GRAUPNER mx-16 ifs, Programming Manual

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7 Description of radio control system
mx
-16 COMPUTER SYSTEM
Eight-channel radio control system exploiting Graupner | iFS technology (intelligent frequency select)
High-technology micro-computer radio control
system with new high-speed single-chip micro-com-
puter, fl ash memory and 10-bit A/D converter.
A computer radio control system with twelve model
memories, carefully optimised and incorporating
top-level technology.
Modern computer system incorporating
Graupner
2.4 GHz iFS technology for unbeatable reliability.
Bi-directional communication between transmitter
and receiver. Simplifi ed, straightforward program-
ming technique. The high-contrast graphic screen
provides an effi cient means of monitoring battery
voltage, modulation, model type, model name, model
memory number, set-up data, throttle and collective
pitch curves and model operating time.
Micro-computer radio control system incorporating •
the latest 2.4 GHz Graupner | iFS technology
Bi-directional communication between transmitter •
and receiver
Ultra-fast transmission rate for extremely fast system
•
response, plus 16-bit encoding for extremely high
resolution of 65,536 steps per control channel
Virtual elimination of interference caused by electric
•
motors, servos and electrical charge effects (metal-
to-metal noise)
Removable folding stub aerial
•
Methods of operation and programming based on the •
proven concepts of the
mc
-19 to
mc
-24
High-contrast graphic screen for outstanding control •
of set-up parameters, operating modes, timers and
operating voltage
Eight control functions with extremely convenient,
•
simplifi ed method of assigning controls for auxiliary
functions such as switches and proportional controls
Unrestricted assignment of all switches to switched
•
functions simply by operating the appropriate switch
Twelve model memories for storing all model-specifi c
•
programming and set-up parameters
The latest back-up system, requiring no Lithium
•
battery
Standard equipment includes four switches (of which
•
one is a three-position type), one momentary but-
ton, one analogue control, two digital controls; freely
programmable for extreme fl exibility
Function encoder with rotary cylinder and three
•
momentary buttons for simplifi ed programming and
accurate set-up
Convenient mode selector provides simple method
•