Mauch 017 PL 4-6S BEC 2x5.35V 1x12.0V Regulator
The Mauch 017 PL 4-6S BEC provides stable multi-voltage regulation, offering two 5.35V/3A and one 12.0V/3A output from a 4-6S LiPo, ensuring clean power for flight controllers and critical avionics. It includes an additional 5.00V LDO for sensors and features robust polarity protection against voltage spikes.
Features
- Optimized for 4-6S LiPo input, providing reliable power up to 28V.
- Delivers dual 5.35V/3A and a dedicated 12.0V/3A output for diverse UAV component powering.
- Features an ultra-stable 5.00V ±0.03V LDO specifically for sensitive sensor boards and monitoring modules.
- Built-in reverse polarity protection and TDK capacitors safeguard against voltage spikes and ensure operational longevity.
Out of stock
The Mauch 017 PL 4-6S BEC is a highly efficient, multi-output Battery Elimination Circuit designed for advanced UAVs, robotics, and high-reliability embedded systems. Engineered to operate flawlessly from a 4-6S LiPo power source, it maintains stable voltage delivery across its three independent, tightly regulated outputs: two 5.35V rails and one 12.0V rail, each capable of supplying a continuous 3A load. This robust power management solution ensures exceptional voltage stability with minimal ripple, crucial for noise-sensitive flight controllers and sophisticated avionics.
Beyond its primary outputs, the unit incorporates an additional precision 5.00V ±0.03V LDO rail. This dedicated output is ideal for powering sensor hubs or PL-series monitoring modules, providing isolated and exceptionally clean power to critical low-power components. Constructed with high-grade TDK capacitors for superior surge suppression and featuring comprehensive reverse-polarity protection, the Mauch 017 utilizes secure Molex Clik-Mate connectors for reliable integration within complex systems. Its compact and lightweight design, complemented by onboard status LEDs, makes it an essential component for dependable power delivery.
Additional Information
| Dimensions | 11 × 5.5 cm |
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