Features:
- The TT430N22KOF contains two pressure-contact thyristors in a 60 mm Power Block housing.
- Its SCR/SCR topology provides a controlled bidirectional current path for phase-control circuits.
- An electrically isolated copper baseplate transfers heat toward the mounting heatsink.
The two controlled arms share a compact assembly with separate main-power and gate connections.
Case temperature, mounting pressure, and heatsink contact jointly define the usable current boundary.
The KOF version is specified with a 1,000 V/µs critical off-state voltage-rise rating.
Apter Power provides pricing and product-document support for Infineon TT430N22KOF Phase Control Thyristor Module.
Infineon TT430N22KOF Phase Control Thyristor Module Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
How the two controlled paths are arranged
- Semiconductor Pair: Two silicon-controlled rectifiers form the TT phase-control circuit.
- Pressure Contacts: Mechanical pressure provides the internal electrical and thermal contact.
- Main Terminals: Three M10 power terminals expose the two-device current path.
- Gate Connections: Separate 2.8×0.8 mm control tabs drive the individual thyristors.
From silicon junctions to the heatsink
- Baseplate: The electrically isolated copper base transfers losses out of the module.
- Case Boundary: The 430 A current reference assumes an 85 °C case temperature.
- Thermal Resistance: Each arm has a defined junction-to-case resistance under 180° sine conduction.
- Optional TIM: Selected package versions can use factory-applied thermal interface material.
Assembly details that preserve contact pressure
- Heatsink Fasteners: Mechanical connections use a 6 Nm torque with ±15% tolerance.
- Power Terminals: The M10 electrical connections require 12 Nm with ±10% tolerance.
- Screw Depth: The drawing limits terminal screw engagement to 18 mm.
- Creepage: A 19 mm creepage distance supports the module insulation boundary.
Documented phase-control circuit roles
- Motor Starting: Soft starters use controlled conduction to manage the applied motor voltage.
- Drive and UPS Rectification: The module is listed for drive rectifiers and uninterruptible-power rectifiers.
- Protection Paths: Crowbar and bypass functions use the high-current thyristor pair.
- Power Conversion: Power controllers, battery chargers, and static switches are included in the documented uses.