RFL60TZ6S
650V 60A, TO-247-2L, Ultra Soft Recovery Type, Ultra Fast Recovery Diode
Not Recommended for New Designs
RFL60TZ6S
650V 60A, TO-247-2L, Ultra Soft Recovery Type, Ultra Fast Recovery Diode
This product cannot be used for new designs (Not recommended for design diversion).
Product Detail
Specifications:
Configuration
Single
Package Code
TO-247-2L
Number of terminal
2
VRM[V]
650
Reverse Voltage VR[V]
650
Average Rectified Forward Current IO[A]
60
IFSM[A]
320
Forward Voltage VF(Max.)[V]
1.5
IF @ Forward Voltage [A]
60
Reverse Current IR(Max.)[mA]
0.01
VR @ Reverse Current [V]
650
trr(Max.)[ns]
75
IF @ trr [mA]
500
IR @ trr [A]
1
Tj[℃]
175
Storage Temperature (Min.)[°C]
-55
Storage Temperature (Max.)[°C]
175
Package Size [mm]
20.95x15.94 (t=5.22)
Features:
- Fast recovery / Ultra soft recovery type
- Low forward voltage
- High current overload capacity
Supporting Information
Background
In recent years, more effective use of electricity is necessary to cope with the rise in global power consumption. This is especially true for white goods and industrial equipment that handle large amounts of power such as EV charging stations. These require not only high electrical efficiency but also reducing workload for noise countermeasures in circuit design. In response, ROHM developed diodes that combine low VF for more efficient operation with fast trr characteristics that provide less loss and ultra-low noise during switching OFF.
Applications
・PFC (Power Factor Correction) circuits in air conditioners, washers, refrigerators, etc.
・Secondary rectifier circuits in EV charging stations and the like
・Inverter circuits in machine tool robots, compressors, etc.
・Power supplies for servers, base stations, and more.
Circuit (Topology) Examples
Topology Selection
When designing power supply circuits, it is necessary to select a circuit configuration (topology) that matches the required specifications for input/output voltages, power, isolation, and other factors.
ROHM offers a selection page that recommends the optimum products for various topologies.
https://www.rohm.com/topology
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