RFN1LAM7S
고속 스위칭 패스트 리커버리 다이오드
RFN1LAM7S
고속 스위칭 패스트 리커버리 다이오드
RFN1LAM7S는 일반 정류용 초고속 리커버리 다이오드입니다.
Product Detail
사양 :
Configuration
Single
Package Code
SOD-128
Mounting Style
Surface mount
Number of terminal
2
VRM[V]
700
Reverse Voltage VR[V]
700
Average Rectified Forward Current IO[A]
0.8
Forward Voltage VF(Max.)[V]
1.5
IF @ Forward Voltage [A]
0.8
Reverse Current IR(Max.)[mA]
0.001
VR @ Reverse Current [V]
700
trr(Max.)[ns]
80
IF @ trr [mA]
0
IR @ trr [A]
1
Storage Temperature (Min.)[°C]
-55
Storage Temperature (Max.)[°C]
150
Package Size [mm]
4.7x2.5 (t=1.05)
레퍼런스 디자인 / 어플리케이션 평가 Kit
-
- Reference Design - TotemPolePFC_5.5kW-TSB-001
5.5kW Totem Pole PFC Evaluation Board
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Isolation Fly-back Converter PWM method Output 24W 12V
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Isolation Fly-back Converter PWM method Output 48 W 12 V
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- Evaluation Board - BM2P016T-EVK-004
Isolation Fly-back Converter PWM method Output 48 W 24 V
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- Evaluation Board - BM1P10CFJ-EVK-001
Isolated Flyback Type PWM Mode 48W 24V Output
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- Evaluation Board - BM2P0161-EVK-004
c Isolated 13.5 V 1.3 A Non-Isolated 20 V 0.1 A
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- Evaluation Board - BM2P060MF-EVK-001
Flyback Type PWM Mode Isolated 24V 1.67A 40W
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- Evaluation Board - BM2P134E-EVK-001
Isolated PWM type, 12W 12V/1A
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- Evaluation Board - BM2P10B1J-EVK-001
Flyback Type PWM Mode Isolated 12V 2.0A 24W
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- Evaluation Board - BM1Q104FJ-EVK-001
Quasi-Resonant method Isolated 90W 20V 4.5A
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- Evaluation Board - BM2P061MF-EVK-001
Flyback Type PWM Mode Isolated 5V 2A 12V 1A non-Isolated 18.7V 0.1A 24W
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- Evaluation Board - BM2P13B1J-EVK-001
Flyback Type PWM Mode Isolated 12V 1.4A 16.8W
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- Evaluation Board - BM2P0363F-EVK-001
Flyback Type PWM Mode, Isolated 12V 1.0A 12W BM2P0363F Evaluation Board
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- Evaluation Board - BM2P06B1J-EVK-001
Flyback Type PWM Mode, Isolated 12V 2.0A 24W BM2P06B1J Evaluation Board
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- Reference Design - REF69009
- 5.5kW Totem Pole PFC Evaluation Board
The "TotemPolePFC_5.5kW-TSB-001" is a 5.5 kW Totem Pole PFC (Power Factor Correction) evaluation board featuring GaN HEMTs (under development) in the high-frequency leg and SJ-MOSFETs (under development) in the low-frequency leg. The board is compatible with major 200 V-class commercial AC power inputs worldwide, outputting a stabilized 400 V DC designed to supply power to a downstream DC-DC converter. It supports a maximum output current of 13.75 A (at 5.5 kW). The board achieves a peak efficiency of 99.0%, and its power factor and input total harmonic distortion (iTHD) comply with OCP (Open Compute Project) standards.
*This design provides design information only.
