Power Electronics Lab

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Selling leads
Power Electronics Lab
Posting date : Nov 15, 2010
Membership
Free Member Scince Sep 29, 2010
Keyword :
Category
MACHINERY & ELECTRICAL | Electrical machi
Contact
Ashutosh Agarwal
Selling Leads Detail
Company Info
 
Quick Detail
Place of Origin
India [IN]
HS-CODE
85-
Package & Delivery Lead Time
Delivery Lead Time
2011-11-15
Detailed Description
Experiments On Board Using Breadboard: 01. To study the characteristics of SCR and plot its V-I Characteristics. 02. To study the Gate control characteristics of SCR and It's graph. 03. To study the characteristics of UGT and calculate interbase resistance and intrinsic standoff ratio. 04. To study the characteristics of MOSFET. 05. To study the characteristics of IGBT. 06. To study the characteristics of DIAC and plot its V-I Characteristics curve. 07. To study the V-I characteristics of TRIAC. 08. To study the characteristics of PUT. 09. To study of class B commutation circuit. 10. To study of class C commutation circuit. 11. To study of class D commutation circuit. 12. To study of class F commutation circuit. 13. To study the Resistor Triggering circuit. 14. To study the Resistor-Capacitor Triggering Circuit (Half wave). 15. To study the Resistor-Capacitor Triggering Circuit (Full wave). 16. To study the triggering of SCR using UJT. 17. To study the Triggering of SCR using 555 IC. 18. To study the Triggering of SCR using Op-Amp 74I IC. 19. To study of the ramp and pedestal triggering using anti-parallel SCR in AC load. 20. To study of the UJT relaxation oscillator. 21. To study of the voltage commutated chopper. 22. To study of the Bedford inverter. 23. To study of the single phase PWM inverter using MOSFET. 24. To study of the single phase PWM inverter using IGBT. 25. To study the half-wave controlled rectifier with resistive load. 26. To study the half wave controlled rectifier with RL load. 27. To study the full-wave controlled rectifier (mid-point configuration) with resistive load. 28. To study the full-wave controlled rectifier (mid point configuration) with RL load. 29. To study the fully controlled bridge rectifier with resistive load. 30. To study the fully controlled bridge rectifier with RL load
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