210-83-422-41-101000 Allicdata Electronics
Allicdata Part #:

210-83-422-41-101000-ND

Manufacturer Part#:

210-83-422-41-101000

Price: $ 42.30
Product Category:

Connectors, Interconnects

Manufacturer: Mill-Max Manufacturing Corp.
Short Description: CONN IC SKT DBL
More Detail: N/A
DataSheet: 210-83-422-41-101000 datasheet210-83-422-41-101000 Datasheet/PDF
Quantity: 1000
54 +: $ 38.07010
Stock 1000Can Ship Immediately
$ 42.3
Specifications
Series: *
Part Status: Active
Description

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Sockets for ICs, Transistors, and similar components are an integral part of any electrical circuit. The sockets allow for the easy connection of multiple components, and provide mechanical and electrical protection from damage to the sensitive circuitry and components.

210-83-422-41-101000 application field and working principles are related to the broad category of sockets for ICs, Transistors, and similar components. 210-83-422-41-101000 are specialized surface mount sockets, and are designed for connecting securely and quickly to ICs, Transistors, and other similar components.

The 210-83-422-41-101000 socket system is a Type B surface mount socket system. The socket consists of three main components, a base socket, an IC socket, and a retention clip. The base socket is a copper-plated PCB (printed circuit board) with a conductive plastic body to provide a secure connection to the PCB. The IC socket is a single-piece copper-plated socket with its own retention clip that snaps securely into the base socket. The retention clip is a simple rigid metal tab that slides into the base socket to hold the IC securely in place.

These sockets are specifically designed for soldering onto an existing PCB containing the circuit. The contact points on the IC socket are designed with a particular pitch in order to fit the corresponding pitch of the IC pins. The 210-83-422-41-101000 socket system utilizes a unique design of a beveled edge that has been precision machined into the socket’s contact points for a better electrical connection between the IC and the socket, allowing for more efficient data transfer. The IC socket also incorporates a spring-loaded latch which improves contact pressure between the socket and the IC for increased electrical connection quality. The socket also has a unique design that allows for \'snap-in\' assembly of the socket to the base PCB.

The 210-83-422-41-101000 sockets are designed for use with ICs, Transistors, and other similar components that require a miniaturized form factor. The sockets are designed to be very low profile, to ensure that the components can fit in even the most space-constrained electrical circuit layouts. The design of the socket also helps to protect the components from the hazards of environmental factors such as dust, moisture, and mechanical shock and vibration. The sockets are strong enough to withstand any mechanical deformation while still providing a secure connection to the IC.

In addition to the protection from mechanical deformation, the 210-83-422-41-101000 socket system also provides protection against electrical damage to the ICs due to static discharge or other hazardous electrical sources. The base socket has an electrostatic shielding material around the IC socket which helps to protect the IC from short circuits and other such electrical hazards. The shielding material also helps to reduce radio frequency interference (RFI) which improves the signal integrity of the circuit.

The 210-83-422-41-101000 socket system is a reliable and cost-effective socket system for incorporating ICs, Transistors, and other similar components into existing electrical circuits. The precision manufactured contact points ensure easy assembly and a secure connection to the PCB, while the electrostatic shielding material provides added protection from electrical damage. The miniaturized form factor and low profile design allow for the integration of these components into even the most compact circuit layouts. The 210-83-422-41-101000 socket system is an ideal choice for applications that require reliable connections and electrical protection.

The specific data is subject to PDF, and the above content is for reference

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