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SPL501 | Triac Phase Control | SPL502 | S.C.R. Phase Control |
SPL503 | S.C.R. Single phase Half/Full wave fully controlled rectifier | SPL503E | S.C.R. Single phase Half/Full wave fully controlled rectifier |
SPL504 | S.C.R. Single phase Half/Full controlled bridge rectifier | SPL504E | S.C.R. Single phase Half/Full controlled bridge rectifier |
SPL505 | Single phase Half/Full controlled bridge converter | SPL505E | Single phase Half/Full controlled bridge converter |
SPL506 | Study of Single phase dual converter | SPL507 | Three Phase Half controlled Bridge converter (or rectifier) |
SPL508 | Three Phase Full controlled Bridge converter (or rectifier) | SPL509 | DC motor speed control |
SPL510 | S.C.R. V-I characteristics | SPL511 | U.J.T characteristics with relaxation oscillator |
SPL512 | DIAC Characteristics | SPL513 | TRIAC Characteristics |
SPL514 | S.C.R based John chopper | SPL514E | S.C.R based John chopper |
SPL515 | S.C.R based Morgan chopper | SPL516 | AC chopper using S.C.R |
SPL517 | Four Quadrant Chopper | SPL518 | MOSFET Chopper |
SPL519 | IGBT Chopper | SPL520 | SCR DC motor speed control using chopper |
SPL521 | DC motor speed control using phase controlled rectifier | SPL522 | Universal motor speed control using phase control (stroboscopic method) |
SPL523 | Speed control of Induction Motor (by varying voltage) | SPL524 | Speed control of Induction Motor (varying frequency) |
SPL525 | Speed control AC Induction Motor(open/close loop) | SPL526 | Single phase to single phase midpoint Cycloconverter |
SPL526E | Single phase to single phase midpoint Cycloconverter | SPL527 | Single phase to single phase Bridge Cycloconverter |
SPL527E | Single phase to single phase Bridge Cycloconverter | SPL528 | Series commutated S.C.R inverter |
SPL528E | Series commutated S.C.R inverter | SPL529 | Series commutated MOSFET inverter |
SPL530 | Series commutated IGBT inverter | SPL531 | S.C.R Parallel inverter |
SPL531E | S.C.R Parallel inverter | SPL532 | MOSFET based inverter circuit |
SPL532E | MOSFET based inverter circuit | SPL533 | S.C.R based bridge inverter |
SPL533E | S.C.R based bridge inverter | SPL534 | MOSFET based bridge inverter |
SPL534G | IGBT based bridge inverter | SPL535 | Macmurray Full (or Half) bridge inverter |
SPL536 | S.C.R Triggering circuits | SPL537 | S.C.R Triggering circuits (superimposed) |
SPL538 | Lamp flasher using S.C.R | SPL539 | S.C.R ring counter |
SPL540 | Thyristor circuit breaker {current limiting} | SPL541 | S.C.R commutation methods class A-E |
SPL542 | U.J.T triggering circuit | SPL543 | Thyristor AC/DC circuit breakers |
SPL544 | Trigger circuit for Power, BJT, MOSFET, IGBT | SPL545 | Buck boost converter(CUK) |
SPL546 | DC to DC converter | SPL547 | Thyristor over voltage protection |
SPL548 | Three phase to single phase cycloconverter (bridge type) for alpha = 30°, 45°, 60°, 90° | SPL549 | Single phase IGBT based P.W.M. inverter using: i) Multiple P.W.M. Technique ii) Sinusoidal P.W.M. Technique |
SPL550 | Reduction of Harmonics of inverter | SPL551 | Power & Shottky diode characteristics |
SPL552 | I.G.B.T. Characteristics | SPL553 | G.T.O. Characteristics |
SPL554 | Study of Pulse transformer & optocoupler | SPL555 | Speed control of small motor using single phase half & full wave fully controlled rectifier |
SPL556 | Study Parallel inverter to drive small AC induction motor | SPL557 | Firing Circuit based on IC's NE555, 7408 & 3140 |
SPL558 | Step up MOSFET based chopper circuit | ||
Click here for Detailed Specs. |