Канал: Swarit Mahalsekar

Hybrid-pi Model of MOSFET

Hybrid-pi Model of MOSFET

Biasing of E-Mosfet

Biasing of E-Mosfet

New Youtube Channel Practical-Buddy

New Youtube Channel Practical-Buddy

Analyzing Diode Circuits

Analyzing Diode Circuits

Analog Electronics (Part-1)

Analog Electronics (Part-1)

Practical-Buddy

Practical-Buddy

Semiconductors

Semiconductors

Electricity and electric circuit simulation on the thinkercad software

Electricity and electric circuit simulation on the thinkercad software

Zero temperature drift biasing of JFET

Zero temperature drift biasing of JFET

Why output of JFET is inverted?

Why output of JFET is inverted?

Operating regions of JFET

Operating regions of JFET

Why switching speed of JFET is fast when compared to BJT

Why switching speed of JFET is fast when compared to BJT

Why power consumed at the input of BJT is greater than that of JFET

Why power consumed at the input of BJT is greater than that of JFET

BJT is known as current-controlled current source and JFET as voltage-controlled current source

BJT is known as current-controlled current source and JFET as voltage-controlled current source

Why the input impedance of JFET is greater than BJT?

Why the input impedance of JFET is greater than BJT?

Why BJT is known as bipolar and JFET as unipolar?

Why BJT is known as bipolar and JFET as unipolar?

Concept of Input and output impedance of an Amplifier

Concept of Input and output impedance of an Amplifier

Automated Hearing Aids (part 2)

Automated Hearing Aids (part 2)

Automated Hearing Aids ( Part 1 )

Automated Hearing Aids ( Part 1 )

JFET

JFET

Common Emitter Amplifier

Common Emitter Amplifier

BJT as an Amplifier

BJT as an Amplifier

Noise Cancellation

Noise Cancellation

Dancing Led Lights

Dancing Led Lights

Brightness controller by using LDR & Transistor

Brightness controller by using LDR & Transistor

Automatic Street Light System using LDR & Transistor

Automatic Street Light System using LDR & Transistor

Bjt As A Switch

Bjt As A Switch

Why Output voltage(Vce) of bjt transistor is 180 degree out of phase to input signal

Why Output voltage(Vce) of bjt transistor is 180 degree out of phase to input signal

Need Of Biasing A Transistor

Need Of Biasing A Transistor

Effect Of Temperature on Ic(Output Current)

Effect Of Temperature on Ic(Output Current)

Output Characteristic Of Bjt Transistor(bc547)

Output Characteristic Of Bjt Transistor(bc547)

Input Characteristic of Transistor case:-2

Input Characteristic of Transistor case:-2

Input Characteristics Of Transistor

Input Characteristics Of Transistor

What is the use of cro?

What is the use of cro?

How does a capacitor work in Ac (case 2)

How does a capacitor work in Ac (case 2)

How does a capacitor works in AC (Case 1)

How does a capacitor works in AC (Case 1)

Working Of Capacitor in DC

Working Of Capacitor in DC

Working Of Capacitor

Working Of Capacitor