510-87-085-13-042101

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Sockets for ICs, transistors, and other electronic components are devices used to connect an electrical component to a circuitry in a PCB, a printed circuit board. These versatile devices are highly preferred because of their durability, reliability, and the ease of attaching and removing components. The 510-87-085-13-042101 is one such socket.

510-87-085-13-042101 is a dual-row, flat-pack socket. It uses a Matrix-Pin strip pattern, and can accommodate an array of chip widths from 1.27mm to 10.16mm, with a pitch from 0.635mm to 1.778mm. This particular type of socket is known as the “Low Profile Socket” because its height over the board is 1.9mm maximum. The socket body is made of special insulating polymers and is temperature resistant to 125 degrees Celsius. The electrically conducting contact points are made of beryllium copper alloy, and the outside of the socket is gold-plated to prevent it from oxidation.

510-87-085-13-042101 is extensively used in power applications such as inverters, portable power supplies, and desktop computers. The pin pattern, size, and body temperature resistance makes it ideal for those applications. The socket also features high-quality shielding that allows it to dissipate heat, noise, and interference from the circuit.

The working principle of any socket is based on the fact that one terminal of the component is fixed to a pin with a connection made. The other terminal of the component is connected to a contact pin close by or to a ground pin. The connection between the contact paths of the component ensures that electricity is transferred to the component from the board. 510-87-085-13-042101 works on the same principle, with the added benefit of a low profile and shielding.

In summary, the 510-87-085-13-042101 socket is a low-profile, dual-row, flat-pack socket designed for use in power applications. Its pin pattern, size, body temperature resistance, and shielding make it a versatile and reliable component for circuits. It uses a Matrix Pin strip pattern and can accommodate an array of chip widths, with its height over the board being 1.9mm maximum. The working principle of the socket relies on the fact that one terminal of the component is fixed to a pin with a connection while the other terminal is connected to a contact pin close by or a ground pin.

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