Board-to-board connectors are a family of connectors used to connect electronic devices that allow two or more circuit boards (PCBs) to be connected together. This connector series usually consists of two main parts: motherboard connector and male board connector.
Motherboard connectors are connectors that are fixed to one circuit board, and male board connectors plug into another circuit board. Connections between circuit boards are made by plugging in male board connectors that match the motherboard connectors.
The board-to-board connector series has the following features:
High reliability: The board-to-board connector has a strong and solid structural design, which can provide reliable electrical and mechanical connections to ensure the stability and reliability of signal transmission.
High Density: The board-to-board connector series provides high-density connections, allowing multiple circuit boards to be connected in a limited space, making equipment designs more compact and efficient.
Multiple interface types: The board-to-board connector series provides a variety of interface types, such as connectors for different signal types such as digital signals, analog signals, and power supplies, to meet different application needs.
Optional enhanced features: Some board-to-board connector series also provide optional enhanced features, such as waterproof, dustproof and anti-vibration features, to meet the needs of special environments and applications.
Easy installation and plug-in: Board-to-board connector series usually adopt plug-in connection method, which is easy to install and facilitate the maintenance and replacement of equipment.
The board-to-board connector series features high reliability, high density and multiple interface types, and is suitable for various electronic equipment and application scenarios, including computers, communications, industrial control, medical equipment and other fields.
When choosing a good board-to-board connector, you need to consider the following factors:
Electrical Characteristics: Make sure the connector’s electrical characteristics match your application needs. This includes requirements for working voltage, working current, impedance, etc.
Size and spacing: Based on your application requirements, select connectors with appropriate size and spacing to ensure proper connection between the two circuit boards and to meet installation requirements.
Signal transmission rate: If you need to transmit high-speed signals, such as high-speed data or video signals, you need to choose a connector that supports high-speed transmission, has lower signal loss and better anti-interference ability.
Reliability and Durability: Make sure to choose a durable and reliable connector that can withstand long-term use and repeated mating and unmating operations.
Environmental adaptability: Consider the working environment of the connector, such as temperature range, waterproof performance, corrosion resistance, etc., to ensure that the connector can work normally under various environmental conditions.
Cost-Effectiveness: When selecting a connector, you need to balance performance requirements with cost budget. Make sure the connector's performance and reliability match its price.
Given the above factors, you can conduct proper market research and product comparison to select a good board-to-board connector that suits your specific application needs.