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YLPTEC WRB2424S-3WR2 - Converter WRB2424S
Configuration
1 options
Configuration
26+
Available for RFQ
Technical data
Product details
19
specifications
Core information
- Product name
- YLPTEC WRB2424S-3WR2
- Type
- SIP, 22X9.5MM
- Minimum package
- 22 管装
Technical parameters
- Electronic Component
- Electronic Component
- Electronic Component
- YLPTEC
- Electronic Component
- WRB2424S-3WR2
- Electronic Component
- 1
- Electronic Component
- 9.5mm
- Package
- SIP,22x9.5mm
- Electronic Component
- Isolated Power Supply Module
- Electronic Component
- 5.906g
- Electronic Component
- 22mm
- Electronic Component
- 12mm
- Electronic Component
- 1
- Electronic Component
- BM0265023098
- Operating Temperature
- 40℃~+85℃
- Switching Frequency
- 300kHz
- Electronic Component
- 100mVp-p
- Conversion
- 78%
For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.
YLPTEC WRB2424S-3WR2 电源模块产品概述
一、核心身份与基本定位
YLPTEC（易川）WRB2424S-3WR2是一款3W级隔离DC-DC电源模块，主打宽压输入、固定输出的稳定供电能力，定位为工业级、车载级等恶劣工况下的紧凑供电单元。其核心优势在于小体积、宽温耐受与安全防护，适配分布式供电、紧凑设备内的电源转换需求。
二、关键性能参数解析
1. 功率与输入输出匹配
输出功率标称3W（型号后缀“3WR2”为额定值），输入电压范围18V~36V DC，精准覆盖24V系统的典型波动区间（如24V电源±25%波动）；输出电压固定24V，最大输出电流125mA（3W÷24V=125mA），额定负载下电流余量充足，避免过载风险。
2. 能效与纹波控制
转换效率达78%，在小功率隔离模块中属于中上游水平，能有效减少自身发热，降低系统散热设计压力；输出纹波噪声控制在100mVp-p以内，满足模拟电路、传感器等对电源噪声敏感的应用需求，无需额外增加滤波电路即可稳定供电。
3. 开关频率与负载适配
内置300kHz开关频率，避开20kHz~20kHz音频频段，无任何可闻噪声；最大容性负载能力达330uF，可直接驱动后端带较大滤波电容的负载，简化电路设计，提升系统集成度。
三、可靠性与安全特性
1. 电气隔离与防护
输入输出隔离电压达1.5kVrms，满足基本电气隔离要求，可有效阻断不同电位电路间的干扰传播，防止故障蔓延（如输入侧异常电压串入输出端），提升系统安全性。
2. 内置保护机制
集成短路保护功能，当输出端发生短路时，模块自动进入限流或关断状态，保护自身及后端负载不受损坏，无需额外设计外围保护电路，降低系统开发成本。
3. 宽温工作范围
工作温度覆盖-40℃~+85℃，满足工业环境（户外设备、控制柜）、车载场景（高低温环境）的严苛要求，无需额外散热或保温措施即可稳定运行。
四、应用场景适配
结合参数特性，WRB2424S-3WR2可广泛应用于以下场景：
- 工业自动化：PLC模块、传感器节点、小型执行器供电，宽温耐受与隔离特性适配车间恶劣环境；
- 车载电子：24V车载系统（如卡车、工程机械）的辅助供电，18V~36V输入覆盖启动时的电压波动；
- 通信设备：小型基站、无线模块的局部电源转换，低纹波与隔离特性减少电磁干扰；
- 分布式电源系统：紧凑控制柜内的分布式供电单元，SIP封装易集成于模块内部。
五、封装与尺寸优势
采用SIP（单列直插）封装，尺寸仅22mm（长）×9.5mm（宽）×12mm（高），体积小巧，适合空间受限的应用场景（如小型设备、嵌入式模块）；单列直插设计焊接工艺简单，便于自动化生产装配，降低制造复杂度与成本。
该模块凭借以上特性，成为工业、车载等领域小功率隔离供电的实用选择，兼顾性能、可靠性与集成度。
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