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FH CMP321609UD4R7MT
Configuration
1 options
Configuration
26+
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- FH CMP321609UD4R7MT
- Type
- FH
- Minimum package
- 4000 圆盘
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- FH
- Electronic Component
- CMP321609UD4R7MT
- Electronic Component
- 1
- Package
- 1206
- Type
- Inductor
- Electronic Component
- Power Inductor
- Electronic Component
- ±20%
- Electronic Component
- 0.048g
- Inductor
- 4.7uH
- Electronic Component
- 1
- Electronic Component
- BM0257282665
- Current
- 700mA
- Resistor(DCR)
- 380mΩ
- Electronic Component
- Electronic Component
- Electronic Component
- 4000
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
CMP321609UD4R7MT 产品概述
一、产品简介
CMP321609UD4R7MT是一款高性能贴片电感，专为现代电子产品设计。该电感的电感值为4.7µH，支持广泛的应用场景，尤其适合电源管理、信号滤波以及其他需要高frequency处理的电路。作为FH（风华）品牌的一员，其在电感器领域的卓越表现与可靠性使其成为市场上受欢迎的选择。这款电感在产品形态上为0603（1608），优化了PCB布局的灵活性与空间利用率。
二、基础参数
电感值：4.7µH
- 此电感值非常适合用于低频应用中，能够有效滤除噪声并提供稳定的信号传输。
直流电阻 (DCR)：380mΩ
- 在降低功耗和提高效率方面，低DCR是至关重要的。380mΩ的直流电阻确保了电感在工作时的能量损耗最小化，实现更长的使用寿命和更高的系统效率。
精度：±20%
- 电感值的精度为±20%，这使得CMP321609UD4R7MT在各种应用中能够适应不同的设计需求，满足性能的可调性。
自谐振频率：35MHz
- 该自谐振频率表明电感在其工作频率范围内的表现。在对应频率以下，电感稳定，适合高频应用，确保信号的完整性与质量。
额定电流：700mA
- 700mA的额定电流为电感在连续工作状态下提供了出色的电流承载能力，能够满足高功率应用的需求，保障电子设备的稳定性。
三、主要应用
CMP321609UD4R7MT贴片电感广泛应用于：
- 电源管理：在DC-DC转换器和高频开关电源中，承载信号并抑制电源噪声，稳定电源输出。
- 信号滤波：在各种通信设备和音频设备中，用于滤波与去噪，增强信号质量。
- 无线设备：在RF（射频）产品中，帮助调谐并匹配电路，提升传输效率和其他无线技术应用。
四、产品优势
- 小型化设计：凭借0603的尺寸，CMP321609UD4R7MT实现了高密集度的电路设计，非常适合空间有限的应用。
- 高效能：低直流电阻和高额定电流确保了电感在恶劣条件下的高效工作，减少了热量的产生。
- 成本效益：作为FH品牌的产品，其定价合理，在保证性能的同时满足市场对成本的敏感度，使得在大规模生产中具有良好的性价比。
- 可靠性高：优质的制造工艺与材料，确保CMP321609UD4R7MT在各种环境下的可靠性，保证了客户的使用安全与设备的稳定性。
五、总结
CMP321609UD4R7MT贴片电感是一款极具市场竞争力的元器件，凭借其4.7µH的电感值、380mΩ的直流电阻以及700mA的额定电流，提供了卓越的性能与可靠性。其广泛的应用环境和高效能使其在电源管理与信号滤波中扮演着至关重要的角色，适合各种电子产品的需求。厂家FH（风华）给予了客户对质量的信任与期望，使得CMP321609UD4R7MT在行业中赢得良好的声誉，是电子工程师寻求最佳解决方案的理想选择。
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