LPPB032CFFN-RC

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In the field of electrical connectors, rectangular connectors, commonly referred to as headers, receptacles, and female sockets, are increasingly in demand because of their versatility. The LPPB032CFFN-RC series is a highly efficient and reliable option, designed to provide enhanced power and signal performances in the most demanding applications. In this article, we will discuss the application field and working principle of the LPPB032CFFN-RC series.

Application Field of LPPB032CFFN-RC

The LPPB032CFFN-RC series are specifically designed for applications requiring a highly reliable and efficient interconnect solution. Their small size, low profile, and easy-to-assemble design make them ideal for a wide range of applications, including datacom/telecom, automotive, industrial control, process control, computer/peripherals, consumer electronics, medical and military equipment. The series’ ability to reduce the overall size and weight of the system makes them particularly suitable for applications in industrial automation, automotive, and medical equipment.

In addition to being compact and lightweight, the LPPB032CFFN-RC are capable of transferring high power and signal and provide low contact resistance in addition to any other features required to meet the needs of an application. The series support both sealed and non sealed design and is an excellent choice for high-performance hybrid connectors that are required to transfer power, signal, and control signals. The LPPB032CFFN-RC series is especially suitable for applications that require multiple signals to be efficiently and reliably transferred over a long distance.

Working Principle of LPPB032CFFN-RC

The working principle of the LPPB032CFFN-RC series is based on the use of spring-loaded contacts, which are inserted into and protected by an insulating housing. These contacts, which are composed of gold plated copper alloy, are used to provide optimized electrical performance and reliability. The contacts are also designed to ensure maximum contact stability and spring-loaded self-alignment between the contacts and the mating element.

The contacts are designed to provide low contact resistance and low electrical noise. In addition, the contacts are designed to be resistant to corrosion, shock, and vibration. The contacts are also protected by an epoxy coated tin-plated shield in order to protect against RF and EMI signals and electromagnetic interference. The backshell is designed to ensure a high level of shielding capability and to create a hermetic seal, preventing moisture and dust from entering.

In order to ensure a secure connection, the LPPB032CFFN-RC are fitted with an integrated locking mechanism, which operates based on a three-pronged pin system. The locking mechanism is designed to ensure that the connector is securely connected to the mating element, ensuring that the connection is not accidentally disconnected. The locking mechanism also prevents the pins from becoming accidentally disconnected during application or re-positioning.

Conclusion

The LPPB032CFFN-RC series are a highly reliable and efficient rectangular connector, specifically designed to meet the needs of the most demanding applications. Thanks to their advanced design, they can easily transfer power and signals to and from a wide range of components. In addition, their small size, low profile, and easy-to-assemble design make them ideal for applications such as datacom/telecom, automotive, industrial control, consumer electronics, and medical equipment. Finally, their integrated locking mechanism ensures that their connection is secure and reliable.

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