The circuit is used to automatically control the volume levels of cassette recorders, audio tape recorders, amplifiers or radio devices. It is parallel resistor to r2 and togheter with. The resistance between the drain and source of t1 can be between 150ω and infinite. The fet (t1) is used as a variable resistor. The circuit works like an electronic attenuator, configured to sense and respond to finger touch on alternate touch pads.
Very long life due to the absence of any wear and tear, quick and easy finger touch control, and low distortion.
The total resistance is 15kω. The resistance between the drain and source of t1 can be between 150ω and infinite. The circuit works like an electronic attenuator, configured to sense and respond to finger touch on alternate touch pads. The fet (t1) is used as a variable resistor. Very long life due to the absence of any wear and tear, quick and easy finger touch control, and low distortion. It is parallel resistor to r2 and togheter with. The fet t1 is wired to simulate a. The avc circuit works this way: The circuit is used to automatically control the volume levels of cassette recorders, audio tape recorders, amplifiers or radio devices. Because the 1kω has been connected between every input and output, the multiplexer can act like a potentiometer.
The resistance between the drain and source of t1 can be between 150ω and infinite. The avc circuit works this way: It is parallel resistor to r2 and togheter with. Very long life due to the absence of any wear and tear, quick and easy finger touch control, and low distortion. The total resistance is 15kω.
The resistance between the drain and source of t1 can be between 150ω and infinite.
The fet t1 is wired to simulate a. The avc circuit works this way: The total resistance is 15kω. The circuit is used to automatically control the volume levels of cassette recorders, audio tape recorders, amplifiers or radio devices. The circuit works like an electronic attenuator, configured to sense and respond to finger touch on alternate touch pads. The resistance between the drain and source of t1 can be between 150ω and infinite. Very long life due to the absence of any wear and tear, quick and easy finger touch control, and low distortion. It is parallel resistor to r2 and togheter with. Because the 1kω has been connected between every input and output, the multiplexer can act like a potentiometer. The fet (t1) is used as a variable resistor.
Because the 1kω has been connected between every input and output, the multiplexer can act like a potentiometer. It is parallel resistor to r2 and togheter with. The fet (t1) is used as a variable resistor. The avc circuit works this way: The resistance between the drain and source of t1 can be between 150ω and infinite.
The total resistance is 15kω.
The circuit is used to automatically control the volume levels of cassette recorders, audio tape recorders, amplifiers or radio devices. The avc circuit works this way: The fet t1 is wired to simulate a. Very long life due to the absence of any wear and tear, quick and easy finger touch control, and low distortion. The circuit works like an electronic attenuator, configured to sense and respond to finger touch on alternate touch pads. It is parallel resistor to r2 and togheter with. The total resistance is 15kω. Because the 1kω has been connected between every input and output, the multiplexer can act like a potentiometer. The fet (t1) is used as a variable resistor. The resistance between the drain and source of t1 can be between 150ω and infinite.
Get Volume Control Diagram
PNG. The total resistance is 15kω. The circuit works like an electronic attenuator, configured to sense and respond to finger touch on alternate touch pads. The circuit is used to automatically control the volume levels of cassette recorders, audio tape recorders, amplifiers or radio devices. The fet (t1) is used as a variable resistor. Very long life due to the absence of any wear and tear, quick and easy finger touch control, and low distortion.
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