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Study mode:
on
1
Introduction
2
Power On
3
Initialisation
4
Remote Control
5
Volume Control
6
Nonvolatile memory
7
Read code
8
Store volume
9
Reset volume
10
Send value to continue
11
Restore volume to 28
12
Change volume to 28
13
Power off
14
Power back up
15
Restoring volume
16
Switching waste
17
The rub
18
Disconnect the power
19
Testing
20
Price
21
Requirement
22
On Screen
23
Current
24
Maximum
25
wiper current
26
terminal voltages
27
charge pump noise
28
Pins
29
Chip Select
30
Timing Diagrams
31
More Information
32
Live Demo
33
Practical Demonstration
34
Code Window
35
Conclusion
36
Summary
Description:
Learn how to implement a digital potentiometer using the X9C103 chip and an Arduino for easy circuit adjustments. Explore the device's ability to remember settings after power-off, control volume with an infrared remote, and utilize its simple three-wire control interface. Discover the various available resistance values and access demo sketches suitable for beginners. Gain insights into power management, initialization, remote control implementation, and nonvolatile memory usage. Understand key specifications like current limits, voltage ranges, and potential charge pump noise. Follow along with practical demonstrations, code explanations, and tips for integrating this affordable component into your projects.

Digital Potentiometer AKA Volume Control

Ralph S Bacon
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