LFBGAINTPQA Allicdata Electronics
Allicdata Part #:

LFBGAINTPQA-ND

Manufacturer Part#:

LFBGAINTPQA

Price: $ 0.00
Product Category:

Development Boards, Kits, Programmers

Manufacturer: NXP USA Inc
Short Description: ADAPTER 208-BGA TO PGA
More Detail: - Adapter Board
DataSheet: LFBGAINTPQA datasheetLFBGAINTPQA Datasheet/PDF
Quantity: 1000
1 +: 0.00000
Stock 1000Can Ship Immediately
$ 0
Specifications
Series: --
Part Status: Obsolete
Module/Board Type: Adapter Board
For Use With/Related Products: --
Description

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A Low Force Beam Grid Array (LFBGAINTPQA) is a type of programming adapter socket that offers a low profile, high pin planarity, and high density. It is used in many applications, including in-circuit test fixtures, diagnostic devices, embedded control systems, and portable electronic gadgets. The design and purpose of an LFBGAINTPQA and its working principles are discussed below.

Design of an LFBGAINTPQA

An LFBGAINTPQA is manufactured out of molded plastic and typically consists of a series of through-holes containing electrical pins or sockets. Depending on the application, the number of pins or sockets in an LFBGAINTPQA can range anywhere from 4 to 48 pins or sockets. The electrical contacts within the through-holes are held in place by a conductive metal pad which also acts to secure them to prevent movement while in use. The number of metal pads depends on the application but is typically around four. An LFBGAINTPQA socket is usually mounted to a circuit board by soldering the electrical contacts to connecting wires. The housing has an opening that allows access to the pins and sockets while the board is being used.

Application Field of LFBGAINTPQA

The most common application of an LFBGAINTPQA is in embedded control systems. These systems require a programming adapter that can access a number of electrical contacts quickly and efficiently. An LFBGAINTPQA is ideal because it is compact, lightweight, and can be mounted securely to a circuit board. In addition, it is capable of transferring higher amounts of electrical current than traditional sockets. This makes it the preferred choice for applications involving heavy electrical loads such as those in automotive and power applications.

LFBGAINTPQAs are also used in portable electronic devices. Due to their small size and lightweight design, they are the perfect choice for compact gadgets that need to be held in one hand, such as cell phones and PDAs. The low profile design of the LFBGAINTPQA makes it perfect for devices where space is limited, allowing designers to pack more functionality into a smaller space.

Working Principle of LFBGAINTPQA

The working principle of an LFBGAINTPQA is relatively simple. When a pin or socket is inserted into the through-hole, it is held securely by the metal pad. The electrical current then flows through the metal pad and into the pin or socket. This creates a secure connection between the pin or socket and the device being programmed. An LFBGAINTPQA socket is also designed to be able to withstand temperatures up to 150°C, making it suitable for use in the most demanding environments.

The design of an LFBGAINTPQA socket provides many advantages that other sockets do not. The low profile allows the socket to be mounted in tight areas that are normally inaccessible. The metal pads provide secure connections and prevent jostling or shaking of the socket, thereby reducing the chances of wear and tear that would otherwise be caused by frequent use. Furthermore, since the electrical contacts are not exposed, they are more likely to remain in good condition over long periods of time.

In summary, LFBGAINTPQAs are programming adapter sockets that offer low profile, high density, and high pin planarity. They are most commonly used in embedded control systems, portable electronic devices, in-circuit test fixtures, and diagnostic devices. The working principle of an LFBGAINTPQA is relatively simple and involves transferring electrical current through metal pads when a pin or socket is inserted into the through-hole. The design of an LFBGAINTPQA provides many advantages, such as allowing access to tight areas, providing secure connections and preventing wear and tear caused by frequent use.

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

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