RJE7118813H3

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Introduction

RJE7118813H3 is a high-performance, multi-purpose modular connector jack designed for use in a variety of applications. RJE7118813H3 jack is an excellent choice for applications requiring durability, low loss, and exceptional resistance to the environment. It is designed to meet the needs of a variety of applications including telecommunications, data communications, video, audio, power, lighting, and industrial control. The RJE7118813H3 is a ruggedized jack that offers superior performance in harsh environments and a range of extended temperature ranges.

Application Field

RJE7118813H3 modular connectors are commonly used in a wide range of applications such as medical, industrial, home theater and broadcasting systems, and data-center applications. The RJE7118813H3 jack is designed to meet many of the requirements of these diverse applications. This modular jack is designed to provide reliable and durable performance in harsh environments and extended temperature ranges.

The RJE7118813H3 is often used in industrial control systems where reliable and dependable communication between components is necessary. The RJE7118813H3 is designed to provide superior performance in a variety of conditions such as extreme temperatures, harsh environments, and high vibration levels. This jack is also designed to provide superior EMC protection which is essential in an industrial control system.

The RJE7118813H3 jack is often used in telecommunications applications where reliable and dependable signal transmission is necessary. The RJE7118813H3 is designed to provide superior performance in environments with high levels of vibration, temperature, and electromagnetic interference. This jack also provides superior EMC and crosstalk protection which improves system performance.

The RJE7118813H3 is also commonly used in data center applications where reliable and dependable data transmission is necessary. The RJE7118813H3 jack is designed to provide superior performance in harsh environments such as high temperatures, vibration, and electromagnetic interference. The jack provides superior EMC and crosstalk protection which is essential for reliable data transmission.

Working Principle

RJE7118813H3 jack is a modular connector. This means that two or more electric cables can be quickly interconnected and disconnected using a jack. In a typical application, the jack consists of two parts: a female part with multiple pin contacts and a male part with multiple slots. To connect the two parts together, the male part is inserted into the female part.

Once connected, the pin contacts provide electrical connection between the cables inside the jack. This electrical connection is necessary in order for an electrical signal to travel between the two cables. The contact pins of the jack are designed to provide low loss and reliable performance even in harsh environments. The contacts are also designed to reduce the risk of EMI, which can interfere with signal transmission and degrade system performance.

The RJE7118813H3 jack is designed to provide superior signal transmission and reliable performance even in harsh environments. The jack is designed with robust insulation which provides superior EMC and crosstalk protection. The jack is also designed with superior contact stability which helps to ensure reliable electrical connection between the contacts. This stability is particularly important in applications where shock or vibration can cause movement of the contact pins.

Conclusion

In conclusion, the RJE7118813H3 modular connector jack is an excellent choice for applications requiring durability, low loss, and exceptional resistance to the environment. The jack is designed to meet the needs of a variety of applications including telecommunications, data communications, video, audio, power, lighting, and industrial control. The RJE7118813H3 is a ruggedized jack that provides superior performance in harsh environments and a wide range of extended temperature ranges. The jack is designed to provide superior signal transmission and reliable performance even in harsh environments, and provides superior EMC and crosstalk protection for reliable data transmission.

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