11
* 2 For specific wiring methods and wiring examples, contact Inovance for a High-
Speed I/O Wiring User Guide.
■
Equivalent internal circuit:
圫圶圃圕圗圹圃坌坑坓坘块圃
˄
Xn2-24V
˅
圫圶圃圧圬圩圩圃坌坑坓坘块圃
˄
Xn2-DIFF
˅
圫圶圃坌坑坓坘块圃圦圲地
˄
Xn2-COM
˅
3.3kΩ
200Ω
圶块坄坑均坄坕均圃坌坑坓坘块圃
˄
I7
˅
圬坑坓坘块圃圦圲地
˄
SS1
˅
3.3k
Ω
3.3k
Ω
圶块坄坑均坄坕均圃坌坑坓坘块圃
˄
I5
˅
3.2 Wiring Precautions
1) The total length of the high-speed I/O cables should be within 3.0 m.
2) Do not bundle the extension cable together with power cables (high voltage,
large current) which produce strong interference signals. Separate it from other
cables and avoid cabling in parallel.
3) Select recommended cables and pinboards for connection. It is recommended
that shielded cables be used as extension cables to enhance capacity of resisting
interference.
4) When laying the extension cable, make sure that the minimum bending radius
of the cable is more than 76 mm. When the bending radius is 76 mm, malfunction
may occur due to poor performance or disconnection.
■
Application example
The first 4 DIs support high-speed single-ended and differential signals. You must
pay special attention during wiring. The following table is an application example
where Xn0 is used.
Example
Wiring
(1) PNP 24 V
level input
36
34
32
圬坑块圑圃圦坌坕坆坘坌块
圱坒圑
A/B/Z
在坛块圑圃场坌坕坌坑坊
圶坌坊坑坄坏圃圱坄坐坈
圫圶圃
24V
坌坑坓坘块圃
˄
Xn0-24V
˅
圫圶圃圧圬圩圩圃坌坑坓坘块圃
˄
Xn0-DIFF
˅
圫圶圃坌坑坓坘块圃圦圲地
˄
Xn0-COM
˅
3.3kΩ
20 0Ω
0V
24V
圬坑坓坘块圃
圷坜坓坈
PNP
圃
坆坒坏坏坈坆块坒坕
國
24V
坏坈坙坈坏圌
