Triac, Construction, Characteristic , Working, four Quadrant operation, Application and gate control скачать в хорошем качестве

Triac, Construction, Characteristic , Working, four Quadrant operation, Application and gate control

Describe most important bidirectional thyristor family device in full detail. Explain construction, layers, junctions and terminals. Explain working with all four quadrant biasing of terminals and gate. Explain trigger when both main terminal 2 and gate are positive bias and both negative bias in full detail. Roll of remote gate terminal is explained. Why triac is less sensitive in other two bias and why positive gate supply trigger, when main terminal 2 is negative can damagae triac is also described. Practical diac triac combination format of device is described with advantages and applications in the end with fullest and exact information in best way. the V-I characteristic of device, similar to SCR but in both first and third quadrature is also explained in good manner. Concept of latching current and holding current is also explained. Why triac has smaller rating in comparison to SCR and why it is better in AC voltage control is also explained. Study notes link is as https://drive.google.com/file/d/1XGPW... Link for this and other videos of power electronics diode rectifier    • Diode Rectifier Ripple factor and efficien...      • Full Wave and Half wave Rectifier (HV)   Three phase full wave rectifier    • Rectifier Three Phase full wave |   Double...   Three phase half wave rectifier    • Rectifier Three phase Half wave | Circuit ...   Half wave controlled rectifier R-L load    • Single phase Half Wave Controlled Rectifie...   SCR protection over current and over di by dt    • SCR Protection | Thyristor | Over current ...   SCR protection over voltage and over dv by dt    • Protection of SCR Thyristor | Over Voltage...   Current rating of SCR    • Current Ratings of SCR | Thyristor | Avera...   voltage rating of SCR    • Voltage Ratings of SCR | Thyristor | worki...   TRIAC    • Triac, Construction, Characteristic , Work...   Two transistor analogy of SCR    • Two Transistor Analogy for SCR Turn On | G...   DIAC    • Diac | Construction | Characteristic | Wor...   SCR Commutation Class A and Class F    • Natural and Resonance Commutation of SCR |...   Commutation of SCR    • Thyristor Turn-off and Commutation   Turn off switching transient of SCR    • Commutation switching Dynamics of SCR | Th...   Turn on switching transient of SCR    • Turn On Switching Dynamics of SCR | Thyris...   Turn on methods    • Turn on Methods of SCR | Thyristor | Forwa...   SCR characteristic    • SCR Thyristor Characteristic |Forward | Re...   SCR construction    • SCR | Thyristor | Construction | Character...   Step down cycloconverter    • Cyclo-converter#frequency change in one stage   Step up cyclo converter    • Step Up cyclo converter   Three phase cyclo converter    • Three phase cyclo-converter 3 to 1 and 3 to 3   Types of chopper    • Type of Chopper #Type A to Type E   Chopper introduction    • DC to DC converter Chopper #Step up and St...   Parallel inverter    • Parallel Inverter # Center Tapped & class ...   Series inverter    • Series Inverter # under damped RLC circuit...   Inverter    • Inverter, DC to AC conversion, circuit & w...   Types of SMPS    • SMPS Various Topology, Fly-bacK, Forward, ...   SMPS introduction    • SMPS power supply, Switch Mode Power suppl...   CVT stabilizer    • CVT | Constant Voltage Transformer | Stabi...   Servo Stabilizer    • Servo Voltage Stabilizer | Voltage Regulat...   speed control of DC motors    • Speed Control of DC motor   armature control of DC motor    • Armature controlled DC Motor   For business inquiries : sdmpclasses@gmail.com