20C10X38GI

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

20C10X38GI is a type of industrial insulated gate bipolar transistors (IGBTs). It is an advanced electronic component used for switching in rapidly changing power applications such as inverters, bridges, and motors. The letter “C” in the name indicates the type of IGBT used – a composite device combining two separate components. The part number also indicates electrical ratings such as voltage, intensity, and power.

Generally speaking, 20C10X38GI switches are integrated into circuits constituted from a range of controlled parts including capacitors and resistors. When the switch is activated, electricity is transferred in a well-defined directions. Capacitors for instance store energy in an electric field and convert it to a volt-ampere (V-A) form. Resistors control the magnitude of energy as it passes through the circuit.

In modern advanced power switching systems, 20C10X38GI is an integral part. Its main features consist of insulated gate technology, high current carrying capacity, robust design, and high switching speed. It has maximum voltage of 600 volts, maximum collector current of 38 A, and maximum gate current of 10 A. The component also has a peak pulse current capability of 600 A and a maximum switching frequency of 25 kHz.

20C10X38GI are widely used in various applications such as motor drives/control, UPS systems, solar inverters, and welding machines. They are relatively difficult to maintain due to their sophisticated operating mechanisms. This is why experienced engineers are used to maintain, install, and repair them. Furthermore, they are often constructed with special materials in order to withstand harsh and humid working environments.

The principle of operation of 20C10X38GI is based on the status of solid-state field-effect transistor (FET) engineering. A P-type layer controls a N-type material, blocking the current and ensuring that the circuit is insulated. Inverter-type circuits allow for instantaneous rapid switching between current directions and low-voltage saturation due to the higher voltage rating of the device. Furthermore, the majority of 20C10X38GI switches have a high power rating, which ensures greater safety when running current with relatively lower conductor sizes. The input transistors are controlled by gate voltage, which is usually connected to its own control circuit and converts electrical energy from one form to another.

In conclusion, 20C10X38GI switches are advanced industrial components used for controlling the flow of power in rapidly changing power applications. They have a high current carrying capacity, robust design as well as high switching speed and are used in motor drives/control, UPS systems, solar inverters, and welding machines. The principle of operation of these switches is based on the status of solid-state field-effect transistor (FET) engineering, and their instantaneous rapid switching between current directions provides high power rating and low-voltage saturation.

The specific data is subject to PDF, and the above content is for reference