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KSD-FPC-005-142  翻盖H2

KSD-FPC-005-142 翻盖H2

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产品名称:FPC连接器0.5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(Flexible Printed Circuit Connector)0.5间距是一种广泛用于连接柔性印刷电路(FPC)和主板或其他电路板的连接器,它的引脚间距为0.5毫米。这种规格的连接器通常用于需要高密度连接的电子设备,如手机、平板电脑和其他便携式电子产品。
主要特点:
小型化:由于0.5毫米的间距,适合高密度集成电路的设计。
耐用性:一般情况下,FPC连接器设计以承受多次插拔,确保长时间的使用。
多种类型:市面上有多种FPC连接器可供选择,包括锁扣型、插拔式等,适应不同的应用需求。
低成本:相较于其他连接方案,FPC连接器通常成本相对较低。

应用领域:
消费电子(智能手机、平板电脑等)
计算机(笔记本电脑、主板等)
医疗设备
工业设备

选购提示:
在选择FPC连接器时,需要注意以下几点:
引脚数量和布局
适配的FPC厚度
工作温度范围
插拔次数
材料和表面处理
如果您有特定的应用需求或者需要更多的技术参数,建议查阅具体产品的 datasheet 或联系供应商以获取更多信息。


FPC连接器(柔性印刷电路连接器)0.5间距是一种广泛用于电子设备中的连接器,其主要特点包括:
1.紧凑设计:0.5mm的间距使得这种连接器在尺寸上非常小,有助于节省空间,特别适合薄型设备和小型电子产品,如手机、平板电脑和可穿戴设备。

2.高密度连接:由于间距小,可以在有限的空间内集成更多连接点,满足高密度连接的需求。

3.易于安装:FPC连接器通常具有插拔性能较好的特点,便于快速安装和更换,适合于生产线和维护中使用。

4.良好的信号传输:虽然间距小,但FPC连接器通常设计用于高频信号传输,能够保持信号的完整性和稳定性。

5.多样化的类型:FPC连接器有多种封装和接触方式,能够满足不同应用场景的需求,例如不同的插入角度和固定方式。



Product Name: FPC Connector 0.5 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


Flexible Printed Circuit Connector (FPC) with a pin spacing of 0.5 millimeters is a connector widely used to connect flexible printed circuits (FPCs) to motherboards or other circuit boards. This specification of connector is typically used for electronic devices that require high-density connections, such as smartphones, tablets, and other portable electronic products.
Main features:
Miniaturization: Due to a spacing of 0.5 millimeters, it is suitable for the design of high-density integrated circuits.
Durability: In general, FPC connectors are designed to withstand multiple insertions and removals, ensuring long-term use.
Multiple types: There are various FPC connectors available on the market, including locking type, plug-in type, etc., to meet different application needs.
Low cost: Compared to other connection solutions, FPC connectors typically have relatively lower costs.

Application areas:
Consumer electronics (smartphones, tablets, etc.)
Computers (laptops, motherboards, etc.)
Medical equipment
industrial equipment 

Purchase Tips:
When choosing FPC connectors, the following points should be noted:
Pin quantity and layout
Compatible FPC thickness
Working temperature range
Number of insertions and removals
Materials and surface treatment
If you have specific application requirements or need more technical parameters, it is recommended to refer to the datasheet of the specific product or contact the supplier for more information.


FPC connector (flexible printed circuit connector) with a spacing of 0.5 is a widely used connector in electronic devices, and its main features include:
1. Compact design: The 0.5mm spacing makes this connector very small in size, which helps save space and is particularly suitable for thin devices and small electronic products such as smartphones, tablets, and wearable devices.

2. High density connection: Due to the small spacing, more connection points can be integrated in a limited space to meet the requirements of high-density connection.

3. Easy to install: FPC connectors usually have good plug-in performance, making them easy to install and replace quickly, and suitable for use in production lines and maintenance.

4. Good signal transmission: Although the spacing is small, FPC connectors are usually designed for high-frequency signal transmission, which can maintain signal integrity and stability.

5. Diversified types: FPC connectors have multiple packaging and contact methods to meet the needs of different application scenarios, such as different insertion angles and fixing methods.

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