Infineon TD120N16SOFHPSA1, Thyristor Module 1.6 kV 2.25 kA, 120 A 100 mA 1.75 V 7-Pin

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MYR138.82

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1 - 2MYR138.82
3 - 5MYR127.28
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Packaging Options:
RS Stock No.:
217-7205
Mfr. Part No.:
TD120N16SOFHPSA1
Manufacturer:
Infineon
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Brand

Infineon

Product Type

Thyristor Module

Rated Average On-State Current Irms

120A

Repetitive Peak Reverse Voltage VDRM

1.6kV

Surge Current Rating

2.25kA

Maximum Gate Trigger Current Igt

100mA

Pin Count

7

Maximum Gate Trigger Voltage Vgt

2.5V

Maximum Holding Current Ih

250mA

Maximum Operating Temperature

130°C

Standards/Approvals

RoHS

Series

TD

Automotive Standard

No

Peak On-State Voltage

1.75V

Infineon Series TD Thyristor Module, 1600V Repetitive Peak Reverse Voltage, 120A Rated Average On-State Current - TD120N16SOFHPSA1


This thyristor module is a power-control semiconductor designed for high-voltage switching and controlled rectification in industrial systems. It operates in demanding thermal environments and supports applications requiring substantial on-state current and high reverse-voltage capability, while complying with RoHS environmental standards.

Features and Benefits:


• 1600V repetitive Peak reverse voltage provides high-voltage blocking capacity
• 120A rated average on-state current enables sustained power conduction
• 2.25kA surge current rating handles transient high-current events
• 1.75V Peak on-state voltage reduces conduction losses during operation
• 130°C maximum operating temperature allows elevated thermal operation

Applications


• Suitable for industrial motor-drive power stages
• Ideal for high-voltage controlled rectifier banks
• Used with power converters in factory automation
• Can be used for load switching in heavy-duty equipment

What gate-drive conditions are required for reliable triggering?


The device requires a gate trigger voltage up to 2.5V and a maximum gate trigger current of 100mA to initiate conduction.

What holding characteristics determine turn-off behaviour?


The maximum holding current is 250mA, which defines the minimum anode current needed to maintain conduction once triggered.

How does the module cope with short-duration fault currents?


It is specified with a 2.25kA surge current rating to withstand brief high-current transients.

Does the module meet environmental directive constraints?


The construction conforms to RoHS restrictions on hazardous substances.

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