4818-3000-CP

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• Sockets for ICs

  The 4818-3000-CP is a socket designed for ICs. It is a 4 pin connector with an RJ-45 contacts for power, ground and signal connection. The pin configuration is as follows: pin 1 for ground, pin 2 for power, pin 3 for signal, and pin 4 for grounding.

  The 4818-3000-CP socket is made of molded plastic material and has a wide operating temperature range of -40°C to +125°C. It features a compact form factor of 18.9mm in height and 30.5mm in width, making it suitable for applications with tight space constraints.

  The 4818-3000-CP socket is designed for use in a wide variety of applications such as automotive systems, industrial control and measurement systems, consumer electronics, and communication systems. It is designed to deliver a reliable and secure connection with minimal voltage drop and EMC compliance.

  The 4818-3000-CP socket’s working principle is simple. First, the power and ground pins on the socket are connected to the corresponding pin on the IC. Second, the signal pins are connected to the input. The socket then manages the current flow, stabilizing the voltage and providing EMC compliance based on the configuration. This enables the current to flow in the right direction and prevents unexpected short circuits.

• Transistors

  The 4818-3000-CP socket can also be used for transistors. The socket is designed to provide a secure connection for up to three pins for the transistor. Each pin current rating can accommodate up to 1.0A at up to 40V.

  The 4818-3000-CP socket is designed to provide the necessary insulation for the transistor, as well as safety. It also helps to reduce heat generation and improve signal reliability. It is also designed to provide EMC protection against electromagnetic interference and electrical noise.

  The 4818-3000-CP socket’s working principle is as follows. First, the socket is connected to the transistor. Second, the power and ground pins are connected to the power and ground pins on the transistor. Third, the signal pins are connected to the input pins of the transistor. Fourth, the socket then manages the current flow, providing the necessary insulation, safety, and EMC protection against electromagnetic interference and electrical noise.

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