Vector Technics DC DC Converter Voltrox 12V BEC
The Voltrox 12V BEC by Vector Technics is a high-efficiency, industrial-grade DC-DC buck converter specifically designed for UAVs, robotics, and mission-critical electronics. It is particularly valued for its exceptionally wide input voltage range, allowing it to work with high-voltage battery systems.
Here is the technical breakdown:
Core Electrical Specifications
Input Voltage Range: 15V to 100V DC (compatible with 6S to 22S+ LiPo setups).
Output Voltage: Fixed 12V DC.
Current Output: 2A continuous, with a peak surge capacity of up to 3.4A.
Efficiency: High conversion efficiency ranging from 86% to 90.61%, which minimizes heat buildup during long flights.
Voltage Accuracy: 2%, ensuring stable power for sensitive equipment like gimbal motors and FPV gear.
Ripple & Noise: Low noise profile (80120mVp-p), critical for reducing ce in video and telemetry signals.
Protection & Safety Features
Over-Temperature Protection: Automatic shutdown if the unit reaches +130C.
Short-Circuit Protection: Built-in safety that limits current to 110mA in the event of a short.
Under-Voltage Protection: Triggers at <13.2V to prevent erratic behavior or battery over-discharge.
Operating Temperature: Rated for extreme environments from -40C to +125C.
Physical Attributes
Dimensions: Compact footprint at 31 x 20 x 8 mm (some versions listed as 6.75mm height).
Weight: Ultra-lightweight at approximately 8 1 grams.
Build Quality: Engineered for high-vibration environments typical of industrial UAV operations.
Primary Use Cases
UAV Payloads: Powering 12V, and high-power LED navigation lights.
Flight Avionics: Reliable secondary power for flight controllers or companion computers (like Raspberry Pi or Jetson) when used with a 12V-to-5V step-down.
Industrial Robotics: Voltage regulation for sensors and communication modules in high-voltage systems.
Note: Because this is a "Buck" (step-down) converter, your input voltage must remain higher than the 12V output. While the spec starts at 15V, it is most commonly used in systems running 22.2V (6S) or higher.

