WMSIC Electronic Components

XKB Connectivity X6521WV-2X01H-C60D30 X6521WV

ModelX6521WV-2X01H-C60D30
PackageThrough-hole, P=2.54mm
BrandXKB CONNECTIVITY
Price Price on request Electronic component prices change quickly with market supply and demand. Please refer to the latest WMSIC quotation for current pricing.
Configuration
1 options
Configuration 26+

Available for RFQ

Technical data

Product details

19 specifications

Core information

Product name
XKB Connectivity X6521WV-2X01H-C60D30
Type
XKB CONNECTIVITY
Minimum package
2000 袋

Technical parameters

Electronic Component
Electronic Component
Electronic Component
XKB CONNECTIVITY
Electronic Component
X6521WV-2X01H-C60D30
Electronic Component
2.5mm
Electronic Component
1
Package
Through-hole, P=2.54mm
Electronic Component
Electronic Component
Electronic Component
Pin Header
Electronic Component
2.54mm
Electronic Component
0.115g
Electronic Component
2.54mm
Electronic Component
Electronic Component
Electronic Component
1
Electronic Component
BM0263475058
Operating Temperature
40℃~+105℃
PIN
2P

For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.

X6521WV-2X01H-C60D30 排针产品概述

一、产品核心定位与应用方向

X6521WV-2X01H-C60D30是中国星坤(XKB Connectivity)推出的工业级小规格双排直插排针,针对高密度、低空间需求的电路连接场景设计,兼顾电气稳定性与机械可靠性,可广泛适配消费电子、工业控制、智能家居及小型医疗设备等领域的内部信号/电源传输需求。其核心优势在于“小体积高密度+高镀金抗氧化”,能满足紧凑设备的布线要求及长期稳定使用场景。

二、关键技术参数深度解析

该排针的参数设计围绕“小型化+高可靠性”展开,核心参数及实际意义如下:

2.1 机械结构参数

  • 间距与行距:2.54mm标准间距(行业通用规格,兼容主流PCB设计),2.54mm行距(双排结构中心距),双排2×1P(总2PIN),适配小面积PCB布局;
  • 塑高:仅2.5mm(远低于常规排针3-5mm的塑高),可有效压缩设备内部空间,特别适合便携式、小型化产品(如智能手环、血糖监测仪);
  • 针型:方针设计(区别于圆针),焊接时与PCB焊盘接触面积更均匀,插拔力稳定,减少虚焊、接触不良风险。

2.2 电气性能参数

  • 额定电流/电压:3A/250V(AC/DC通用),满足小功率信号传输(如传感器数据)及低功耗电源供电需求;
  • 触头材料:黄铜基底+高镀金镀层(镀层厚度>0.5μm,星坤工业级标准),接触电阻低(<20mΩ典型值),信号传输损耗小;
  • 封装类型:插件式(DIP),兼容波峰焊、手工焊等传统焊接工艺,生产兼容性强。

2.3 环境适应性参数

  • 工作温度:-40℃~+105℃(工业级宽温范围),可适应户外低温、高温车间等极端环境;
  • 塑壳颜色:黑色(耐UV老化、耐冲击,视觉上易与其他组件区分)。

三、结构与材料的核心优势

3.1 方针设计的实用价值

方针相比圆针,在PCB焊接时能与焊盘形成更稳定的机械连接,减少虚焊概率;插拔过程中接触面积稳定,不易因针体变形导致接触不良,尤其适合需要反复插拔的模块(如传感器扩展接口)。

3.2 高镀金镀层的可靠性提升

黄铜基底镀金镀层,能有效抵抗空气中的氧化、湿度及盐雾腐蚀,延长产品在 harsh 环境下的使用寿命(如沿海地区户外设备、工业车间高湿度环境);同时降低接触电阻,避免信号衰减或电压降问题,确保数据传输准确。

3.3 双排直插的布局灵活性

2×1P双排结构(2排×1针),可在有限PCB面积内实现双向连接(如同一模块的输入/输出接口),或与双排排母配对使用,提升布线密度,适合小型化设备的紧凑设计。

四、典型应用场景匹配

该排针的参数与设计特性,使其在以下场景中表现突出:

4.1 小型工业控制模块

如PLC扩展IO模块、小型继电器控制板的内部接口,宽温范围适应车间高低温,3A电流满足传感器信号及低功耗控制电路的供电需求,方针设计确保插拔可靠性。

4.2 智能家居终端设备

如智能开关、温湿度传感器节点的内部连接,2.5mm塑高节省设备内部空间(符合智能硬件小型化趋势),高镀金镀层抵抗家庭环境中的湿度与氧化,长期稳定传输数据。

4.3 便携式电子设备

如智能手环、蓝牙耳机的内部信号连接,小体积(2×1P)适配设备紧凑布局,宽温范围适应户外使用(如冬季低温、夏季高温),插件式封装便于批量生产。

4.4 小型医疗设备

如血糖监测仪、血氧仪的内部电路连接,镀金镀层符合医疗设备对“低接触电阻、抗腐蚀”的要求,宽温范围适应不同使用环境(家庭、医院),确保数据传输准确。

五、总结

X6521WV-2X01H-C60D30排针以“小体积高密度、高镀金抗氧化、工业级宽温”为核心优势,精准匹配小型化、高可靠性的电路连接需求,是消费电子、工业控制、智能家居及医疗设备领域的理想选择。其兼容主流焊接工艺与PCB设计,能有效降低客户的生产与布线成本,提升终端产品的稳定性与竞争力。

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