Jeti 11-channel receiver 2.4 GHz FHSS with Connector system JR 80001225 User Manual
Product codes
80001225
computer radio control system
EN
voltage, the second value represents the setup threshold level for
alarm purposes. During operation, as soon as the actual voltage
becomes lower than the threshold level, the transmitter emits an
acoustical warning tone.
This setup is for transmitter modules only. For DC/DS
transmitters, this alarm is set in the transmitter.
alarm purposes. During operation, as soon as the actual voltage
becomes lower than the threshold level, the transmitter emits an
acoustical warning tone.
This setup is for transmitter modules only. For DC/DS
transmitters, this alarm is set in the transmitter.
Output Period: output signal period setup (initial setup for the
Autosynchronizing mode with the transmitter). This parameter is
fundamentally influencing servo behaviour. With lower output
period values the reactions (response) of analog servos becomes
faster, but current consumption increases. With a too low setup
value some servos may even start chattering.
Autosynchronizing mode with the transmitter). This parameter is
fundamentally influencing servo behaviour. With lower output
period values the reactions (response) of analog servos becomes
faster, but current consumption increases. With a too low setup
value some servos may even start chattering.
Output mode - setup for receiver output mode.
Servo - initial setup (except Rsat2 receivers); standard servo signals
are generated by the receiver outputs
are generated by the receiver outputs
PPM pos.*- setup of the standard form of PPM signal generation
with positive logic at PPM outputs (see the table of receiver output
assignments). The bus idle state is log. 0. All remaining receiver
outputs with exeption of the PPM output (see table of receiver
output assignments) will be disabled (there will be no servo signal
generated at the remaining outputs).
PPM neg.*- setup of the standard form of PPM signal generation
with negative logic at PPM outputs (see the table of receiver output
assignments). The bus idle state is log.1. All remaining receiver
outputs with exeption of the PPM output (see table of receiver
with positive logic at PPM outputs (see the table of receiver output
assignments). The bus idle state is log. 0. All remaining receiver
outputs with exeption of the PPM output (see table of receiver
output assignments) will be disabled (there will be no servo signal
generated at the remaining outputs).
PPM neg.*- setup of the standard form of PPM signal generation
with negative logic at PPM outputs (see the table of receiver output
assignments). The bus idle state is log.1. All remaining receiver
outputs with exeption of the PPM output (see table of receiver