- Block diagram
- Design considerations
- Design resources
- Product listing
- Support
Block diagram
Power interface
Power management
Recommended products (9)
- DC-DC converters
- LDO regulators: 40 V, 150 - 300 mA
- Power distribution: Load switch, 5.5 V, 14 - 55 mΩ
- Zener diodes: 500 mW, SOD123F
- Low VCEsat transistors: ±40 V, ±0.5 A, DFN
- Schottky diodes and rectifiers: 40-100 V, CFP
- MOSFETs: 40-100 V, RDSon 5-15 mΩ, LFPAK / MLPAK
- Ideal diode: 1.2-5.5 V, 1.5 A Input Polarity Protected, Low IQ
- Transformer drivers: low-noise, 1.2 A
Gate drive circuit
Motor drive
Recommended products (4)
Related applications (2)
Battery management system (BMS)
Recommended products (6)
Sensors
Related applications (3)
Sensor interface
Signal processing
Communication Interface
Select a component
To view more information about the Nexperia components used in this application, please select a component above or click on a component (highlighted in blue) in the block diagram.
Design considerations
- Extend flight time by minimizing conduction and switching losses across the motor drive and power architecture
- Increase power density to reduce the size and weight of ESCs and other power electronics
- Optimize motor control with efficient MOSFETs and gate drivers for responsive, low-loss BLDC operation
- Protect critical interfaces with robust ESD and transient protection for charging, communications and sensors
- Gimbal typically employs 3-axis BLDC motor control (yaw, pitch, roll) for precise orientation and stabilization
Design resources
Evaluation boards
Reference designs
Product listing
Power interface
Power management
- DC-DC converters
- LDO regulators: 40 V, 150 - 300 mA
- Power distribution: Load switch, 5.5 V, 14 - 55 mΩ
- Zener diodes: 500 mW, SOD123F
- Low VCEsat transistors: ±40 V, ±0.5 A, DFN
- Schottky diodes and rectifiers: 40-100 V, CFP
- MOSFETs: 40-100 V, RDSon 5-15 mΩ, LFPAK / MLPAK
- Ideal diode: 1.2-5.5 V, 1.5 A Input Polarity Protected, Low IQ
- Transformer drivers: low-noise, 1.2 A