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AISHI EWH1CM222G20OT
Configuration
1 options
Configuration
25+
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- AISHI EWH1CM222G20OT
- Type
- AISHI
- Minimum package
- 200 袋
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- AISHI
- Electronic Component
- EWH1CM222G20OT
- Electronic Component
- 1
- Electronic Component
- 2200uF
- Package
- Through-hole, D10x L20mm
- Electronic Component
- Through-hole Aluminum Electrolytic Capacitor
- Electronic Component
- ±20%
- Electronic Component
- 2.738g
- Electronic Component
- 1
- Electronic Component
- BM0227798429
- Electronic Component
- 2000hrs@105℃
- Voltage
- 16V
- Capacitor
- 10mm
- Capacitor
- 20mm
- Electronic Component
- Electronic Component
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
EWH1CM222G20OT — 直插铝电解电容 产品概述
一、产品概述
EWH1CM222G20OT 为 AISHI（艾华集团）生产的直插式铝电解电容，标称容值 2200µF，额定电压 16V，尺寸 D10×L20mm（插件封装）。该系列为通用电解电容，适用于对体积、容量有一定要求的电源滤波、去耦与能量缓冲场合。标称容差 ±20%，额定工作寿命 2000 小时（在 105℃ 下）。
二、主要参数
- 容值：2200µF ±20%
- 额定电压：16V DC
- 尺寸（电容体）：直径 10mm × 长度 20mm（D10×L20mm）
- 封装形式：插件（直插/径向引脚）
- 工作寿命：2000 hrs @ 105℃
- 品牌：AISHI（艾华集团）
三、性能与特点
- 大容量/小体积：2200µF 在 10mm 直径的封装中提供较高电容密度，适合空间受限但需较大滤波容量的电路。
- 高温寿命规格：105℃/2000h 级别，适应工业级的高温环境短期运行需求。
- 标准容差 ±20%，满足一般电源滤波和稳压回路的容值精度要求。
- 插件封装便于手工焊接及波峰/选择性焊接装配。
四、典型应用
- 开关电源输出滤波、输入缓冲与去耦
- 工业控制板、通信设备电源滤波
- 低频电源储能及瞬态补偿
- 对体积敏感的消费电子及仪器仪表电源线路
五、安装与使用建议
- 焊接：遵循厂商焊接曲线，波峰/手工焊接时控制焊接温度和时间，避免长时间高温作用于电容体。
- 散热与布局：顶部排气孔需无遮挡，避免贴近热源；尽量留有散热空间以降低工作温度，从而延长寿命。
- 极性注意：为铝电解电容，装配时严格区分正负极，反极性会造成损坏或安全隐患。
- 纹波与 ESR：实际使用时关注纹波电流与 ESR 引起的自热，必要时查看详细数据手册并进行降额设计或并联低 ESR 元件。
六、寿命与可靠性
标称寿命为 2000 小时在 105℃ 条件下运行。实际应用中，温度对寿命影响显著：降低工作温度可成倍延长寿命（行业常见经验为温度每下降约 10℃，寿命显著提高）。此外，高纹波电流会加速电解液蒸发和电容衰减，应在设计中给予充分裕量。
七、采购与替代建议
EWH1CM222G20OT 适合需要直插大容量、105℃ 级别寿命的通用设计。如需更长寿命或更低 ESR，应考虑同厂或其他厂商的低阻型/长寿命（4000–10000h@105℃）产品。采购时确认批号、保存状态及原厂包装，并向供应商索取完整数据手册与可靠性报告以便评估。
如需更详细的电气特性（如 ESR、额定纹波电流、漏电流随温度变化曲线与焊接工艺参数），建议索取 AISHI 官方数据手册或样品进行实际测试验证。
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