Chapter 4 : TECHNICAL SPECIFICATIONS
MECHANISM
01. Channel
02. Pulse Amplitude Adjustable 0-80mA, Max output 80mA peak to peak
03. Output Voltage
04. Wave Form
05. Power Supply
06. Size
07. Weight
08. Pulse Rate
09. Pulse Width
10. Mode
11. Burst mode
(B Mode)
12. Modulation
13. SD1 Mode
14 SD2 Mode
TECHNICAL DESCRIPTION
Dual, isolated between channels.
(15.8mA rms) into 500ohm load each channel.
Adjustable 0-40V, Max output 40V peak to peak (7.9V
rms) into 500ohm load each channel.
Asymmetrical Bi-Phase Square Pulse.
One 9 V battery (006P 9V)
10cm(L) x 6cm(W) x 2.1cm(H)
120 grams with battery
Adjustable, 1 ~ 150 Hz
Adjustable, 30 ~ 260µs
Five modes of options, B,N,M,S1,S2 (N= Normal)
Burst Rate adjustable, 0.5 ~ 5 Hz
Pulse Width adjustable, 30 ~ 260µs
Pulse rate is automatically varied in a cyclic pattern
over a nominal 10 second interval (in max 150Hz). Pulse
rate decreases linearly, over a period of 4 seconds,
from the control setting value to a value which is 40%
less. The lower pulse rate will continue for 1 second and
then the pulse rate increases linearly over a period of 4
seconds to the original value. This will continue for 1
second and the cycle is then repeated
Pulse width is automatically varied in a cyclic pattern
over an interval of nominally 10 seconds. (in max 260µs)
Pulse width decreases linearly over a period of 4
seconds from the control setting value to a value which
is 40% less. The narrower pulse width continues for 1
second and then increases linearly over a 4 seconds
period to its original value. This will continue for 1 sec
ond and the cycle is then repeated
Pulse width is automatically varied in a cyclic pattern
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