Infineon TT120N16SOFHPSA1, Thyristor Module 1600 V 2.25 kA, 120 A 100 mA 1.75 V 7-Pin
- RS 제품 번호:
- 217-7224
- 제조사 부품 번호:
- TT120N16SOFHPSA1
- 제조업체:
- Infineon
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대량 구매 할인 기용 가능
View bulk pricing optionsSubtotal (12 units, in trays of 12)*
₩552,792.00
일시적 품절
- 2026년 11월 05일 부터 12 개 단위 배송
- 추가로 2027년 1월 21일 부터 12 개 단위 배송
더 자세한 내용이 필요하신가요? 필요한 수량을 입력하고 '배송일 확인'을 클릭하면 더 많은 재고 및 배송 세부정보를 확인하실 수 있습니다.
수량 | 한팩당 | Per Tray* |
|---|---|---|
| 12 - 12 | ₩46,066.00 | ₩552,800.00 |
| 24 - 36 | ₩44,684.00 | ₩536,200.00 |
| 48 + | ₩43,344.00 | ₩520,140.00 |
* 참고 가격: 실제 구매가격과 다를 수 있습니다
- RS 제품 번호:
- 217-7224
- 제조사 부품 번호:
- TT120N16SOFHPSA1
- 제조업체:
- Infineon
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모두 선택 | 제품 정보 | 값 |
|---|---|---|
| 브랜드 | Infineon | |
| Product Type | Thyristor Module | |
| Rated Average On-State Current Irms | 120A | |
| Repetitive Peak Reverse Voltage VDRM | 1600V | |
| Surge Current Rating | 2.25kA | |
| Maximum Gate Trigger Current Igt | 100mA | |
| Pin Count | 7 | |
| Maximum Holding Current Ih | 250mA | |
| Maximum Gate Trigger Voltage Vgt | 2.5V | |
| Maximum Operating Temperature | 130°C | |
| Standards/Approvals | No | |
| Series | TT120N16SOF | |
| Automotive Standard | No | |
| Peak On-State Voltage | 1.75V | |
| Repetitive Peak Off-State Current | 20mA | |
| 모두 선택 | ||
|---|---|---|
브랜드 Infineon | ||
Product Type Thyristor Module | ||
Rated Average On-State Current Irms 120A | ||
Repetitive Peak Reverse Voltage VDRM 1600V | ||
Surge Current Rating 2.25kA | ||
Maximum Gate Trigger Current Igt 100mA | ||
Pin Count 7 | ||
Maximum Holding Current Ih 250mA | ||
Maximum Gate Trigger Voltage Vgt 2.5V | ||
Maximum Operating Temperature 130°C | ||
Standards/Approvals No | ||
Series TT120N16SOF | ||
Automotive Standard No | ||
Peak On-State Voltage 1.75V | ||
Repetitive Peak Off-State Current 20mA | ||
Infineon TT120N16SOF Series Thyristor Module, 1600V Repetitive Peak Reverse Voltage, 120A Rated Average On State Current - TT120N16SOFHPSA1
This thyristor module is a high-voltage semiconductor device designed to control large AC or DC currents in power conversion and switching applications. It operates within elevated thermal environments and provides a controlled on-state for managing heavy current flow while withstanding substantial reverse and off-state conditions.
Features and Benefits:
• Repetitive Peak reverse withstands 1600V for high-voltage use
• Rated average on-state current 120A enables sustained current handling
• Surge current capability 2250A copes with transient overloads
• Low gate trigger voltage 2.5V simplifies drive circuitry
• Holding current 250mA ensures stable latching at low currents
• Peak on-state voltage 1.75V minimises conduction losses
• Rated average on-state current 120A enables sustained current handling
• Surge current capability 2250A copes with transient overloads
• Low gate trigger voltage 2.5V simplifies drive circuitry
• Holding current 250mA ensures stable latching at low currents
• Peak on-state voltage 1.75V minimises conduction losses
Applications
• Suitable for high-voltage rectifier module assemblies
• Ideal for power conversion in industrial drives
• Used for controlled switching in surge-prone systems
• Can be used for heavy-current inverter stages
• Suitable for non-automotive high-voltage power supplies
• Ideal for power conversion in industrial drives
• Used for controlled switching in surge-prone systems
• Can be used for heavy-current inverter stages
• Suitable for non-automotive high-voltage power supplies
What gate drive requirements are indicated for reliable triggering?
A gate drive capable of delivering up to 100mA with a trigger voltage at or above 2.5V is required to ensure consistent turn-on behaviour.
How does the device behave under short-term overloads?
It can tolerate surge events up to 2250A, providing brief protection against transient high-current conditions while maintaining average conduction at 120A.
What off-state leakage should designers account for?
Repetitive Peak off-state current is specified at 20mA, which should be considered when designing guarding and sensing circuits.
What thermal operating limit must system cooling respect?
The maximum permitted junction temperature is 130°C, so cooling strategies must maintain temperatures below this threshold for reliable operation.
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