Fixed-Wing UAV
Electronic components for fixed-wing UAV platforms
MALE/HALE UAVs, military ISR, cargo drones, and long-endurance fixed-wing aircraft. Full traceability and 24-hour RFQ response.
Subsystem Components
Key component categories by subsystem
RF & Communications
- RF Transceivers — AD9361, AD9371 for SDR telemetry
- Power Amplifiers — Skyworks PAs for video downlink
- Clock Buffers — SI53361 for timing integrity
- RS-232/CAN Transceivers — ADM3232, SN65HVD
- EMI Filters — Murata common-mode chokes
Power Management
- Buck-Boost Controllers — LM5176 for wide LiPo input
- LDO Regulators — TPS767 for dual-rail processors
- Battery Management — BQ series for charge control
- Current Sense Amplifiers — INA series for monitoring
- TVS Diodes — Littelfuse SP4020 for protection
Navigation & Sensing
- IMU Sensors — ICM-45686 for orientation
- Precision ADCs — ADS122U04 for sensor conditioning
- Barometric Pressure Sensors — BMP390
- Voltage References — REF195 for ADC accuracy
- Op-Amps — LM258 for signal conditioning
Design Requirements
Key engineering requirements
- Wide voltage input — LiPo 3.0V-4.2V per cell; multi-cell needs buck-boost
- Extended temperature — Military/ISR: -40°C to +85°C
- Low quiescent current — GPS and telemetry must minimize drain
- Radiation tolerance — High-altitude needs radiation-tolerant parts
- ECCN classification — Defense programs need export documentation
Typical BOM
Component mapping by subsystem
| Subsystem |
Key Components |
Brands |
| Flight Controller |
MCU, IMU, barometric sensor, voltage regs |
TI, ADI, Murata |
| Telemetry Link |
RF transceiver, PA, LNA, clock buffer |
ADI, Skyworks, Murata |
| Power Distribution |
Buck-boost, LDO, current sense, TVS |
TI, Littelfuse, Bourns |
| Payload Interface |
RS-232/CAN transceiver, ADC, op-amp |
TI, ADI |
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