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Voltage across gas oxide when MOSFET acts as an amplifier Solution

STEP 0: Pre-Calculation Summary
Formula Used
voltage_across_the_oxide = Threshold voltage+((sqrt(2*MOSFET transconductance parameter*Load Resistance*Supply Voltage+1)-1))/MOSFET transconductance parameter*Load Resistance
VGS = VT+((sqrt(2*kn*RD*Vi+1)-1))/kn*RD
This formula uses 1 Functions, 4 Variables
Functions Used
sqrt - Squre root function, sqrt(Number)
Variables Used
Threshold voltage - Threshold voltage of transistor is the minimum gate to source voltage that is needed to create a conducting path between the source and drain terminals. It is an important factor to maintain power efficiency. (Measured in Volt)
MOSFET transconductance parameter - MOSFET transconductance parameter is the product of the process transconductance parameter kn and the transistor aspect ratio (W/L). (Measured in Mho)
Load Resistance - Load resistance is the cumulative resistance of a circuit, as seen by the voltage, current, or power source driving that circuit. (Measured in Ohm)
Supply Voltage - Supply Voltage is the input voltage source which flows through the zener diode. (Measured in Volt)
STEP 1: Convert Input(s) to Base Unit
Threshold voltage: 50 Volt --> 50 Volt No Conversion Required
MOSFET transconductance parameter: 3 Mho --> 3 Siemens (Check conversion here)
Load Resistance: 800 Ohm --> 800 Ohm No Conversion Required
Supply Voltage: 12 Volt --> 12 Volt No Conversion Required
STEP 2: Evaluate Formula
Substituting Input Values in Formula
VGS = VT+((sqrt(2*kn*RD*Vi+1)-1))/kn*RD --> 50+((sqrt(2*3*800*12+1)-1))/3*800
Evaluating ... ...
VGS = 63783.8888864776
STEP 3: Convert Result to Output's Unit
63783.8888864776 Volt --> No Conversion Required
FINAL ANSWER
63783.8888864776 Volt <-- Voltage across the oxide
(Calculation completed in 00.017 seconds)

10+ Basic Principles Calculators

Voltage across gas oxide when MOSFET acts as an amplifier
voltage_across_the_oxide = Threshold voltage+((sqrt(2*MOSFET transconductance parameter*Load Resistance*Supply Voltage+1)-1))/MOSFET transconductance parameter*Load Resistance Go
Voltage across collector-emitter when MOSFET acts as an amplifier
voltage_across_collector_emitter = Supply Voltage-Load Resistance*Saturation current*e^(Voltage across the base–emitter junction/Threshold voltage) Go
Output voltage when MOSFET acts as an amplifier
output_voltage = Supply Voltage-1/2*MOSFET transconductance parameter*Load Resistance*(Voltage across the oxide-Threshold voltage)^2 Go
Output voltage when the transistor is biased
output_voltage = Supply Voltage-1/2*MOSFET transconductance parameter*Load Resistance*(Voltage across the oxide-Threshold voltage)^2 Go
Collector current in active region when transistor acts as an amplifier
collector_current = Saturation current*e^(Voltage across the base–emitter junction/Threshold voltage) Go
Drain current when transistor acts as an amplifier
drain_current = 1/2*MOSFET transconductance parameter*(Voltage across the oxide-Threshold voltage)^2 Go
Overdrive voltage when MOSFET acts as an amplifier
effective_voltage_or_overdrive_voltage = modulus(Voltage across the oxide)-Threshold voltage Go
Output Voltage of the voltage amplifier
output_voltage_of_amplifier = Supply Voltage-Drain current*Load Resistance Go
Output Voltage of BJT Amplifier
output_voltage = Supply Voltage-Drain current of BJT*Load Resistance Go
Bias voltage of the transistor
bias_voltage = Voltage across the oxide+Input voltage Go

Voltage across gas oxide when MOSFET acts as an amplifier Formula

voltage_across_the_oxide = Threshold voltage+((sqrt(2*MOSFET transconductance parameter*Load Resistance*Supply Voltage+1)-1))/MOSFET transconductance parameter*Load Resistance
VGS = VT+((sqrt(2*kn*RD*Vi+1)-1))/kn*RD

How does MOSFET control voltage?

MOSFETs have also been used as voltage-controlled resistors. Because most MOSFETs today tend to be “enhancement mode”, this means that the required biasing at the gate is a positive voltage to turn on the drain current to lower its Rds. Thus, if the gate voltage is 0 volts, the MOSFET is turned off.

How MOSFET acts as an amplifier?

A small change in gate voltage produces a large change in drain current as in JFET. This fact makes MOSFET capable of raising the strength of a weak signal; thus acting as an amplifier. During the positive half-cycle of the signal, the positive voltage on the gate increases and produces the enhancement-mode.

How to Calculate Voltage across gas oxide when MOSFET acts as an amplifier?

Voltage across gas oxide when MOSFET acts as an amplifier calculator uses voltage_across_the_oxide = Threshold voltage+((sqrt(2*MOSFET transconductance parameter*Load Resistance*Supply Voltage+1)-1))/MOSFET transconductance parameter*Load Resistance to calculate the Voltage across the oxide, The Voltage across gas oxide when MOSFET acts as an amplifier indicates that the segment of greatest slope (hence potentially the largest amplifier gain) corresponds to operation in the active region. When a MOSFET is operated as an amplifier, its operating point is confined to the segment at all times. Voltage across the oxide and is denoted by VGS symbol.

How to calculate Voltage across gas oxide when MOSFET acts as an amplifier using this online calculator? To use this online calculator for Voltage across gas oxide when MOSFET acts as an amplifier, enter Threshold voltage (VT), MOSFET transconductance parameter (kn), Load Resistance (RD) and Supply Voltage (Vi) and hit the calculate button. Here is how the Voltage across gas oxide when MOSFET acts as an amplifier calculation can be explained with given input values -> 63783.89 = 50+((sqrt(2*3*800*12+1)-1))/3*800.

FAQ

What is Voltage across gas oxide when MOSFET acts as an amplifier?
The Voltage across gas oxide when MOSFET acts as an amplifier indicates that the segment of greatest slope (hence potentially the largest amplifier gain) corresponds to operation in the active region. When a MOSFET is operated as an amplifier, its operating point is confined to the segment at all times and is represented as VGS = VT+((sqrt(2*kn*RD*Vi+1)-1))/kn*RD or voltage_across_the_oxide = Threshold voltage+((sqrt(2*MOSFET transconductance parameter*Load Resistance*Supply Voltage+1)-1))/MOSFET transconductance parameter*Load Resistance. Threshold voltage of transistor is the minimum gate to source voltage that is needed to create a conducting path between the source and drain terminals. It is an important factor to maintain power efficiency, MOSFET transconductance parameter is the product of the process transconductance parameter kn and the transistor aspect ratio (W/L), Load resistance is the cumulative resistance of a circuit, as seen by the voltage, current, or power source driving that circuit and Supply Voltage is the input voltage source which flows through the zener diode.
How to calculate Voltage across gas oxide when MOSFET acts as an amplifier?
The Voltage across gas oxide when MOSFET acts as an amplifier indicates that the segment of greatest slope (hence potentially the largest amplifier gain) corresponds to operation in the active region. When a MOSFET is operated as an amplifier, its operating point is confined to the segment at all times is calculated using voltage_across_the_oxide = Threshold voltage+((sqrt(2*MOSFET transconductance parameter*Load Resistance*Supply Voltage+1)-1))/MOSFET transconductance parameter*Load Resistance. To calculate Voltage across gas oxide when MOSFET acts as an amplifier, you need Threshold voltage (VT), MOSFET transconductance parameter (kn), Load Resistance (RD) and Supply Voltage (Vi). With our tool, you need to enter the respective value for Threshold voltage, MOSFET transconductance parameter, Load Resistance and Supply Voltage and hit the calculate button. You can also select the units (if any) for Input(s) and the Output as well.
How many ways are there to calculate Voltage across the oxide?
In this formula, Voltage across the oxide uses Threshold voltage, MOSFET transconductance parameter, Load Resistance and Supply Voltage. We can use 10 other way(s) to calculate the same, which is/are as follows -
  • collector_current = Saturation current*e^(Voltage across the base–emitter junction/Threshold voltage)
  • output_voltage_of_amplifier = Supply Voltage-Drain current*Load Resistance
  • output_voltage = Supply Voltage-Drain current of BJT*Load Resistance
  • drain_current = 1/2*MOSFET transconductance parameter*(Voltage across the oxide-Threshold voltage)^2
  • output_voltage = Supply Voltage-1/2*MOSFET transconductance parameter*Load Resistance*(Voltage across the oxide-Threshold voltage)^2
  • voltage_across_the_oxide = Threshold voltage+((sqrt(2*MOSFET transconductance parameter*Load Resistance*Supply Voltage+1)-1))/MOSFET transconductance parameter*Load Resistance
  • effective_voltage_or_overdrive_voltage = modulus(Voltage across the oxide)-Threshold voltage
  • voltage_across_collector_emitter = Supply Voltage-Load Resistance*Saturation current*e^(Voltage across the base–emitter junction/Threshold voltage)
  • output_voltage = Supply Voltage-1/2*MOSFET transconductance parameter*Load Resistance*(Voltage across the oxide-Threshold voltage)^2
  • bias_voltage = Voltage across the oxide+Input voltage
Where is the Voltage across gas oxide when MOSFET acts as an amplifier calculator used?
Among many, Voltage across gas oxide when MOSFET acts as an amplifier calculator is widely used in real life applications like {FormulaUses}. Here are few more real life examples -
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