Analog Multiplexer with Multiple Rotary Potentiometers for Signal Selection
View and Edit Project In Cirkit Designer
Circuit Documentation
Summary
This circuit consists of a 16-channel analog multiplexer and multiple rotary potentiometers. The potentiometers are connected to the multiplexer, allowing the selection of different analog signals. The multiplexer can be controlled to select one of the potentiometer signals to be output.
Component List
16 Channel Analog Multiplexer
- Description: A multiplexer that can select one of 16 analog input channels to be output.
- Pins: GND, VCC, EN, S0, S1, S2, S3, SIG, C0, C1, C2, C3, C4, C5, C6, C7, C8, C9, C10, C11, C12, C13, C14, C15
Rotary Potentiometer
- Description: A variable resistor with three terminals.
- Pins: leg1, wiper, leg2
- Properties:
- Resistance: 10,000 Ohms
Wiring Details
16 Channel Analog Multiplexer
- GND: Connected to EN pin of the same multiplexer.
- VCC: Not specified in the net list.
- EN: Connected to GND pin of the same multiplexer.
- S0, S1, S2, S3: Not specified in the net list.
- SIG: Not specified in the net list.
- C0: Connected to wiper of a Rotary Potentiometer.
- C1: Connected to wiper of a Rotary Potentiometer.
- C2: Connected to wiper of a Rotary Potentiometer.
- C3: Connected to wiper of a Rotary Potentiometer.
- C4: Connected to wiper of a Rotary Potentiometer.
- C5: Connected to wiper of a Rotary Potentiometer.
- C6: Connected to wiper of a Rotary Potentiometer.
- C7: Connected to wiper of a Rotary Potentiometer.
- C8: Connected to wiper of a Rotary Potentiometer.
- C9: Connected to wiper of a Rotary Potentiometer.
- C10: Connected to wiper of a Rotary Potentiometer.
- C11: Connected to wiper of a Rotary Potentiometer.
- C12: Connected to wiper of a Rotary Potentiometer.
- C13: Connected to wiper of a Rotary Potentiometer.
- C14: Connected to wiper of a Rotary Potentiometer.
- C15: Connected to wiper of a Rotary Potentiometer.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Rotary Potentiometer
- leg1: Connected to leg1 of all other Rotary Potentiometers.
- wiper: Connected to one of the C0 to C15 pins of the 16 Channel Analog Multiplexer.
- leg2: Connected to leg2 of all other Rotary Potentiometers.
Code
No microcontroller code is provided for this circuit.