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PSA FS32X106K101EGG
Configuration
1 options
Configuration
26+
Available for RFQ
Technical data
Product details
18
specifications
Core information
- Product name
- PSA FS32X106K101EGG
- Type
- PSA
- Minimum package
- 1000 圆盘
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- PSA
- Electronic Component
- FS32X106K101EGG
- Electronic Component
- 1
- Electronic Component
- 10uF
- Package
- 1210
- Electronic Component
- SMD Capacitor(MLCC)
- Electronic Component
- ±10%
- Electronic Component
- 0.19g
- Electronic Component
- 1
- Electronic Component
- BM0257411999
- Electronic Component
- X7R
- Voltage
- 100V
- Electronic Component
- Electronic Component
- Electronic Component
- 1000
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
FS32X106K101EGG — 贴片多层陶瓷电容器（MLCC）产品概述
一、产品简介
FS32X106K101EGG 为 PSA（信昌电陶）品牌的一款高压贴片多层陶瓷电容器（MLCC），标称容量 10 μF，初始容差 ±10%，额定直流电压 100 V，介质材料为 X7R，封装尺寸 1210（约 3.2 × 2.5 mm）。该型号定位为中高压场合下的去耦、旁路与储能电容，兼顾体积与电容量的平衡，适用于工业电源与电源转换模块等应用。
二、主要性能与电气参数
- 标称电容：10 μF
- 容差：±10%
- 额定电压：100 V DC
- 介质温度特性：X7R（工作温度范围典型为 −55 ℃ 至 +125 ℃，温度范围内电容变化一般在 ±15% 以内）
- 封装：1210（贴片）
- 品牌：PSA（信昌电陶）
注意：X7R 为类 II 陶瓷介质，虽具有较高的比容，但在直流偏压（DC bias）下会出现显著的容量降低，实际工作电压接近额定值时有效电容可能下降，具体降幅应以厂方数据或实际测量为准。
三、主要特点
- 高额定电压（100 V），适合高压电源回路与中高压滤波
- 相对较大的单颗容量（10 μF），可减少并联器件数量
- X7R 介质在宽温度范围内保持较好稳定性，适用于一般工业环境
- 1210 封装便于自动贴装，适配主流回流焊工艺
四、典型应用场景
- 开关电源（DC-DC）输出滤波与能量缓冲
- 工业电源与驱动电路的高压去耦
- 电源输入滤波、EMI 滤波网络
- 需要在有限面积内实现较大电容量的高压电路
五、选型与设计注意事项
- DC bias 效应：X7R 在高偏压下电容下降明显，设计时应考虑容量裕量，必要时通过并联多颗或选用更高容值/低损介质方案补偿。
- 温度与频率依赖：X7R 的频率特性与温度特性会影响滤波、旁路效果，关键电路应做实际频域测试。
- PCB 布局：尽量靠近被去耦器件放置，缩短回流环路、减少引线长度；对高电流应用可采用多颗并联以降低等效 ESR/ESL。
- 焊接工艺：兼容无铅回流焊；建议按厂方或 IPC/JEDEC 推荐的封装回流曲线执行，以避免温度应力和机械损伤。
六、可靠性与包装、储存
- 建议按厂方要求进行机械与环境应力评估，避免在应力集中位置（如 PCB 边缘）产生弯曲裂纹。
- 出货通常为卷装（Tape & Reel），便于 SMT 贴装；收存时应避免潮湿、高温与强酸碱环境，防止端端电极或包装受损。
- 操作、检修时注意防静电措施与避免过度机械挤压。
总结：FS32X106K101EGG 是一款面向高压场合的 10 μF/100 V X7R 贴片电容，兼顾体积与电容量的通用型产品。用于关键电源去耦与滤波时，应重视 DC bias 与温度/频率特性，必要时参考 PSA 官方技术资料或样品测试以确保设计可靠性。
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