Table of Contents
- 1 What is the most basic application of transistor?
- 2 Which transistor configuration is mostly preferred in the industry?
- 3 What is difference between JFET and BJT?
- 4 What is a transistor used for in everyday life?
- 5 How many terminals does a BJT have?
- 6 What is difference between MOSFET and JFET?
- 7 What is the function of BJT?
- 8 What is BJT (binary circuit breaker)?
What is the most basic application of transistor?
By far the most common application of transistors today is for computer memory chips—including solid-state multimedia storage devices for electronic games, cameras, and MP3 players—and microprocessors, where millions of components are embedded in a single integrated circuit.
Which transistor configuration is mostly preferred in the industry?
Common emitter transistor configuration This transistor configuration is probably the most widely used. The circuit provides a medium input and output impedance levels.
What are the most commonly used BJT & FET transistors?
Best Transistors: BJTs
- #1 NPN – 2N3904. You can find most often NPN Transistors in low-side switch circuits.
- #2 PNP – 2N3906. For high-side switch circuits, you need a PNP style BJT.
- #3 Power – TIP120.
- #4 N-Channel (Logic Level) – FQP30N06L.
What is difference between JFET and BJT?
The JFET stands for junction field effect transistor while BJT stands for bipolar field effect transistor. JFET has high current gain, BJT has a low current gain. JFET has low voltage gain whereas BJT has high voltage gain.
What is a transistor used for in everyday life?
Transistors are used in our day to day lives in many forms which we are aware of as amplifiers and switching apparatus. As amplifiers, they are being used in various oscillators, modulators, detectors and nearly in any circuit in order to perform a function. In a digital circuit, transistors are used as switches.
Why FET is preferred over BJT?
Why is FET Preferred over BJT? Field-effect transistors provide high input impedance as compared with BJTs. The gain of FETs is lesser as compared with BJTs. The radiation effect of FET is less.
How many terminals does a BJT have?
The Bipolar Junction Transistor (BJT) is a current controlled valve. The 3 terminals are named base, collector and emitter.
What is difference between MOSFET and JFET?
JFET(Junction Gate Field-Effect Transistor) is a three-terminal semiconductor device. MOSFET(Metal–Oxide–Semiconductor Field-Effect Transistor) is a four-terminal semiconductor device. It can only operates in the depletion mode. It operates in both depletion mode and enhancement mode.
How much current does it take to turn on a BJT?
Also, the nature of BJTs is that while you will need a minimum of about 0.7V to turn it on, the current through the base is the defining factor for performance. As the base current increases, so does the collector current. This is different for MOSFETs, which work more on gate voltage than current.
What is the function of BJT?
In their most basic function, BJTs are switches. By applying a small current at the base, we can get a much larger current to pass between the collector/emitter pins. Since transistors typically don’t draw very much current, they make a great electronic switch instead of needing a mechanical one.
What is BJT (binary circuit breaker)?
Technically speaking, BJT is a three-terminal device with an Emitter, collector, and a base pin, the current flow through the emitter and collector are controlled by the amount of current applied to the base.
What are the different configurations of BJT?
The three different configurations of BJT are listed below. Among these, the Common Base configurations will have voltage gain, but no current gain, whereas the Common Collector Configuration has current gain, but no voltage gain and the Common Emitter Configuration will have both current and voltage gain.