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4 pulses
1 pulse
INPUT
OUTPUT
Pulse 1
Pulse 2
Pulse 3
Pulse 4
Positive part
Negative part
"x" input pulses counted. The number “x” is based on the selected setting. A special case is
when “x” equals 1, then for each pulse received at the input there will be one pulse generated
as output. The width of the positive and negative parts of the pulse will be no less than 1
second. This way even if the input pulse was narrow the output pulse will be wide enough not
to be missed by the controller. Obviously, the pulse rate in this case cannot be higher than one
pulse per every 2 seconds.
In the
OPERATION TABLES
below the Division factor defines how many input pulses will be
represented by each output pulse. Notice that a complete pulse consists of the positive and the
negative parts of the pulse.
EXAMPLE:
Let’s assume that Dip switch 5 = OFF (TABLE 1 is selected) and the Dip switches
1-4 are set to: 0100 (division by 4). In this case each 4 pulses at the input will cause 1
symmetric pulse to be emitted at the output. Notice that a complete pulse consists of both the
positive and the negative parts.
OPERATION TABLE 1
(Dip switch 5 = OFF)
Dip Switches
1-5
Division
factor
00000
1
10000
2
01000
4
11000
6
00100
8
10100
10
01100
12
11100
14
00010
16
10010
18
01010
20
11010
22
00110
24
10110
26
01110
28
11110
30
OPERATION TABLE 2
(Dip switch 5 = ON)
Dip Switches
1-5
Division
factor
00001
40
10001
60
01001
80
11001
100
00101
120
10101
140
01101
160
11101
180
00011
200
10011
400
01011
600
11011
800
00111
1000
10111
1200
01111
1400
11111
1600