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Provides a general overview of the EzUHF R/C control system for FPV/UAV.
Highlights core functionalities like FHSS, output power, head-tracker, binding, and USB.
Details frequency bands, power requirements, dimensions, and receiver compatibility.
Stresses responsible use and compliance with local FPV/UAV legislation.
Explains licensing needs for the 433-435MHz default band.
Details powering via 4-pin mini-DIN (Futaba) or DC power jack.
Step-by-step guide for binding the EzUHF transmitter to the receiver.
Explains how to program failsafe servo positions for safety.
Details switching between high and low power output modes.
Recommends performing range tests on the ground before flight.
Details two recommended phases for setting up failsafe positions.
Explains the difference between high and low power modes and their range impact.
Recommends using SMA attenuators for accurate ground range tests.
Details PPM input voltage support and preferred radio systems.
Shows pinouts for S-Video and PPM/Head-Tracker connectors.
Illustrates the pinout for S-Video connectors.
Shows the pinout for PPM and Head-Tracker inputs.
Provides the wiring diagram for the Futaba to EzUHF cable.
Details the pin mapping for Multiplex radios using a DIN connector.
Provides critical notes on bridging pins and PPM frame rates.
Explains cabling the TrackR2 to the EzUHF transmitter with Mini-DIN.
Notes why standard S-Video cables cannot be used for this connection.
Details the 8 channel, bi-directional receiver with antenna diversity.
Describes the 4 channel, uni-directional receiver for smaller models.
Advises separating A/V and UHF antennas for optimal performance.
Shows the pinout for the servo connectors on the 8 channel receiver.
Advises on powering the receiver with high-torque digital servos using robust BECs.
Explains connecting antennas to the 8 channel diversity receiver.
Provides the URL for downloading EzUHF support software.
Lists telemetry measurements like RSSI, signal quality, and error rates.
Explains how telemetry data aids in diagnostics and performance analysis.
Lists Farnell parts required for DIY OSD link cables.
Specifies the 5-pin Molex connector used for the OSD link.
Emphasizes the critical role of antenna selection for FPV and UHF links.
Describes the SRH771 as a high-gain, semi-flexible antenna suitable for Tx.
Details the ANT-433MS straight antenna for remote receiver placement.
Describes the ANT-433MR angled antenna for 8 channel Rx inputs.
Explains the ease of using or constructing extension cables with SMA connectors.
Advises on physical separation of A/V Tx/Rx and UHF Rx antennas.
Provides two example configurations for antenna placement on a model.
Identifies cameras like GoPro emitting noise that can affect UHF range.
Mentions noisy switching power supplies as potential interference sources.
Describes using ImmersionRC tools to perform spectrum analysis for debugging.
Outlines scenarios for redundancy and increased security with multiple transmitters.
Guides on checking BEC voltage and polarity if the Rx LED is off.
Advises checking transmitter beeps and USB connection for response issues.
Highlights checking PCM vs PPM mode and binding status for servo issues.
Explains beep codes indicating internal errors or PPM/PCM detection issues.
Identifies RF sources like cameras and regulators as causes for low link quality.
General| Brand | Immersion RC |
|---|---|
| Model | EzUHF Series |
| Category | Control Systems |
| Language | English |
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