PCB Teminal Cable

PCB Terminal Cable, also known as printed circuit board (PCB) wiring terminal cable, is an important accessory used to achieve electrical connections. The following is a detailed analysis of PCB Terminal Cable:

1、 Basic concepts

Chinese name: PCB wiring terminal cable

English name: PCB Terminal Cable

Application scenario: Mainly used in electrical connections of printed circuit boards (PCBs) to achieve signal and power transmission between various components on the circuit board.

2、 Structural characteristics

Terminal block: PCB terminal blocks are usually made of insulated and non flexible materials, covered with small copper foil lines on the surface. These lines are etched to form a mesh structure, which is used to provide circuit connections.

Cable: The cable section is responsible for connecting the wiring terminals to other components or external devices on the circuit board, transmitting electrical energy and signals.

3、 Main types

According to specific application requirements, there are multiple types of PCB Terminal Cables to choose from, including but not limited to:

Wiring terminals with different spacing, such as 2.54mm pitch, 1.25mm pitch, etc., to meet the layout requirements on different circuit boards.

Different numbers of pins: ranging from 2P to multiple P, meeting various connection requirements.

Different types of cables, such as Dupont cables and coaxial cables, are used to meet different signal transmission needs.

4、 Application Fields

PCB Terminal Cable is widely used in various electronic devices, including but not limited to:

Communication equipment: such as mobile phones, base stations, etc., used to achieve signal transmission and reception.

Computer equipment: such as motherboards, graphics cards, etc., used to connect various components and achieve data processing and transmission.

Industrial control equipment: such as PLC, sensors, etc., used to achieve industrial automation control.

5、 Selection and Precautions

When choosing a PCB Terminal Cable, the following points should be noted:

Ensure compatibility: Select appropriate terminal spacing, pin count, and cable type based on the design requirements and specific application scenarios of the circuit board.

Emphasize quality: Choose reliable and reputable brands and suppliers to ensure that the electrical performance and mechanical strength of the products meet the requirements.

Consider cost: Reasonably control procurement costs and improve product cost-effectiveness while ensuring quality and performance.