Current Source Inverters (CSI)
About Current Source Inverters (CSI)
An inverter circuit known as a current source inverter converts the dc current at its input into an equivalent ac current. It is frequently referred to as a current-fed inverter and is abbreviated as CSI. Instead of a dc voltage source, a stiff dc current source is used here as the circuit's input.
Why is Current Source Inverters (CSI) important?
CSI-fed drives have the benefit of being more dependable than voltage-source inverter-fed drives. A safe value is set as the maximum peak current that can flow through the switching components (transistors, thyristors, etc.). Thyristor commutation circuits are less complicated. Reactive or regenerative loads can be handled by the CSI naturally.
Who should take the Current Source Inverters (CSI) Exam?
- Electronic Engineer
- Power Electrical Engineer
- Those who are interested in electronics
- Graduated people in Electrical Field
Current Source Inverters (CSI) Certification Course Outline
- Overview of Current Source Inverter
- Working & Its Applications
- DC-side bridge
- AC-side bridge
- High-frequency transformer (HFT)
- Output grid filter