Multichannel Systems Portable ME32-System User Manual

Portable me32-system

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Technical Specifications

© 2012 Multi Channel Systems MCS GmbH

Portable ME32-System

The Portable ME32-Sytem can be used either with two µPA16s - OR - with one µPA32. The
device is preconfigured for use with two µPA16s or with one µPA32 by Multi Channel Systems
and cannot be modified by the user. If you like to change the preconfiguration, please contact
MCS

www.multichannelsystems.com

Technical Specifications


General Characteristics
Operating temperature

10 °C to 50 °C

Storage

temperature

0

°C

to

50

°C

Relative humidity

10 % to 85 %, non-condensing

Dimensions (W x D x H)

170 x 224 x 66 mm


2 x 16-Channel Micro Preamplifier (µPA16)
Dimensions (W x D x H)

17 mm x 17 mm x 2.5 mm w/o connector
21 mm x 17 mm x 2.5 mm with connector

Length of the cable

1.5 m

Weight

1.5

g

w/o

cable

Maximum tensile strength of cable

20 N

Input connector type

18-pin dual-row Omnetics sockets,
NSD series A 79039-001 female

Output connector type

26-pin HD D-SUB male (Harting)

Number of amplifier channels

16

Supply voltage range

± 2.5 V

Supply current range

< 15 mA, typically ± 14 mA

Gain

10

Bandwidth

DC

to

50

kHz

Input voltage range

± 250 mV (with respect to a supply voltage of 2.5 V)

Input

impedance

1

GΩ @ 1 kHz

Input

capacitance

13

pF

Input

noise

<

1.2

μV

RMS

(0.1 Hz to 10 Hz, inputs short-circuited)

Noise

density

e

n

= 10 nV / √ Hz @ 1 kHz

Output voltage range

± 2.5 V max. supply voltage


1 x 32-Channel Micro Preamplifier (µPA32)
Dimensions (W x D x H)

20 mm x 25 mm x 3 mm w/o connector
24 mm x 25 mm x 3 mm with connector

Length of the cable

1.5 m

Weight

2

g

w/o

cable

Maximum tensile strength of cable

20 N

Input connector type

36-pin dual-row Omnetics sockets,
NSD series A 79023-001 female

Mating connector

Omnetics NPD series

Output connector type

44-pin HD D-SUB male (Harting)

Number of amplifier channels

32

Supply voltage range

± 2.5 V

Supply current range

< 30 mA, typically ± 26 mA

Gain

10

Bandwidth

DC

to

50

kHz

Input voltage range

± 250 mV (with respect to a supply voltage of 2.5 V)

Input

impedance

1

GΩ @ 1 kHz

Input

capacitance

13

pF

Input

noise

<

1.2

μV

RMS

(0.1 Hz to 10 Hz, inputs short-circuited)

Noise

density

e

n

= 10 nV / √ Hz @ 1 kHz

Output voltage range

± 2.5 V (supply voltage range)


32-Channel filter amplifier
Number of input channels

32

Gain

100 (other gain / filter settings available on request)

Bandwidth

1

to

5

kHz

Input

voltage

range

AC

coupled

Input

impedance

300

Input

noise

<

1

μV

RMS

(full bandwidth, inputs short-circuited)

Noise

density

e

n

= 9 nV / √ Hz @ 1 kHz

Filter

slope

80

db

/

decade


32-Channel data acquisition
Sampling

frequency

up

to

50 kHz (software controlled)

Data

resolution

16

bit

Crosstalk (channel to channel)

typical 0.01 %, max. 0.1 %

Number of analog input channels

32

Number of digital input and output channels

16

Input

signals

TTL

(CMOS

3.3

V)

Output

signals

TTL

(CMOS

3.3

V)

Interface and connectors
2 analog inputs for µPA16

26-pin HD D-SUB female (Harting)

1 analog input for µPA32

44-pin HD D-SUB female (Harting)

16 digital input and output bits

68-pin

MCS

standard

connector

USB

USB 2.0 High Speed cable (type A – mini B)

Digital OUT D0 OUT

Lemo connector, EPL 00 250 NTN

Digital IN D0 IN

Lemo connector, EPL 00 250 NTN

Audio

Stereo

jack

3.5

mm

Ground

Common

jack

4

mm,

banana

plug

Power supply

Barrel connector 0.7 x 2.35 mm

Data transfer

USB 2.0 High Speed (true USB 2.0 transfer rate)


Power supply unit (MPU 30)
Input voltage

90 – 264 VAC @ 47 – 63 Hz

Output

voltage

11

13

V

Max. Power

30 W

Software
MC_Rack program

Version 3.7.0 and higher

Operating system

Microsoft Windows ® 7, Vista or XP with NTFS

English and German versions supported

MC_DataTool program

Version 2.4.5 and higher

Warning: The device may only be used together with ME-Systems from Multi Channel Systems
MCS GmbH, and only for the specified purpose. Damage of the device and even fatal injuries
can result from improper use. Do not open the data acquisition box and do not change hardware
configuration as it could lead to improper behaviour of the system.

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