even with multiple mating cycles. The device also features an EMC shielding system, a fully sealed environment and an integrated locking mechanism to ensure the highest performance and reliability in all conditions.

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