RFL Electronics IMUX 2000 - Page 788

Because RFL™ and Hubbell® have a policy of continuous product improvement, we reserve the right to change designs and specifications without notice.
Table 12. Recommended configuration parameter values for TMX and TMR
Input Range (TMX) Output Range (TMR)
0 to 2.5 V
@ R
out
=200Ω
0 to 5 V
@ R
out
=200Ω
-5 to 5 V
@ R
out
=200Ω
0 to 10 V
@ R
out
=200Ω
0 to 1 mA
@ R
in
=200Ω
G
in
= 8
OS
in
= +0
XFR = 6.25
OS
out
= +0
G
out
= 1/4
G
in
= 8
OS
in
= +0
XFR = 6.25
OS
out
= +0
G
out
= ½
G
in
= 8
OS
in
= +0
XFR = 12.5
OS
out
= -50mA
G
out
= ½
G
in
= 8
OS
in
= +0
XFR = 6.25
OS
out
= +0
G
out
= 1
-1 to 1 mA
@ R
in
=200Ω
G
in
= 8
OS
in
= +0
XFR = 3.125
OS
out
= +25mA
G
out
= 1/4
G
in
= 8
OS
in
= +0
XFR = 3.125
OS
out
= +25mA
G
out
= ½
G
in
= 8
OS
in
= +0
XFR = 6.25
OS
out
= +0
G
out
= ½
G
in
= 8
OS
in
= +0
XFR = 3.125
OS
out
= +25mA
G
out
= 1
0 to 20 mA
@ R
in
=200Ω
G
in
= 2
OS
in
= +0
XFR = 1.25
OS
out
= +0
G
out
= 1/4
G
in
= 2
OS
in
= +0
XFR = 1.25
OS
out
= +0
G
out
= ½
G
in
= 2
OS
in
= +0
XFR = 2.5
OS
out
= -50mA
G
out
= ½
G
in
= 2
OS
in
= +0
XFR = 1.25
OS
out
= +0
G
out
= 1
0 to 50 mA
@ R
in
=200Ω
G
in
= 1
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= 1/4
G
in
= 1
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= ½
G
in
= 1
OS
in
= +0
XFR = 2
OS
out
= -50mA
G
out
= ½
G
in
= 1
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= 1
4 to 20 mA
@ R
in
=200Ω
G
in
= 2
OS
in
= +1.6V
XFR = 1.5625
OS
out
= +0
G
out
= 1/4
G
in
= 2
OS
in
= +1.6V
XFR = 1.5625
OS
out
= +0
G
out
= ½
G
in
= 2
OS
in
= +1.6V
XFR = 3.125
OS
out
= -50mA
G
out
= ½
G
in
= 2
OS
in
= +1.6V
XFR = 1.5625
OS
out
=+0
G
out
= 1
10 to 50 mA
@ R
in
=200Ω
G
in
= 1
OS
in
= +2V
XFR = 1.25
OS
out
= +0
G
out
= 1/4
G
in
= 1
OS
in
= +2V
XFR = 1.25
OS
out
= +0
G
out
= ½
G
in
= 1
OS
in
= +2V
XFR = 2.5
OS
out
= -50mA
G
out
= ½
G
in
= 1
OS
in
= +2V
XFR = 1.25
OS
out
= +0
G
out
= 1
0 to 1 mA
@ R
in
=10kΩ
G
in
= 1
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= 1/4
G
in
= 1
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= ½
G
in
= 1
OS
in
= +0
XFR = 2
OS
out
= -50mA
G
out
= ½
G
in
= 1
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= 1
-1 to 1 mA
@ R
in
=10kΩ
G
in
= 1
OS
in
= +0
XFR = 0.5
OS
out
= +25mA
G
out
= 1/4
G
in
= 1
OS
in
= +0
XFR = 0.5
OS
out
= +25mA
G
out
= ½
G
in
= 1
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= ½
G
in
= 1
OS
in
= +0
XFR = 0.5
OS
out
= +25mA
G
out
= 1
0 to 2.5 V G
in
= 4
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= 1/4
G
in
= 4
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= ½
G
in
= 4
OS
in
= +0
XFR = 2
OS
out
= -50mA
G
out
= ½
G
in
= 4
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= 1
0 to 5 V G
in
= 2
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= 1/4
G
in
= 2
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= ½
G
in
= 2
OS
in
= +0
XFR = 2
OS
out
= -50mA
G
out
= ½
G
in
= 2
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= 1
-5 to 5 V G
in
= 2
OS
in
= +0
XFR = 0.5
OS
out
= +25mA
G
out
= 1/4
G
in
= 2
OS
in
= +0
XFR = 0.5
OS
out
= +25mA
G
out
= ½
G
in
= 2
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= ½
G
in
= 2
OS
in
= +0
XFR = 0.5
OS
out
= +25mA
G
out
= 1
0 to 10 V G
in
= 1
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= 1/4
G
in
= 1
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= ½
G
in
= 1
OS
in
= +0
XFR = 2
OS
out
= -50mA
G
out
= ½
G
in
= 1
OS
in
= +0
XFR = 1
OS
out
= +0
G
out
= 1
RFL TMX/TMR RFL Electronics Inc.
January 25, 2012 26 (973)
334-3100