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cjiang FTC201610S1R0MBCD
Configuration
1 options
Configuration
26+
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- cjiang FTC201610S1R0MBCD
- Type
- CJIANG
- Minimum package
- 3000 圆盘
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- CJIANG
- Electronic Component
- FTC201610S1R0MBCD
- Electronic Component
- 1
- Package
- 0806
- Electronic Component
- Power Inductor
- Electronic Component
- ±20%
- Electronic Component
- 0.038g
- Inductor
- 1uH
- Electronic Component
- 1
- Electronic Component
- BM0264590591
- Current
- 4.6A
- Resistor(DCR)
- 31mΩ
- Electronic Component
- Electronic Component
- Electronic Component
- 3000
- and Current(Isat)
- 4.7A
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
FTC201610S1R0MBCD 产品概述
一、产品简介
FTC201610S1R0MBCD 为长江微电（cjiang）出品的一款功率型贴片电感，额定电感值为 1.0 μH，公差 ±20%。该器件采用 0806 小型封装，专为开关电源与功率滤波场景设计，在体积受限的应用中提供较高的电流承载能力与良好的直流损耗控制。
二、主要参数
- 电感值：1.0 μH（±20%）
- 额定电流：4.6 A（连续载流能力）
- 饱和电流（Isat）：4.7 A（规定磁通下降限值时测得）
- 直流电阻（DCR）：约 31 mΩ
- 封装：0806（SMD）
- 品牌：cjiang（长江微电）
三、产品特点
- 高电流承载：额定电流及饱和电流接近，适合中高电流输出的 DC-DC 降压/升压模块。
- 低直流阻抗：31 mΩ 的 DCR 有利于降低导通损耗与器件发热，提升转换效率。
- 小型化封装：0806 外形便于高密度 PCB 布局与自动化贴装，适配移动设备与低体积电源模块。
- 设计用于功率应用：磁芯与绕组优化以降低磁饱和风险并保持稳定的电感特性。
四、典型应用
- 同步/非同步降压转换器（Buck）输出电感
- 升压转换器（Boost）与 SEPIC 电路
- 电源滤波（输入/输出去耦、LC 滤波）
- LED 驱动、电机驱动与其他中等电流开关电源场景
五、使用建议与注意事项
- 额定电流与热管理：建议在系统设计中对电感做适度的电流余量（通常按额定电流的 70%~85% 选用），以控制温升并延长寿命。连续接近 Isat 工作可能导致电感值下降和效率损失。
- 布局建议：将电感尽量靠近开关器件与输出电容，走线短且宽；必要时在铜箔下加热散热通道或过孔以改善散热。
- 测试条件：电感值与 Isat、DCR 随温度和频率变化，设计时应基于目标工作频率和环境温度进行实际测量与验证。
- 焊接与回流：遵循无铅回流曲线与厂商提供的焊接指南，避免超温或长时间高温以防影响磁性能。
六、封装与可靠性
0806 封装适配自动化生产与回流焊工艺，器件通常满足 RoHS 要求并通过常规的焊接可靠性与温度循环测试。建议按厂家储存建议（防潮包装）保存，潮湿敏感等级（MSL）按供货说明执行干燥或回流前处理。
七、产品选型建议
在选型时，若系统允许更大体积可考虑更低 DCR 或更高 Isat 的型号以降低损耗；若对电感精度或温升敏感，应在样机阶段进行实际电流、频率与温度下的测试验证，确保在极端工况下仍有足够的安全裕量。
总结：FTC201610S1R0MBCD 以小体积与较高电流承载能力为主要优势，适合空间紧凑且需中等至偏高电流的开关电源与功率滤波应用。在实际应用中注意热管理与合理的电流余量，可以获得稳定且高效的系统表现。
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