Equipped with a Miller clamp and Class I short-circuit protection, the power supply provides +15V, with 3W/25A per channel and a maximum voltage rating of 1700V.
Equipped with Miller clamping and Class I short-circuit protection, the power supply provides +15V, delivering 8W/25A per channel. The maximum supported voltage is 1700V, and the operating frequency ranges from 50 kHz to 400 kHz. Customization is available.
IGBT bullnose socket driver board
Equipped with a Miller clamp and Class I short-circuit protection, the power supply provides +15V, delivering 3W/25A per channel, and supports a maximum voltage of 1700V.
Equipped with a Miller clamp and Class I short-circuit protection, the power supply provides +15V, with 3W/25A per channel and supports a maximum voltage of 1700V.
By adopting the CLIP interconnection process, we ensure low thermal resistance in the product, achieving lower thermal resistance, lower electrical resistance, and lower stray inductance.
We offer module products covering voltage ratings from 650 to 1700V, featuring advanced trench-field-stop (Trench-Fs) technology that optimally balances on-state voltage drop and turn-off losses. This enables us to provide customers with highly efficient product solutions in the fields of power quality management and variable-frequency drive applications. Our design optimizes both the on-state voltage drop (Vcesat) and switching losses, enhances resistance to harsh environmental conditions, improves reliability, and meets customer requirements for efficiency and performance under challenging operating conditions.
We offer module products covering voltage ratings from 650 to 1700V, featuring advanced trench-field-stop (Trench-Fs) technology that optimally balances forward voltage drop and turn-off losses. This enables us to provide customers with highly efficient product solutions in the fields of power quality management and variable-frequency drive applications. Our design optimizes both the forward voltage drop (Vcesat) and switching losses, enhances resistance to harsh environmental conditions, and improves overall reliability, thereby meeting customer requirements for efficiency and performance under challenging operating conditions.
By adopting the CLIP interconnection process, we ensure low thermal resistance in the product, achieving lower thermal resistance, lower electrical resistance, and lower stray inductance.
By adopting the CLIP interconnection process, we ensure low thermal resistance in the product, achieving lower thermal resistance, lower electrical resistance, and lower stray inductance.
We offer module products covering voltage ratings from 650 to 1700V, featuring advanced trench-field-stop (Trench-Fs) technology that optimally balances forward voltage drop and turn-off losses. This enables us to provide customers with highly efficient product solutions in the fields of power quality management and variable-frequency drive applications. Our design optimizes both the forward voltage drop (Vcesat) and switching losses, enhances resistance to harsh environmental conditions, and improves overall reliability, thereby meeting customer requirements for efficiency and performance under challenging operating conditions.