Boost Your Device Designs with Powerful 650V Gallium Nitride HEMT

High Device Reliability

(V_GS rating: 8V)

High Heat Dissipation

(Switching frequency >1 MHz)

Small Size

(5.0mm x 6.0mm x 1.0mm)

Copper Clip Junctions Minimize Parasitic Inductance

ROHM’s 650V Gallium Nitride HEMT iCs provide an exceptional power performance that can revolutionize your products. Here are a few key advantages you can expect:

Faster Switching Speeds: With lightning-fast switching speeds, our HEMT iCs facilitate rapid response times, enhancing overall performance and enabling advanced functionalities.

High Voltage Capability: The 650V rating ensures robustness and resilience, making these iCs ideal for high-voltage applications, such as power supplies, motor control, and electric vehicle systems.

Enhanced Reliability: Built with cutting-edge Gallium Nitride technology, our iCs exhibit improved thermal management, leading to enhanced reliability and prolonged lifespan for your devices.

Don't miss the opportunity to integrate these groundbreaking 650V Gallium Nitride HEMT iCs into your next device design.

Here’s a quick video that explains the unsurpassable advantage of GaN technology…

Presenters

GNP1150TCA-Z

650V, 11A, 150mOhm, 8x8 mm DFN

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GNP1070TC-Z

650V, 20A, 70mOhm, 8x8 mm DFN

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Optical Sensors

ROHM's considerable lineup of optical sensors include high sensitivity, high reliability phototransistors,infraredlight emitting diodes,transmission/reflective type photointerrupters.

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Motor Driver catalog

Thermal Printheads

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Motor Drivers

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Laser Diodes

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ROHM proposes laser diodes that support a wide range of needs in the consumer, industrial, and automotive markets, including high power metal CAN package types that provide high accuracy long range sensing with narrow emission width ideal for robot vacuums and AGVs (Automated Guided Vehicles). Also offered is a new surface mount VCSEL solution that allows for short distance wide range sensing and contributes to the miniaturization of LiDAR/ToF ranging modules by adopting a proprietary structure to achieve a single lobe narrow beam point, making it ideal for facial recognition, industrial robots and driver monitoring systems.

With the unprecedented need for contactless sensing due to the global pandemic, optical sensors have been utilized in sanitizer dispensers at long-term healthcare facilities to ensure health and safety compliance.

In industrial and commercial applications, optical sensors are also being used for distance and temperature sensing and automation in Industry 4.0 applications. For example, optical sensors can detect liquid levels in process engineering facilities, such as petroleum levels in tank farms and hydrocarbon refineries, by integrating an infrared LED, light transistor, and a transparent prism tip.

Optical sensors are also being used for ambient light sensing in consumer electronics such as smartphones, with advantages such as extending battery life and optimizing screen brightness to match the amount of lighting in the environment.

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