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Broadcom HCPL-M600-500E
Configuration
1 options
Configuration
25+
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- Broadcom HCPL-M600-500E
- Type
- BROADCOM
- Minimum package
- 1500 圆盘
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- BROADCOM
- Electronic Component
- HCPL-M600-500E
- Electronic Component
- 1
- Package
- SOP-5-175mil
- Electronic Component
- Logic Output Optocoupler
- Electronic Component
- 0.413g
- Electronic Component
- 1
- Channel Count
- 1
- CMTI(kV/us)
- 10kV/us
- Electronic Component
- 10Mbps
- Features
- Collector Output
- Electronic Component
- BM0257666918
- Operating Temperature
- 40℃~+85℃
- Operating Voltage
- 4.5V~5.5V
- Type
- DC
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
HCPL‑M600‑500E 产品概述
一、概述
HCPL‑M600‑500E（Broadcom/博通）是一款单通道逻辑输出型光隔离器，适用于高可靠性数字隔离场合。器件在5V工作电源下提供开集电极输出，集成肖特基箝位以加速开关并降低饱和压降。该器件支持高达10Mbps的传输速率，典型传输延迟为tpLH=75ns、tpHL=75ns，适合高速数字信号隔离。
二、主要性能指标
- 输入类型：DC（LED输入）；正向电压 Vf ≈ 1.5V（If=20mA时）
- 输入驱动：典型阈值电流 FH = 15mA，最大正向电流 If = 20mA
- 工作电源：VCC = 4.5V ~ 5.5V
- 输出：开集电极（需外置上拉）；最大输出电流可达 50mA（下拉能力）
- 隔离等级：隔离电压 3.75 kVrms（reinforced 类似等级）
- 抗瞬态共模能力：CMTI = 10 kV/μs（标准）
- 传输速率：10 Mbps（10 MBd）
- 时延：tpLH/ tpHL ≈ 75 ns
- 工作温度：−40 ℃ ~ +85 ℃
- 功耗：最大耗散功率 Pd = 85 mW
- 封装：SOP‑5，175 mil 宽
三、封装与接口要点
HCPL‑M600‑500E 使用 5 引脚 SOP 封装，输入侧为 LED，输出侧为开集电极晶体管并带肖特基箝位（用于改善下降沿及限制 VCE(sat)）。输出需通过外部上拉电阻连接到所需逻辑电平（通常为5V）。器件体积适合 PCB 密度设计，并利于保持较大爬电/间隙距离以满足隔离要求。
四、典型应用
- 工业控制与 PLC 的逻辑隔离
- 电机驱动与逆变器控制信号隔离
- 开关电源（SMPS）主控与次级之间的数据信号隔离
- 电池管理、太阳能逆变器与测量系统的安全隔离
- 通信接口隔离（TTL/CMOS 至高压/噪声环境）
五、设计注意事项
- 输入驱动电流应保证高电平输入至少达到或超过阈值 FH（约15mA），但不应长期超过 If 最大值（20mA），以免降低 LED 寿命。
- 输出为开集电极结构，须配置合适上拉电阻，上拉电压不得超出 4.5–5.5V 范围及器件最大额定。
- 关注总耗散 Pd（85mW）与环境温度，必要时评估 PCB 散热与功率限制。
- 对于高共模干扰环境，应考虑器件 CMTI（10 kV/μs）能力并优化接地、走线和去耦以保证可靠传输。
- 保持隔离端的爬电距离与穿越距离，遵循最终系统的安规要求。
六、总结
HCPL‑M600‑500E 结合了高隔离电压、较高 CMTI 与 10Mbps 的传输能力，适用于对速度、抗干扰和安全隔离有较高要求的工业与电力电子应用。合理设计输入驱动与输出上拉、电源去耦及热管理，可实现稳定、长期的隔离数字传输。
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