: Adjust the main potentiometer connected to Pin 8. The frequency ( ) is roughly calculated as
: Triangle wave linearity is approximately 0.1%.
: Simultaneous outputs for sine, square, and triangle waves. Low Distortion : Sine wave distortion is typically 1%.
: Use the potentiometer between Pins 4 and 5 to ensure the triangle wave is perfectly linear and the square wave has a 50% duty cycle.
) : Connected between Pin 10 and ground; determines the frequency range. Timing Resistors (
: Derived directly from the capacitor's linear voltage ramp.
The ICL8038 operates by charging and discharging an external capacitor with two internal current sources. This process creates a linear triangular wave.
: Generated by a flip-flop driven by the charging/discharging cycles.
: Adjust the main potentiometer connected to Pin 8. The frequency ( ) is roughly calculated as
: Triangle wave linearity is approximately 0.1%.
: Simultaneous outputs for sine, square, and triangle waves. Low Distortion : Sine wave distortion is typically 1%. Function Generator Using Icl8038 Pdf
: Use the potentiometer between Pins 4 and 5 to ensure the triangle wave is perfectly linear and the square wave has a 50% duty cycle.
) : Connected between Pin 10 and ground; determines the frequency range. Timing Resistors ( : Adjust the main potentiometer connected to Pin 8
: Derived directly from the capacitor's linear voltage ramp.
The ICL8038 operates by charging and discharging an external capacitor with two internal current sources. This process creates a linear triangular wave. Low Distortion : Sine wave distortion is typically 1%
: Generated by a flip-flop driven by the charging/discharging cycles.