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OMRON G3VM-61VY3 G3VM
Configuration
1 options
Configuration
26+
Available for RFQ
Technical data
Product details
20
specifications
Core information
- Product name
- OMRON G3VM-61VY3
- Type
- OMRON
- Unit
- Electronic Component
- Minimum package
- 3000 圆盘
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- Electronic Component
- Electronic Component
- OMRON
- Electronic Component
- G3VM-61VY3
- Electronic Component
- 1
- Package
- SOP-4-2.54mm
- Electronic Component
- SPST-NO（1 Form A）
- Electronic Component
- Solid State Relay (MOS Output)
- Electronic Component
- G3VM
- Electronic Component
- 0g
- Electronic Component
- Omron Electronics Inc-EMC Div
- Electronic Component
- 1
- Electronic Component
- BM0264772212
- Type
- Surface Mount
- Electronic Component
- Electronic Component
- Load Current
- 700mA
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
Omron G3VM-61VY3 产品概述
G3VM-61VY3 是欧姆龙（Omron Electronics Inc-EMC Div）G3VM 系列的固态继电器（SSR），封装为表面贴装 SOP-4（4-SOP，间距 0.179"/4.55mm），以“管件”形式供货。器件为有源元件，电路类型为单刀单掷常开（SPST-NO，1 Form A），适用于低电压小电流的开关控制场合。
一、主要规格亮点
- 输入端：LED 驱动型，典型触发电压约 1.27 VDC（为参考值，请结合数据表确认）。
- 输出类型：支持 AC 与 DC 负载切换，适应更广泛的应用场景。
- 负载电压范围：0 V 至 60 V。
- 最大连续负载电流：700 mA。
- 导通电阻（最大）：2 Ω（在指定测试条件下）。
- 封装与引脚：SOP-4，鸥翼端子，便于自动贴装与波峰/回流焊接。
二、功能特性与优势
G3VM-61VY3 采用固态开关结构，具有以下典型优势：
- 无机械触点、无触点抖动，寿命长、可靠性高。
- 开关速度快、开关噪声低，适合需要频繁切换的场合。
- 输出能够切换 AC 与 DC，应用灵活。
- 封装小巧，适合集成度高的 PCB 设计与自动化装配。
三、热与功率注意事项
在最坏情况下（R_on = 2 Ω）并以最大电流 700 mA 工作时，器件功耗近似为 P = I^2·R ≈ 0.98 W，热量较大。设计时应考虑：
- 在 PCB 上使用足够的铜面作为散热片，增加焊盘面积与热过孔。
- 根据工作环境和占空比进行电流/功率的降额设计，避免持续满载。
- 对于感性负载，请采取必要的抑制措施（RC 吸收、续流二极管等）。
四、典型应用场景
- 仪器仪表与数据采集中的低压开关控制。
- 通信与测试设备的信号隔离与控制。
- 电源管理、小型电机或继电器驱动的辅助开关（在额定范围内）。
- 需要长寿命、免维护的切换场合。
五、选型与使用建议
- 确认实际负载电流与浪涌电流，若有短时高浪涌需选择额定更高的器件或并联、限流设计。
- 对输入驱动电流、触发电压、隔离要求等按数据手册核实，避免仅凭典型值设计。
- 在切换感性或高频负载时，加装合适的抑制电路以保护器件并改善电磁兼容性。
- 注重封装焊接工艺与回流曲线，保证焊点可靠性。
总结：G3VM-61VY3 以小型 SOP-4 封装提供可靠的固态开关功能，适合 0–60 V、最大 700 mA 范围内的 AC/DC 应用。正确的热设计与电路保护将显著延长器件寿命并提升系统可靠性。若需详细电气参数与典型应用电路，请参考欧姆龙官方数据手册。
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