28-C182-20

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28-C182-20 is a socket designed to perform as a bridge between an integrated circuit (IC) and a transistor. The socket allows the IC to be plugged into the transistor’s bias configuration and then connected to the circuit board for power delivery. This type of socket is also known as a “transistor board” and is used to create a bridge between an IC and a transistor. It is primarily used in high-voltage applications.

The 28-C182-20 socket is designed to handle up to 50 Volts of power, making it ideal for high-voltage applications. The socket is designed with two separate contacts, an IC side and a transistor side. The IC side of the socket is designed to fit the IC, while the transistor side of the socket is designed to fit into the bias configuration of the transistor. Both sides of the socket feature gold-plated contact pins that are designed to provide excellent signal integrity and low-loss power transfer across the connection.

In addition to providing power delivery, the 28-C182-20 socket also allows for reliable signal integrity and low-loss power transfer from the IC to the transistor. This is because the pins of the socket are designed to ensure that the IC and the transistor are properly connected and that signals from the IC are properly transmitted to the transistor. The socket also helps to protect the integrated circuit and the transistor from static electricity, which can cause malfunction of the integrated circuit and short circuit the transistor.

The 28-C182-20 socket is used primarily in high-voltage applications such as automotive applications, robotics, and medical devices. In these applications, the socket provides reliable power delivery, signal integrity, and protection from static electricity. As such, the socket can be used to ensure that the integrated circuit and the transistor are working correctly and that the circuit is providing the desired operation.

In conclusion, the 28-C182-20 socket is a bridge between an integrated circuit and a transistor. It provides excellent power delivery, signal integrity, and protection from static electricity. It is used primarily in high-voltage applications such as automotive applications, robotics, and medical devices. The socket allows for reliable connection between the IC and the transistor and helps to ensure that the circuit is functioning properly and providing the desired result.

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