Serial I/O - ICSDataCom
Serial I/O - ICSDataCom
Serial I/O - ICSDataCom
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DAQ board<br />
ME-SIG32<br />
inputs<br />
DAQ board<br />
1 Analog<br />
input<br />
Gain<br />
ME-MUX32M<br />
➀ Step of Expansion: Multiplexing 32 Analog Input Channels into one DAQ Board Analog Input<br />
Controlled by digital I/O<br />
DAQ board<br />
DAQ board<br />
1 Analog<br />
input<br />
32-to-1 “Single-MUX”<br />
Controlled by digital I/O<br />
2 analog<br />
inputs<br />
Controlled by digital I/O<br />
DAQ board<br />
1 Analog<br />
DAQ board<br />
input<br />
78-pin D-sub Internal female bus<br />
Up to 7 slaves<br />
at one master<br />
Signal conditioning<br />
Gain<br />
ME-MUX32M<br />
Gain<br />
Signal conditioning<br />
Gain<br />
ME-MUX32M<br />
Signal conditioning<br />
Gain<br />
ME-MUX32M<br />
Signal conditioning<br />
Gain<br />
ME-MUX32S<br />
max. 32<br />
DAQ channels<br />
max. 16<br />
DAQ channels<br />
max. 16<br />
DAQ channels<br />
max. 32<br />
DAQ channels<br />
max. 32<br />
DAQ channels<br />
78-pin D-sub male<br />
Controlled by digital I/O<br />
2 analog<br />
Controlled DAQ boardby digital<br />
inputs<br />
I/O<br />
1 analog<br />
DAQ board<br />
output<br />
2x [16-to-1] “Multi-MUX”<br />
Signal conditioning<br />
max. 16<br />
DAQ channels<br />
Gain Signal conditioning<br />
Gain<br />
ME-DEMUX32<br />
ME-MUX32M<br />
max. 32<br />
max. analog 16<br />
DAQ outputs channels<br />
■ Master board ME-MUX32-M with the<br />
operating modes… Signal conditioning<br />
- 32-to-1<br />
Controlled by digital I/O Signal multiplexing conditioning - “Single-MUX”:<br />
max.<br />
Multiplexes 32 analog channels<br />
16 or 32<br />
into<br />
analog<br />
one DAQ board A/D channel. max. inputs32<br />
DAQ board 1 Analog - 2x DAQ channels<br />
DAQ board<br />
input Gain ME-SIG32 (16-to-1) multiplexing - “Multi-<br />
MUX”: Multiplexes 2x 16 channel<br />
groups ME-MUX32M into 2 A/D channels of your<br />
DAQ board. Signal conditioning<br />
■ The multi I/O board’s digital I/O lines<br />
Controlled by digital I/O Signal conditioning<br />
are used to control the multiplexers. max. 32<br />
on up to 256 channels. DAQ max. channels 32<br />
Internal bus Gain<br />
1 Analog<br />
DAQ channels<br />
Up to 7 slaves ME-MUX32S<br />
DAQ board<br />
input Gain<br />
at one master<br />
ME-MUX32M 78-pin D-<br />
Cable ME AK-D78<br />
sub male<br />
Controlled by digital I/O<br />
DAQ board<br />
78-pin D-sub female<br />
2 analog Gain<br />
inputs<br />
Flat ribbon cable, connects master ME-MUX32-M with up Gain to 7<br />
slave modules ME-MUX32-.S in daisy chain<br />
ME-MUX32M<br />
Signal conditioning<br />
ME-MUX32-M<br />
max. 16<br />
DAQ channels<br />
max. 16<br />
DAQ channels<br />
➁ Step of Expansion: Multiplexing 256 Analog Input Channels into one DAQ Board Analog Input<br />
■ At least one master board ME-MUX32-M and<br />
■ optional up to 7 slave boards ME-MUX32-S for<br />
max. 256-to-1 channels.<br />
■ ME-MUX32 boards connected via internal bus<br />
using fl at ribbon cable (included).<br />
Controlled by digital I/O<br />
DAQ board<br />
1 Analog<br />
input<br />
Signal conditioning<br />
Gain<br />
ME-MUX32M<br />
Signal conditioning<br />
max. 32<br />
DAQ channels<br />
PCI DAQ boards:<br />
e.g. ME-46xx,<br />
ME-2x00i,<br />
ME-3000<br />
eg. cable<br />
ME AK-D78<br />
Master<br />
Internal bus<br />
Up to 7 slaves<br />
at one master<br />
Gain<br />
ME-MUX32S<br />
A B A Slave 1 B A Slave 2 B A Slave 3 B<br />
max. 32<br />
DAQ channels<br />
16 inputs<br />
16 inputs 16 inputs 16 inputs 16 inputs 16 inputs 16 inputs 16 inputs<br />
A Slave 7 B A Slave 6 B A Slave 5 B A Slave 4 B<br />
16 inputs 16 inputs<br />
16 inputs 16 inputs<br />
16 inputs 16 inputs<br />
16 inputs 16 inputs<br />
Meilhaus Electronic Data Acquisition Boards<br />
39
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