Mixer
Mixer: An op-amp circuit that can have a different voltage gain for each of several input signals. The total output signal is a superposition of…
Mixer: An op-amp circuit that can have a different voltage gain for each of several input signals. The total output signal is a superposition of…
Miller's theorem: It says a feedback capacitor is equivalent to two new capacitances, one across the input and the other across the output. The most…
Midband: We have defined this as 10f1 to 0.1f2. In this range of frequencies, the voltage gain is within 0.5 percent of the maximum voltage gain.
Metal-oxide Semiconductor FET (MOSFET): Often used in switching amplifier applications, this transistor provides extremely low power dissipation even with high currents.
Measured Voltage Gain: The voltage gain that you calculate from the measured values of input and output voltage.
Maximum Forward Current: The maximum amount of current that a forward-biased diode can withstand before burning out or being seriously degraded.
Majority Carrier: Carriers are either free electrons or holes. If the free electrons outnumber the holes, the electrons are the majority carriers. If the holes…
Large-scale integration (LSI): Integrated circuits with more than 100 integrated components.
Lower Trip Point (LTP): One of the two input voltages at which the output voltage changes states. LTP = -BVsat.
Loop Gain: The product of the differential voltage gain A and the feedback fraction B. The value of this product is usually very large. If…
Load Regulation: The change in the regulated load voltage when the load current changes from its minimum to its maximum specified value.
Load Power: The ac power in the load resistor.
Load line: A tool used to find the exact value of diode current and voltage.
Lissajous Pattern: The pattern appearing on an oscilloscope when harmonically related signals are applied to the horizontal and vertical inputs.
Line Voltage: The voltage from the power line. It has a nominal value of 115 V rms. In some places, it may be as loss…