WDMF75M16 Three Phase Rectifier Bridge |

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- Three phase rectifiers
- Heat transfer through aluminum oxide DBC, ceramic isolated metal baseplate
- High voltage capability 1600V
- High inrush current capability
- Planar process for reliability
- High operating temperature capability Tjmax = 150°C
- Three phase rectification for power supplies
- Rectification for DC motor field supplies
- Battery charger rectifiers
- Input rectification for variable frequency drives
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- 1600V, 75A
- WMM01 package
- Low forward voltage drop, maximum 1.6V at 75A/25’C and 1.5V at 75A/150’C
- High inrush current Ifsm, maximum 900A@25’C and tp=8.3msec
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- Microsemi: MSDM75
- WeEn: WDMF75M16
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WND45P16D Standard Power Diode |


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- Planar technology
- Standard Reverse Recovery
- Low leakage current
- Low forward voltage drop leads to low conduction losses
- High voltage capability, 1600V
- High inrush current capability
- Maximum junction temperature 150°C
- Good efficiency in customer application
- Input rectifier
- Bypass diode
- Voltage doubler
- Diode for mains rectification
- For single and three phase bridge configurations (picture)
- Supplies for DC power equipment
- On-board and off-board EV battery chargers
- Renewable energy inverters
- Input rectifiers for PWM inverter
- Battery DC power supplies
- Field supply for DC motor (picture)
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- TO247, 2-pin, through hole package
- 1600V, 45A, single die
- Standard reverse recovery, not intended for fast switching applications, not for PFC
- Low forward voltage drop, typically 1.2V@25’C
- High inrush current Ifsm, maximum 523A @25’C and tp=8.3msec
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- Vishay: VS-45EPS16LHM3
- IXYS: DSI45-16A
- WeEn: WND45P16D
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TYN50W-1600T Silicon Controlled Rectifier |

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- High junction operating temperature Tj(max)=150°C
- Very high current surge capability
- Planar passivated for voltage ruggedness and reliability
- High thermal cycling performance
- High voltage capability, 1600V
- Low forward voltage drop
- Enables the control of peak current at power supply switch-on, limits the use of passive components
- Line rectifying 50/60 Hz
- Soft start AC motor control
- DC motor control
- Power converter
- AC power control
- Lighting and temperature control
- Uninterruptible Power Supply (UPS)
- Solid State Relay (SSR)
- Traction battery charging
- Off-Board EV charger
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- TO-247, 3-pin, through hole package
- 1600V, 50A maximum average current
- Gate current Igt = 80mA
- Low forward voltage drop VT = 1.3V max
- Very high current surge Itsm = 715A @ 8.3ms and 650A @ 10ms
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- Vishay: VS-40TPS16LHM3
- IXYS: CS60-16io1 (60A)
- IXYS: CMA50E1600HB
- WeEn: TYN50W-1600T
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TYN80W-1600T Silicon Controlled Rectifier |

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- High junction operating temperature Tj(max)=150°C
- Very high current surge capability
- Planar passivated for voltage ruggedness and reliability
- High thermal cycling performance
- High voltage capability, 1600V
- Low forward voltage drop
- Enables the control of peak current at power supply switch-on, limits the use of passive components
- Line rectifying 50/60 Hz
- Soft start AC motor control
- DC motor control
- Power converter
- AC power control
- Lighting and temperature control
- Uninterruptible Power Supply (UPS)
- Solid State Relay (SSR)
- Traction battery charging
- Off-Board EV charger
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- TO-247, 3-pin, through hole package
- 1600V, 80A maximum average current
- Gate current Igt = 80mA
- Low forward voltage drop VT = 1.47V max
- Very high current surge Itsm = 930A @ 8.3ms and 850A @ 10ms
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- Vishay: 70TPS16 (70A)
- IXYS: CS60-16io1 (60A)
- IXYS: CMA80E1600HB
- WeEn: TYN80W-1600T
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