Audio Circuit Design Help

flux

1:11

Below are the component additions and net connections that form the complete schematic for your voltage-controlled all-pass filter audio effect. The parts have been added to your project and are now connected as described:
Component Additions

Table

DesignatorComponent DescriptionLink
J1XLR Input ConnectorXLR Connector
U1NE5532 (Balanced Preamp/Buffer op-amp)NE5532
U2NE5532 (Configured as Voltage Controlled All-Pass Filter op-amp)NE5532
IN1Sidechain Signal Input (Signal coupling via resistor network)Resistor
J2XLR Output ConnectorXLR Connector
C1, C2100nF Capacitors (High-frequency bypass at op-amp power pins)100nF Capacitor
C3, C410µF Capacitors (Bulk decoupling on 5V rail)10uF Capacitor
R1, R2Resistors for the RC network in the all-pass filterResistor
GNDGround referenceGND
Schematic Wiring Connections
  • Input Stage:
    • Route the balanced audio from [J1] so that the “hot” (positive) signal feeds into the non-inverting input of [U1].
    • The cold (negative) side of [J1] is tied to the common ground ([GND]).
  • Preamp/Buffer Stage (U1):
    • The output of [U1] is connected to signal-conditioning circuitry and feeds into the filter stage.
  • Voltage-Controlled All-Pass Filter (U2):
    • Connect the output of [U1] to the input of [U2].
    • Form the all-pass network by wiring resistor [R1] and capacitor [C?] (added as part of the RC network) between the appropriate input and feedback nodes at [U2] per your chosen all-pass topology.
    • The sidechain control voltage from [IN1] is routed (via its resistor network, using [R2] where needed) to the voltage-control node of [U2] to adjust the filter’s phase.
  • Output Stage:
    • The filtered signal at [U2] is driven to [J2]. For balanced output, ensure that the proper differential signaling is established (by mirroring the signal through a circuit branch and using a transformer or summing network if necessary).
  • Decoupling & Power Supply:
    • Attach [C1] between the positive power supply (5 V) and [GND] at the [U1] power pin.
    • Similarly, [C2] is attached between the [U2] power supply pin and [GND].
    • Bulk decoupling [C3] and [C4] are connected across the 5 V rail and [GND] for voltage stability.
  • Common Ground:
    • Ensure all component grounds (from [J1], [U1], [U2], decoupling caps, and sidechain input network) are connected to the [GND] component.
These additions and net connections form the complete schematic for your audio effect circuit.
You may now review the schematic connections in your Flux project. Let me know if you’d like to adjust any specific connections or proceed with the next step!
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