KSD-FPC-125-101 带锁直插

产品名称：FPC连接器1.25间距
注：
1.材料
1.1：外壳：LCP UL94-V0颜色：自然色。或黑色
1.2：执行器：LCP UL94-V0颜色：黑色或自然色
1.3：触点：磷青铜。
1.4:LEG：磷青铜。
2.电镀
2.1:：LEG：镍上镀亚光锡
3.评级：
3.1:工作电压：30V AC/DC
3.2：额定电流：0.2A AC/DC。
3.3：工作温度：-55℃~+85℃。
产品符合：ROHS
品牌：科斯达开关 KSDKG
产地：中国东莞


FPC连接器（柔性印刷电路连接器）是一种用于连接柔性电路与其他电路或设备的连接器，广泛应用于电子设备中，如手机、平板电脑、相机等。
1.25mm间距描述：
1.间距：1.25mm是指连接器针脚之间的中心距离，通常用于定义连接器的布局和兼容性。

2.尺寸：具有1.25mm间距的FPC连接器在设计上通常比较小巧，适用于对空间有严格要求的应用。

3.类型：这种间距常见于多种型号的FPC连接器，包括直插式和侧插式连接器，适应不同的设计需求。

4.引脚数：FPC连接器的引脚数可以根据具体应用需求而有所不同，常见的有10、20、30等引脚数版本。

5.焊接方式：FPC连接器通常采用表面贴装（SMD）或通过孔（THT）方式进行焊接，便于在电路板上的安装。

6.应用领域：1.25mm间距的FPC连接器适用于各种小型电子产品、便携式设备及需要薄型设计的场合。

7.插拔次数：优质的FPC连接器通常具有较高的插拔寿命，能够承受多次插拔而不影响性能。

在选择和设计1.25mm间距的FPC连接器时，需考虑电气性能、机械性能、材料特性以及对环境的适应能力等因素。


FPC（柔性印刷电路）连接器1.25mm间距的特点主要包括以下几个方面：
1.空间节省：1.25mm的间距非常紧凑，适合用于小型电子设备，能有效节省空间。

2.多针设计：这种连接器通常支持多达几十个引脚，适用于复杂的信号传输，实现多通道、高速数据传输。

3.高可靠性：优质的FPC连接器设计可以提供稳定的机械连接与电气接触，适用于高频率和高累积的应用环境。

4.易于安装与维护：FPC连接器通常设计为插拔式，便于用户进行组装和维护。

5.良好的电气性能：支持高速信号传输时，1.25mm间距的设计确保了信号完整性。

6.灵活性：适用于多种FPC材料，如聚酰亚胺（PI）或者聚酯（PET），并且相对于传统连接器更具柔韧性和可塑性，适合于复杂的布局。

7.多种类型：可根据需要选择不同结构的连接器，包括直插式、水平插入式等，方便适配不同的应用。

8.抗干扰：通常会设计为具备抗EMI（电磁干扰）能力，从而提高整体系统的稳定性与可靠性。

在选择FPC连接器时，需考虑应用场景、电气指标、机械要求等，以确保最佳的性能和可靠性。



Product Name: FPC Connector 1.25 Pitch
Note:
1. Materials
1.1: Shell: LCP UL94-V0 Color: Natural color. Or black
1.2: actuator: LCP UL94-V0 color: black or natural color
1.3: Contact: phosphor bronze.
1.4: LEG: phosphor bronze.
2. Electroplating
2.1: LEG: Matte tin plating on nickel
3. Rating:
3.1: Working voltage: 30V AC/DC
3.2: Rated current: 0.2A AC/DC.
3.3: Working temperature: -55 ℃~+85 ℃.
Product compliance: ROHS
Brand: Coaster Switch KSDKG
Origin: Dongguan, China


FPC connector (flexible printed circuit connector) is a connector used to connect flexible circuits with other circuits or devices, widely used in electronic devices such as mobile phones, tablets, cameras, etc.
1.25mm spacing description:
1. Spacing: 1.25mm refers to the center distance between connector pins, usually used to define the layout and compatibility of connectors.

2. Size: FPC connectors with a spacing of 1.25mm are usually designed to be compact and suitable for applications with strict space requirements.

3. Type: This spacing is common in various types of FPC connectors, including direct insertion and side insertion connectors, to meet different design requirements.

4. Pin count: The pin count of FPC connectors can vary according to specific application requirements, with common versions including 10, 20, 30, etc.

5. Welding method: FPC connectors are usually soldered using surface mount (SMD) or through-hole (THT) methods for easy installation on circuit boards.

6. Application field: The 1.25mm spacing FPC connector is suitable for various small electronic products, portable devices, and occasions that require thin design.

7. Insertion and unplugging times: High quality FPC connectors usually have a long insertion and unplugging life and can withstand multiple insertions without affecting performance.

When selecting and designing FPC connectors with a spacing of 1.25mm, factors such as electrical performance, mechanical performance, material characteristics, and adaptability to the environment need to be considered.


The characteristics of the 1.25mm spacing of FPC (Flexible Printed Circuit) connectors mainly include the following aspects:
1. Space saving: The 1.25mm spacing is very compact and suitable for small electronic devices, which can effectively save space.

2. Multi pin design: This type of connector typically supports up to dozens of pins and is suitable for complex signal transmission, achieving multi-channel and high-speed data transmission.

3. High reliability: High quality FPC connector design can provide stable mechanical connection and electrical contact, suitable for high-frequency and high accumulation application environments.

4. Easy to install and maintain: FPC connectors are usually designed as plug-in connectors, which are convenient for users to assemble and maintain.

5. Good electrical performance: When supporting high-speed signal transmission, the 1.25mm spacing design ensures signal integrity.

6. Flexibility: Suitable for various FPC materials such as polyimide (PI) or polyester (PET), and more flexible and malleable compared to traditional connectors, suitable for complex layouts.

7. Multiple types: Different structures of connectors can be selected according to needs, including direct insertion, horizontal insertion, etc., to facilitate adaptation to different applications.

8. Anti interference: It is usually designed to have anti EMI (electromagnetic interference) capability, thereby improving the stability and reliability of the overall system.

When choosing FPC connectors, it is necessary to consider application scenarios, electrical specifications, mechanical requirements, etc. to ensure optimal performance and reliability.