Bourns CD-MBL 表面贴装桥式整流器二极管

Bourns CD-MBL 桥式整流器二极管具有出色的高正向电流和低正向电压,是在电源应用中将交流电流 (AC) 转换为直流电流 (DC) 的最佳解决方案。 借助这些特性,设计人员能够满足紧凑型和高效率的设计要求,无需为更大电流应用指定较大二极管。 Bourns CD-MBL 桥式整流器提供 1A (CD-MBL1xx) 或 2A (CD-MBL2xx) 正向电流,以及 200V 和 1000V 范围之间的反向重复峰值电压。

The compact size of the CD-MBL Surface Mount Bridge Rectifier Diodes make them well-suited for use in high-density board designs. These devices can also mount onto the bottom side of Printed Circuit Board Assemblies (PCBAs) where necessary. The Bourns chip diodes conform to JEDEC standards, are easy to handle on standard pick and place equipment, and a flat configuration minimizes roll-away.

特性

  • Low power loss and high efficiency
  • High current capability
  • Low profile package
  • RoHS compliant

应用

  • AC-operated products
  • Computer displays
  • Set-top boxes
  • Cable modems

规范

  • Forward currents
    • 1A for CD-MBL1xx
    • 2A for CD-MBL2xx
  • Maximum repetitive peak reverse voltages
    • 200V, 400V, 600V, 800V, or 1000V for CD-MBL1xx
    • 600V, 800V, or 1000V for CD-MBL2xx
  • 0.95V to 1.0V maximum instantaneous forward voltage range
  • 5.0µA or 200mA maximum repetitive peak reverse current
  • 25pF or 35pF typical junction capacitance
  • Typical thermal resistances
    • +95°C/W junction to air
    • +15°C/W or +20°C/W junction to lead
  • -55°C to +175°C temperature range

Package Information

机械图纸 - Bourns CD-MBL 表面贴装桥式整流器二极管
View Results ( 14 ) Page
物料编号 数据表 If - 正向电流 Ir - 反向电流 Vf - 正向电压 峰值反向电压 最大浪涌电流
CD-MBL210SL CD-MBL210SL 数据表 2 A 80 nA 940 mV 1 kV 60 A
CD-MBL102S CD-MBL102S 数据表 1 A 200 uA 950 mV 200 V 30 A
CD-MBL208SL CD-MBL208SL 数据表 2 A 80 nA 940 mV 800 V 60 A
CD-MBL210S CD-MBL210S 数据表 2 A 80 nA 950 mV 1 kV 50 A
CD-MBL106S CD-MBL106S 数据表 1 A 200 uA 950 mV 600 V 30 A
CD-MBL108S CD-MBL108S 数据表 1 A 200 uA 950 mV 800 V 30 A
CD-MBL206SL CD-MBL206SL 数据表 2 A 80 nA 940 mV 600 V 60 A
CD-MBL208S CD-MBL208S 数据表 2 A 80 nA 950 mV 800 V 50 A
CD-MBL110SL CD-MBL110SL 数据表 1 A 5 uA 920 mV 1 kV 45 A
CD-MBL110S CD-MBL110S 数据表 1 A 200 uA 950 mV 1 kV 30 A
发布日期: 2016-12-20 | 更新日期: 2024-06-19