522-13-085-13-042003

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Socket 522-13-085-13-042003 is a type of printed circuit board (PCB) sockets commonly used for ICs, transistors, and other components. This type of socket is designed to be surface mounted on a PCB, which allows the component to be inserted in and removed from the circuit with ease. They can also be used to hold small components for prototyping and testing.

Socket 522-13-085-13-042003 is an LGA Socket 704 pin configuration, which means it has 704 pins arranged around the circumference of a round base. This socket has a pitch of 0.8mm between the pins, making it suitable for components with small pin-spacing. These sockets also have an anti-solder heat feature, which allows them to securely hold components in place even after soldering. This type of socket is also rated for reflow temperatures of up to 255°C.

The primary application field of Socket 522-13-085-13-042003 is for ICs, transistors, and other components in a variety of electronics products, from consumer electronics to industrial applications. This type of socket is designed to be highly reliable, with minimal distortion during soldering and excellent surge performance. It is also designed to be noise resistant, with low EMI and RFI leakage.

The working principle of Socket 522-13-085-13-042003 is based on its design as an LGA socket. This type of socket is designed to be surface mounted on a PCB, with the pins arranged around the circumference of the base. To use this type of socket, the component to be inserted is placed on the PCB and then aligned with the pins. The component is then inserted and the pins will make contact with the component, securely holding it in place.

Socket 522-13-085-13-042003 is the latest in PCB socket technology and has many features that make it suitable for use in a variety of applications. Its LGA Socket 704 pin configuration makes it suitable for use with small pin-spacing components, and its anti-solder heat capability ensures secure component retention. In addition, its noise resistance, low EMI, and RFI leakage make it suitable for use in a variety of sensitive environments.

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