MyoBravo Bedienungsanleitung / Operators Manual
55
If you have chosen “MOD” you can change the following parameters one after
the other.
- low limit of frequency (Hz down)
- upper limit of frequency (Hz up)
- low limit of pulse width ( µ S down)
- upper limit of pulse width (µ S up)
- low limit of intensity ( the display right below shows values from 0.5 to 1.0).
This means that the intensity of current can be selected between 50% (=0.5) of
the original adjusted mA-value 100% (=1.0). The upper limit of the intensity,
that is 100%, is always the mA value adjusted by the user originally. By the
fact that the intensity, even in a modulated program, can never increase above
the 100%-value it is ensured, that there will be not more current, then the user
has individually regulated himself during the whole stimulation process.
- modulation time (possible choice: 5 sec. up to 60 sec., except intensity: pre-
set 1 sec. )
6. By pushing the “SET” button, you reach the second phase of the program.
You can analogously program these to the first sequence now. This way you
can make up to 5 phases of your own in each of the three configurable
programs. If you should want to reduce a configured program of 5 phases to
less phases, you simply put the time to zero in the unwanted program
sections.
7. The programming is completed by pressing the “PRG” button and the
program shall be stored as long as you don’t want to change programming.
Abbreviations:
BURST: The burst mode delivers 2 blocks of 9 impulses each per second
CONT: In the continuous mode a permanent unchanged current takes place.
MOD: In the modulated mode the frequency and/or the pulse width and/or the
intensity changes in a predefined rhythm automatically.
SEC: Second
Hz: Hertz is the measurement unit for the frequency of impulses per second.
µ S: Microsecond is the measurement unit for the length of every single
impulse.
MA: Milli-amp is the measurement unit for the electrical current intensity.
SYN: Synchronous function of the channels A and B
ALT: Alternating function of the channels A and B
DELAY: Delay between channels A and B