IXYS IGBT

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IXYS IGBT Specification

Features
High Efficiency, Low Saturation Voltage, Fast Switching

Mounting Type
Panel/PCB Mount

Output
Collector-Emitter

Connectivity Type
Through Hole

Installation Type
PCB Mount

Switch Type
Electronic Switch

Current
30A

Usage & Applications
Inverters, UPS, Motor Controls, Power Supplies

Product Type
IGBT (Insulated Gate Bipolar Transistor)

Operating Temperature
-40C to +150C

Working Temperature
Up to +150C

Input
Gate Drive Voltage

Application
Industrial Power Electronics, Inverters, UPS, Motor Drives

Supply Voltage
1200V (Vces)

Typical Gate Charge
113nC

RoHS Status
Compliant

Reverse Diode Included
Yes

Technology
Trench/Field-Stop IGBT

Collector-Emitter Voltage (Vces)
1200V

Package Type
TO-247

Gate Emitter Voltage
±20V

Short Circuit Ruggedness
Yes

Collector Power Dissipation
150W

Turn-Off Delay Time
310ns

RthJC (Thermal Resistance, Junction-case)
0.83°C/W

Turn-On Delay Time
25ns

About IXYS IGBT

Unlock unprecedented performance with the IXYS IGBT, featuring a valorous 1200V Collector-Emitter Voltage, and a premier 150W Collector Power Dissipation. Benefit from cutting-edge trench and field-stop technology, engineered for high efficiency, low saturation voltage, and fast switching. Included are robust features like short circuit ruggedness and an integrated reverse diode, delivering reliability in even the most demanding industrial applications. Experience unbeatable price and lowest price supply on this RoHS-compliant, through-hole, panel or PCB-mount IGBTideal for inverters, UPS, motor drives, and power electronics solutions.

Powering Industrial Excellence: Recommended Usage and Users

IXYS IGBT devices are tailored for intensive use in industrial power electronics, catering to engineers, system integrators, and OEMs. Designed for use in inverter systems, UPS, motor control units, and power supply modules, they offer high efficiency and reliability. Professionals seeking robust and high-performance switching solutions will find this IGBT unparalleledmaking it the type of product trusted by forward-looking industries for applications requiring speed, ruggedness, and safety.

Sample Policy & Supply Commitment: Fast Delivery, Low Cost

Freight-efficient and dedicated to reliable supply, IXYS IGBT modules are provided at the lowest price with an exceptional sample policy for evaluating performance in your circuits. With a premier supply ability, we ensure stocks are available for rapid dispatch. Standard delivery times guarantee prompt fulfillment, empowering you to maintain project timelines and production schedules with ease. Choose us for an unbeatable price, unwavering logistical support, and seamless order processing.

FAQs of IXYS IGBT:

Q: How does the IXYS IGBT enhance industrial power electronics applications?

A: The IXYS IGBT delivers superior efficiency, fast switching times, and robust performance in applications like inverters, UPS, and motor drives, ensuring reliability and energy savings.

Q: What features distinguish the IXYS IGBT from other IGBTs on the market?

A: This premier IGBT offers unprecedented short-circuit ruggedness, low saturation voltage, a built-in reverse diode, and rapid turn-on/off, making it a preferred choice where durability and speed are critical.

Q: Where can I use the IXYS IGBT in my projects?

A: It is ideal for industrial devices requiring high-power switchingspecifically in inverters, UPS systems, motor controls, and power suppliesthanks to its high voltage and current handling capabilities.

Q: What is the sample policy for the IXYS IGBT?

A: You can request samples at a minimal cost, allowing you to test device suitability within your application while benefiting from our lowest price guarantee.

Q: When will my order of IXYS IGBTs be delivered?

A: Standard orders are processed swiftly, with delivery times tailored for prompt freight, ensuring you receive your IGBTs without unnecessary delays.

Q: What benefit does the thermal resistance (RthJC) specification offer?

A: A low RthJC of 0.83C/W ensures efficient heat dissipation, enhancing system reliability and allowing higher performance in thermally demanding environments.

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