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KSD-FPC-005-109-H2.0 后压

KSD-FPC-005-109-H2.0 后压

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产品名称：FPC连接器0.5间距
笔记：
1.材料：
外壳：高温塑料。UL-94-VO。颜色：自然：
盖子：高温塑料。UL-94-VO。颜色：黑色：
触点：铜合金：
支腿：铜合金；
2.电镀：
触点：镀金或镀锡镍合金。
支腿：整体镀镍。
3.评级：
额定电流：0.5A交流/直流
额定电压：25VAC/DC
温度范围：-25℃~+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）0.5毫米间距是一种常见的连接器类型，通常用于连接柔性电路与硬件组件，如主板或其他电路板。以下是一些关于FPC连接器0.5间距的基本信息：

特点
1.间距：0.5毫米的间距指的是连接器针脚之间的距离，适用于空间有限的应用。
2.尺寸：体积小，更适合便携式设备，如手机、平板电脑和其他消费电子产品。
3.灵活性：支持柔性电路，能够适应不同的形状和弯曲度。
4.高密度：设计允许在小空间内容纳多个连接。

应用
消费电子：如手机、平板、数码相机等。
工业设备：在某些传感器和控制模块中。
医疗设备：如检查仪器和便携式医疗设备。

选择和使用
选型时要考虑电流、耐压和耐温等参数。
安装时需注意与柔性电路的配合，避免损坏焊接部位。
如果需要具体的产品推荐或应用建议，或者相关的技术参数，可以进一步说明您的需求。


FPC（Flexible Printed Circuit）连接器是用于连接柔性印刷电路板（FPC）与其他电路板或设备的组件。0.5间距的FPC连接器具有以下几个特点：
1.小型化设计：0.5mm的间距使得连接器非常紧凑，适合空间有限的应用，能够有效节省电路板的面积。

2.轻量化：通常由塑料和金属材料制成，重量轻，适合移动设备和便携式电子产品。

3.高密度接触：由于间距小，能够提供更多的接触点，支持更高的数据传输速率，适合带宽需求较高的应用。

4.易于安装：通常采用插拔式设计，使得连接和拆卸方便，适合需要经常更换或维护的场合。

5.耐用性：许多0.5间距的FPC连接器设计有防拔出功能，能够在多次插拔中保持良好的接触。

6.适应性强：可用于各种灵活的电路设计，并广泛应用于移动电话、平板电脑、相机和其他消费电子产品中。

7.电气性能：支持高频信号传输，良好的屏蔽性能可降低EMI（电磁干扰），提升信号质量。

8.多种类型：可选择不同类型的封装（如ZIF、LIF等），满足不同应用需求。

9.成本效益：相较于其他类型的连接器，FPC连接器通常成本较低，适合大批量生产。

在设计和选用0.5mm间距的FPC连接器时，工程师需考虑电气性能、机械强度和环境适应性等因素，以确保满足具体应用的需求。


使用0.5间距的FPC连接器时，以下几点需要特别注意：
1.插拔力：确保连接器的插拔力适中，避免在插拔过程中损坏FPC或连接器本身。

2.对准插槽：在插入FPC时要确保准确对准插槽，避免因错位而导致接触不良。

3.弯曲半径：FPC的弯曲半径应符合规范，避免在使用过程中因过度弯曲导致线路断裂。

4.配合硬件设计：确认PCB和FPC的设计兼容，包括螺丝孔、插头高度等，以避免物理干扰。

5.防静电保护：在操作过程中，确保人员和设备的静电防护，以避免静电对FPC和连接器的损坏。

6.清洁处理：在连接之前，确保FPC和连接器接触面干净，避免灰尘和污垢造成接触不良。

7.温度范围：确认连接器和FPC的工作温度范围，以避免因温度过高或过低导致材料变形。

8.电气特性：确保FPC和连接器的电气特性（如阻抗、耐压等）符合设计要求。

9.锁扣设计：如果连接器有锁扣设计，要确保锁扣能正常锁定，避免因松动导致的信号不稳定。

10.使用说明：仔细阅读和遵循制造商提供的使用说明与技术规格，以确保正确使用。

11.测试与验证：在最终应用前，进行充分的功能测试和验证，以确保连接的稳定性和可靠性。



Product Name: FPC Connector 0.5 Pitch
Notes:
1. Materials:
Shell: High temperature plastic. UL-94-VO。 Color: Natural:
Lid: High temperature plastic. UL-94-VO。 Color: Black:
Contact: Copper alloy:
Legs: Copper alloy;
2. Electroplating:
Contact: Gold plated or tin plated nickel alloy.
Legs: Nickel plated overall.
3. Rating:
Rated current: 0.5A AC/DC
Rated voltage: 25VAC/DC
Temperature range: -25 ℃~+85 ℃;
Product compliance: ROHS
Brand: Coaster Switch KSDKG
Origin: Dongguan, China


FPC connectors (flexible printed circuit connectors) with a spacing of 0.5 millimeters are a common type of connector commonly used to connect flexible circuits to hardware components such as motherboards or other circuit boards. Here are some basic information about the 0.5 spacing of FPC connectors:

characteristic
1. Spacing: A spacing of 0.5 millimeters refers to the distance between connector pins and is suitable for applications with limited space.
2. Size: Small in size, more suitable for portable devices such as smartphones, tablets, and other consumer electronics.
3. Flexibility: Supports flexible circuits and can adapt to different shapes and curvatures.
4. High density: The design allows for multiple connections to be accommodated in small spaces.

application
Consumer electronics: such as mobile phones, tablets, digital cameras, etc.
Industrial equipment: in certain sensors and control modules.
Medical equipment: such as examination instruments and portable medical devices.

Selection and Use
When selecting, parameters such as current, withstand voltage, and temperature resistance should be considered.
Attention should be paid to the coordination with flexible circuits during installation to avoid damaging the welding parts.
If you need specific product recommendations or application suggestions, or related technical parameters, you can further explain your needs.


FPC (Flexible Printed Circuit) connector is a component used to connect a flexible printed circuit board (FPC) with other circuit boards or devices. The FPC connector with a spacing of 0.5 has the following characteristics:
1. Miniaturization design: The 0.5mm spacing makes the connector very compact, suitable for applications with limited space, and can effectively save the area of the circuit board.

2. Lightweight: Usually made of plastic and metal materials, lightweight and suitable for mobile devices and portable electronic products.

3. High density contact: Due to the small spacing, it can provide more contact points and support higher data transmission rates, making it suitable for applications with high bandwidth requirements.

4. Easy to install: It usually adopts a plug-in design, making connection and disassembly convenient, suitable for occasions that require frequent replacement or maintenance.

5. Durability: Many FPC connectors with a spacing of 0.5 are designed with anti pull out function, which can maintain good contact during multiple insertions and removals.

6. Strong adaptability: It can be used for various flexible circuit designs and is widely used in mobile phones, tablets, cameras, and other consumer electronics products.

7. Electrical performance: Supports high-frequency signal transmission, and good shielding performance can reduce EMI (electromagnetic interference) and improve signal quality.

8. Multiple types: Different types of packaging (such as ZIF, LIF, etc.) can be selected to meet different application needs.

9. Cost effectiveness: Compared to other types of connectors, FPC connectors typically have lower costs and are suitable for mass production.

When designing and selecting FPC connectors with a spacing of 0.5mm, engineers need to consider factors such as electrical performance, mechanical strength, and environmental adaptability to ensure that they meet the specific application requirements.


When using FPC connectors with a spacing of 0.5, the following points need to be paid special attention to:
1. Insertion and extraction force: Ensure that the insertion and extraction force of the connector is moderate to avoid damaging the FPC or the connector itself during the insertion and extraction process.

2. Align with the slot: When inserting the FPC, ensure accurate alignment with the slot to avoid poor contact caused by misalignment.

3. Bending radius: The bending radius of FPC should comply with the specifications to avoid circuit breakage caused by excessive bending during use.

4. Collaborate with hardware design: Confirm the compatibility of PCB and FPC designs, including screw holes, plug height, etc., to avoid physical interference.

5. Anti static protection: During operation, ensure the static protection of personnel and equipment to avoid damage to FPC and connectors caused by static electricity.

6. Cleaning treatment: Before connection, ensure that the contact surface between FPC and connector is clean to avoid poor contact caused by dust and dirt.

7. Temperature range: Confirm the working temperature range of the connector and FPC to avoid material deformation caused by high or low temperature.

8. Electrical characteristics: Ensure that the electrical characteristics of FPC and connectors (such as impedance, withstand voltage, etc.) meet the design requirements.

9. Lock design: If the connector has a lock design, it is necessary to ensure that the lock can be locked properly to avoid signal instability caused by looseness.

10. Instructions for use: Carefully read and follow the manufacturer's instructions and technical specifications to ensure proper use.

11. Testing and Validation: Before final application, conduct sufficient functional testing and validation to ensure the stability and reliability of the connection.
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