RFL Electronics IMUX 2000 - Page 787

Because RFL™ and Hubbell® have a policy of continuous product improvement, we reserve the right to change designs and specifications without notice.
Table 11. Recommended configuration parameter values for TMX and TMR
Input Range
(TMX)
Output Range (TMR)
0 to 1 mA -1 to 1 mA 0 to 20 mA 0 to 50 mA 4 to 20 mA 10 to 50 mA
0 to 1 mA
@ R
in
=200Ω
G
in
= 8
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= 1/8
G
in
= 8
OS
in
= +0
XFR = 2
OS
out
= -8mA
G
out
= 1/8
G
in
= 8
OS
in
= +0
XFR = 5
OS
out
= +0
G
out
= ½
G
in
= 8
OS
in
= +0
XFR = 6.25
OS
out
= +0
G
out
= 1
G
in
= 8
OS
in
= +0
XFR = 4
OS
out
= +8mA
G
out
= ½
G
in
= 8
OS
in
= +0
XFR = 5
OS
out
= +10mA
G
out
= 1
-1 to 1 mA
@ R
in
=200Ω
G
in
= 8
OS
in
= +0
XFR = 0.5
OS
out
= +4mA
G
out
= 1/8
G
in
= 8
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= 1/8
G
in
= 8
OS
in
= +0
XFR = 2.5
OS
out
= +20mA
G
out
= ½
G
in
= 8
OS
in
= +0
XFR = 3.125
OS
out
= +25mA
G
out
= 1
G
in
= 8
OS
in
= +0
XFR = 2
OS
out
= +20mA
G
out
= ½
G
in
= 8
OS
in
= +0
XFR = 2.5
OS
out
= +30mA
G
out
= 1
0 to 20 mA
@ R
in
=200Ω
G
in
= 2
OS
in
= +0
XFR = 0.2
OS
out
= +0
G
out
= 1/8
G
in
= 2
OS
in
= +0
XFR = 0.4
OS
out
= -8mA
G
out
= 1/8
G
in
= 2
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= ½
G
in
= 2
OS
in
= +0
XFR = 1.25
OS
out
= +0
G
out
= 1
G
in
= 2
OS
in
= +0
XFR = 0.8
OS
out
= +8mA
G
out
= ½
G
in
= 2
OS
in
= +0
XFR = 1
OS
out
= +10mA
G
out
= 1
0 to 50 mA
@ R
in
=200Ω
G
in
= 1
OS
in
= +0
XFR = 0.16
OS
out
= +0
G
out
= 1/8
G
in
= 1
OS
in
= +0
XFR = 0.32
OS
out
= -8mA
G
out
= 1/8
G
in
= 1
OS
in
= +0
XFR = 0.8
OS
out
= +0
G
out
= ½
G
in
= 1
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= 1
G
in
= 1
OS
in
= +0
XFR = 0.64
OS
out
= +8mA
G
out
= ½
G
in
= 1
OS
in
= +0
XFR = 0.8
OS
out
= +10mA
G
out
= 1
4 to 20 mA
@ R
in
=200Ω
G
in
= 2
OS
in
= +1.6V
XFR = 0.25
OS
out
= +0
G
out
= 1/8
G
in
= 2
OS
in
= +1.6V
XFR = 0.5
OS
out
= -8mA
G
out
= 1/8
G
in
= 2
OS
in
= +1.6V
XFR = 1.25
OS
out
= +0
G
out
= ½
G
in
= 2
OS
in
= +1.6V
XFR = 1.5625
OS
out
=+0
G
out
= 1
G
in
= 2
OS
in
= +1.6V
XFR = 1
OS
out
= +8mA
G
out
= ½
G
in
= 2
OS
in
= +1.6V
XFR = 1.25
OS
out
= +10mA
G
out
= 1
10 to 50 mA
@ R
in
=200Ω
G
in
= 1
OS
in
= +2V
XFR = 0.2
OS
out
= +0
G
out
= 1/8
G
in
= 1
OS
in
= +2V
XFR = 0.4
OS
out
= -8mA
G
out
= 1/8
G
in
= 1
OS
in
= +2V
XFR = 1
OS
out
= +0
G
out
= ½
G
in
= 1
OS
in
= +2V
XFR = 1.25
OS
out
= +0
G
out
= 1
G
in
= 1
OS
in
= +2V
XFR = 0.8
OS
out
= +8mA
G
out
= ½
G
in
= 1
OS
in
= +2V
XFR = 1
OS
out
= +10mA
G
out
= 1
0 to 1 mA
@ R
in
=10kΩ
G
in
= 1
OS
in
= +0
XFR = 0.16
OS
out
= +0
G
out
= 1/8
G
in
= 1
OS
in
= +0
XFR = 0.32
OS
out
= -8mA
G
out
= 1/8
G
in
= 1
OS
in
= +0
XFR = 0.8
OS
out
= +0
G
out
= ½
G
in
= 1
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= 1
G
in
= 1
OS
in
= +0
XFR = 0.64
OS
out
= +8mA
G
out
= ½
G
in
= 1
OS
in
= +0
XFR = 0.8
OS
out
= +10mA
G
out
= 1
-1 to 1 mA
@ R
in
=10kΩ
G
in
= 1
OS
in
= +0
XFR = 0.08
OS
out
= +4mA
G
out
= 1/8
G
in
= 1
OS
in
= +0
XFR = 0.16
OS
out
= +0
G
out
= 1/8
G
in
= 1
OS
in
= +0
XFR = 0.4
OS
out
= +20mA
G
out
= ½
G
in
= 1
OS
in
= +0
XFR = 0.5
OS
out
= +25mA
G
out
= 1
G
in
= 1
OS
in
= +0
XFR = 0.32
OS
out
= +16mA
G
out
= ½
G
in
= 1
OS
in
= +0
XFR = 0.4
OS
out
= +30mA
G
out
= 1
0 to 2.5 V G
in
= 4
OS
in
= +0
XFR = 0.16
OS
out
= +0
G
out
= 1/8
G
in
= 4
OS
in
= +0
XFR = 0.32
OS
out
= -8mA
G
out
= 1/8
G
in
= 4
OS
in
= +0
XFR = 0.8
OS
out
= +0
G
out
= ½
G
in
= 4
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= 1
G
in
= 4
OS
in
= +0
XFR = 0.64
OS
out
= +8mA
G
out
= ½
G
in
= 4
OS
in
= +0
XFR = 0.8
OS
out
= +10A
G
out
= 1
0 to 5 V G
in
= 2
OS
in
= +0
XFR = 0.16
OS
out
= +0
G
out
= 1/8
G
in
= 2
OS
in
= +0
XFR = 0.32
OS
out
= -8mA
G
out
= 1/8
G
in
= 2
OS
in
= +0
XFR = 0.8
OS
out
= +0
G
out
= ½
G
in
= 2
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= 1
G
in
= 2
OS
in
= +0
XFR = 0.64
OS
out
= +8mA
G
out
= ½
G
in
= 2
OS
in
= +0
XFR = 0.8
OS
out
= +10mA
G
out
= 1
-5 to 5 V G
in
= 2
OS
in
= +0
XFR = 0.08
OS
out
= +4mA
G
out
= 1/8
G
in
= 2
OS
in
= +0
XFR = 0.16
OS
out
= +0
G
out
= 1/8
G
in
= 2
OS
in
= +0
XFR = 0.4
OS
out
= +20mA
G
out
= ½
G
in
= 2
OS
in
= +0
XFR = 0.5
OS
out
= +25mA
G
out
= 1
G
in
= 2
OS
in
= +0
XFR = 0.32
OS
out
= +16mA
G
out
= ½
G
in
= 2
OS
in
= +0
XFR = 0.4
OS
out
= +30mA
G
out
= 1
0 to 10 V G
in
= 1
OS
in
= +0
XFR = 0.16
OS
out
= +0
G
out
= 1/8
G
in
= 1
OS
in
= +0
XFR = 0.32
OS
out
= -8mA
G
out
= 1/8
G
in
= 1
OS
in
= +0
XFR = 0.8
OS
out
= +0
G
out
= ½
G
in
= 1
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= 1
G
in
= 1
OS
in
= +0
XFR = 0.64
OS
out
= +8mA
G
out
= ½
G
in
= 1
OS
in
= +0
XFR = 0.8
OS
out
= +10mA
G
out
= 1
RFL TMX/TMR RFL Electronics Inc.
January 25, 2012 25 (973) 334-3100