您现在的位置: 首页 > 产品中心 > 连接器系列 > 板对板连接器 > 板对板条形连接器 >
KSD-B1502 1.5mm 间距

KSD-B1502 1.5mm 间距

  • 产品特性
  • 应用范围

图纸下载 样品申请

产品名称:板对板连接器
主要规格:
线数:03P
接触电阻:<20mQ
绝缘电阻:>1000MQ
额定电压:150VAC DC
额定电流:1.0A ACDC
耐压:1000V AC/分钟
温度范围:-25℃~+105℃+
外壳:PA6T UL94V-0,天然
触点:磷青铜/镀锡
焊片:磷青铜/镀锡
品牌:科斯达开关KSDKG
产地:中国东莞

板对板连接器(Board-to-Board Connector,简称B2B连接器)是一种用于将两个电路板直接连接在一起的电子部件。它们在电子设备中广泛应用,尤其是在复杂的电子系统中,能够提供电气连接和机械支持。以下是关于板对板连接器的详细介绍:

1. 基本概念
定义:板对板连接器是一种设计用于连接两个电路板的连接器,以便传输电源和信号。

类型:可以分为垂直连接器(即垂直于电路板的方向)和直插连接器(即平行于电路板的方向)。

2. 分类
通过插头和插座连接:
插头式连接器:通常为男性连接器,带有引脚,插入到女性插座中。

插座式连接器:通常为女性连接器,接收插头的引脚。

形式和类型:
单排/双排插针:根据需要选择单排或双排的引脚配置。

高插拔力连接器:具有更高的插拔力,适合镜像或频繁插拔的应用。

低方向连接器:适用于紧凑型设备和空间有限的位置。

3. 特点和优势
空间节约:板对板连接器的设计通常比较紧凑,有助于减小整体设备的体积。

易于安装和维护:用户可以方便地将电路板连接和断开,提高了维护效率。

传输性能:高质量的连接器能够确保良好的电气性能,降低信号衰减和噪声。

多样化选择:市面上有多种不同类型和规格的连接器,以满足不同应用的需求。

4. 应用领域
消费电子:如手机、平板电脑、电视等设备内部的电路板连接。

工业设备:用于控制系统、自动化设备等场合。

医疗设备:在各类医疗仪器中,确保电路板之间的可靠连接。

汽车电子:用于汽车内部的控制系统和传感器连接。

5. 选型考虑
额定电压和电流:确保连接器的电压和电流额定值符合应用需求。

机械强度:根据使用环境和需求,选择合适的机械强度和耐用性。

兼容性:确保连接器与电路板的布局设计兼容。

6. 使用注意事项
连接方向:确保正确的连接方向,以避免损坏连接器。

电气安全:在连接或断开连接器时,确保电源已经关闭,以防电击。

清洁:保持连接器的清洁,避免灰尘和污染物影响电接触。

总结
板对板连接器是现代电子产品中不可或缺的组件,通过提供可靠的连接,支持复杂电子系统的正常运作。选择合适类型的板对板连接器并遵循安全使用准则,可确保电子设备的稳定性和性能。



Product Name: Board to Board Connector
Main specifications:
Number of lines: 03P
Contact resistance:<20mQ
Insulation resistance:>1000MQ
Rated voltage: 150VAC DC
Rated current: 1.0A ACDC
Voltage resistance: 1000V AC/min
Temperature range: -25 ℃~+105 ℃+
Shell: PA6T UL94V-0, natural
Contact: phosphor bronze/tin plated
Solder pads: phosphor bronze/tin plated
Brand: Coaster Switch KSDKG
Origin: Dongguan, China

Board to Board Connector (B2B connector) is an electronic component used to directly connect two circuit boards together. They are widely used in electronic devices, especially in complex electronic systems, providing electrical connections and mechanical support. The following is a detailed introduction to board to board connectors:

1. Basic concepts
Definition: Board to board connector is a connector designed to connect two circuit boards for transmitting power and signals.

Type: It can be divided into vertical connectors (i.e. perpendicular to the direction of the circuit board) and direct insertion connectors (i.e. parallel to the direction of the circuit board).

2. Classification
Connect through plug and socket:
Plug in connector: typically a male connector with pins, inserted into a female socket.

Socket connector: typically a female connector that receives the pins of a plug.

Form and type:
Single row/double row pins: Choose a single row or double row pin configuration as needed.

High insertion and extraction force connector: With higher insertion and extraction force, it is suitable for applications with mirroring or frequent insertion and extraction.

Low direction connector: suitable for compact devices and locations with limited space.

3. Characteristics and advantages
Space saving: The design of board to board connectors is usually compact, which helps reduce the overall size of the equipment.

Easy to install and maintain: Users can easily connect and disconnect the circuit board, improving maintenance efficiency.

Transmission performance: High quality connectors can ensure good electrical performance, reduce signal attenuation and noise.

Diversified selection: There are various types and specifications of connectors available on the market to meet the needs of different applications.

4. Application Fields
Consumer electronics: internal circuit board connections for devices such as mobile phones, tablets, televisions, etc.

Industrial equipment: used for control systems, automation equipment, and other applications.

Medical equipment: Ensure reliable connections between circuit boards in various medical instruments.

Automotive electronics: used for connecting control systems and sensors inside automobiles.

5. Selection considerations
Rated voltage and current: Ensure that the voltage and current ratings of the connector meet the application requirements.

Mechanical strength: Choose the appropriate mechanical strength and durability based on the usage environment and requirements.

Compatibility: Ensure compatibility between the connector and the layout design of the circuit board.

6. Precautions for use
Connection direction: Ensure the correct connection direction to avoid damaging the connector.

Electrical safety: Ensure that the power is turned off when connecting or disconnecting connectors to prevent electric shock.

Cleaning: Keep the connector clean to avoid dust and pollutants affecting electrical contact.

summary
Board to board connectors are essential components in modern electronic products, supporting the normal operation of complex electronic systems by providing reliable connections. Choosing the appropriate type of board to board connector and following safe usage guidelines can ensure the stability and performance of electronic devices.

0.110303s