CM100TU-12F

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The CM100TU-12F is a power module designed to convert AC sources to DC through insulated gate bipolar transistor (IGBT) components. It is typically used in applications such as renewable energy, inverters, or power supplies, and as part of inverter systems.

The CM100TU-12F has two IGBTs and two drivers, each designed to be used as either a high side or low side switch. The IGBTs are structured with a voltage of 1200V, a current of 100A, and a low gate threshold. The gate drivers are structured with a peak output current of ±5A and a maximum gate charge of 45nC.

The CM100TU-12F is designed with a VCEsat of 4.2V, which allows for a high-efficiency conversion of AC to DC. The device also has a direct bonding copper substrate, which helps heat resistivity and reliability. The power module has a direct short protection circuit, which provides high short-circuit protection and helps prevent failure between the output source and ground.

The CM100TU-12F is also designed with overcurrent protection and integrated balance technology, which helps balance the voltage from the input source and allows for higher efficiency. The module also has an integrated temperature protection system, which helps prevent thermal damage.

The working principle of the CM100TU-12F is based on the principle of the IGBT. The IGBT is a three-terminal device that helps convert a low-voltage, low-power AC source to a high-power DC output. The IGBT conducts current when the voltage is lower than the threshold voltage of the IGBT, and the output voltage is higher than the threshold level of the IGBT. When the reverse is true, the IGBT will stop conduction and the device will stop producing current.

The CM100TU-12F is designed to be used in applications such as renewable energy, inverters, or power supplies. It can be used to convert AC sources to DC and is an excellent choice for applications where low voltage and high current are needed. Its direct bonding copper substrate helps with the heat resistivity and its integrated temperature protection system helps prevents thermal damage from occurring. Its overcurrent protection and integrated balance technology helps ensure a high-efficiency conversion of AC to DC.

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