ServoBoard-PDB

Overview The Teravolt Servo Board is an industrial-grade power distribution and isolation module designed to safeguard your flight controller from the high-current demands of external payloads. Running heavy-duty servos, payload drop mechanisms, or high-intensity anti-collision lighting directly through a flight controller’s onboard power rail introduces the risk of voltage fluctuations, brownouts, and catastrophic mid-air resets.

The Servo Board eliminates this single point of failure by completely decoupling your avionics power from your peripheral power. It intercepts the clean PWM command signals from the flight controller while routing the actual operating current from an independent, highly regulated external source.

Key Applications

• High-Torque Servos: Safely manage actuation loads on large commercial platforms without affecting the flight controller.

• Navigation & Safety Lighting: Drive high-draw LED modules, such as the Teravolt StrobeIT and StrobeIT-Pro series, without compromising sensitive onboard electronics.

• Payload Deployment Systems: Isolate winches, drop mechanisms, and secondary companion systems from the main avionics stack.

Wix "Info Sections" (Add these as separate tabs on Wix for clean layout)

Section 1 Title: Technical Specifications

• Channels: 4-Channel Servo Output (Power and PWM distribution)

• Input Connectivity: Integrated plug-and-play input connector or heavy-duty external power solder pads on the underside of the PCB for hardwired installations.

• Ecosystem Compatibility: Seamless native integration with the Teravolt AeroBuck series (e.g., AeroBuck-12) for clean, buck-regulated power delivery.

• Architecture: Fully daisy-chainable design allowing multiple boards to link together to scale outputs for complex multi-payload platforms.

• Signal Compatibility: Works out-of-the-box with standard PWM outputs from any major flight controller architecture (ArduPilot, PX4, etc.).

• Complete Galvanic/Power Isolation: Protects the sensitive 5V rail of your autopilot by drawing operating current strictly from an external power supply.

• Dual Power Input Paths: Provides maximum mechanical flexibility during integration with both top-side connectors and bottom-side high-current solder pads.

• Industrial Build Quality: Compact, vibration-resistant footprint built specifically for integration within tight commercial UAV canopy pods and electronics bays.

• Designed & Manufactured in India: Ensures total supply chain transparency and adherence to strict engineering standards for domestic Type Certification requirements.