metal-semiconductor field effect transistor,
the gate junction is an Ohmic contact.
举一反三
- Semiconductor<br/>with a current is placed in a magnetic field perpendicular to the<br/>current and it induced electric field in the direction. This<br/>phenomenon is known as the ______ .
- A contact is formed between a metal and a p-type semiconductor. This contact is ( )if Φm>Φs. A: homojunction B: heterojunction C: ohmic contact D: rectifying contact
- A contact is formed between a metal and a p-type semiconductor. This contact is ( )if Φm>Φs. A: homojunction B: heterojunction C: ohmic contact D: rectifying contact
- N<br/>Channel Enhanced Field Effect Transistor (N-EMOS) at saturation,it's<br/>grid source voltagevVGSis( ): A: Equal to 0 B: Negative polarity C: Positive polarity D: Unable to<br/>determine polarity
- Metal-oxide-semiconductor field effect transistor’son-state resistance has a positive temperature coefficient, so it can be easilyparalleled
内容
- 0
A transistor is a semiconductor device used to electronic signals
- 1
For basic operation of a transistor the base-emitter junction is （ ） biased.
- 2
Spontaneous Brillouin<br/>scattering is generated through the interaction between the input<br/>light field and the thermally<br/>fluctuating acoustical fields______ .The feature of this effect is that the frequency shift of the<br/>scattering light is dependent on the scattering angle and theacoustic<br/>velocity<br/>______ in<br/>the medium.
- 3
Properties of X-ray include:() A: Penetrating<br/>effect: B: Fluorescent<br/>effect: C: Sensitization<br/>effect: D: Ionization<br/>effect: E: All<br/>of above
- 4
The<br/>magnetic field lines are used to visually describe the distribution<br/>of the magnetic field around the magnet. For the following<br/>statement,( <br/>) is wrong. A: Each<br/>magnetic field line is a closed loop curve B: No<br/>two magnetic field lines can cross each other C: The<br/>length of the magnetic field line reflects the strength of the<br/>magnetic field D: The<br/>tangential direction of any point on any of the magnetic lines is the<br/>direction of the magnetic field at that point