60thinmea – Multichannel Systems MEA Manual User Manual
Page 80
Multi Channel Systems
MCS GmbH
Aspenhaustrasse 21
72770 Reutlingen
Germany
Fon +49-7121-9 09 25- 0
Fax +49-7121-9 09 25-11
[email protected]
www.multichannelsystems.com
© 2013 Multi Channel Systems MCS GmbH
Product information is subject to change
without notice.
60ThinMEA
60ThinMEA30/10-ITO
60ThinMEA100/10-ITO
60ThinMEA200/30iR-ITO
Technical Specifications 60ThinMEA
Temperature compatibility
0 - 125 °C
Dimension (W x D x H)
49 mm x 49 mm x 1 mm
“Thickness”
180
μm (Glass part)
Base
material
Glass
on
ceramic
carrier
Contact pads and track material
ITO (Indium tin oxide)
Electrode
diameter
10
or
30
μm
Interelectrode distance (centre to centre)
100 or 200 μm
Electrode
height Planar
Electrode
type
TiN
(Titanium
nitride)
Isolation
type
Silicon
nitride
500
nm
(PEVCD)
Electrode
impedance
30
-
50
k
for 30 μm, 250 - 400 k for 10 μm electrodes
Electrode
layout
grid
8
x
8
Number of recording electrodes
59 (with iR) or 60 (without iR)
Number of reference electrodes
1 internal reference electrode iR: 60ThinMEA200/30iR-ITO
or
without
internal
reference
electrode:
60ThinMEA100/10-ITO
60ThinMEA30/10-ITO
MC_Rack
Source layout in “Data Source Setup”
2 dim. (MEA)
Channel
map
Default
MEA perfusion chamber
(w/o) Without ring
(gr)
Glass ring: ID +/- 19 mm, OD 24 mm, height 6 / 12 mm
(pr)
Plastic ring without thread: ID 26.5 mm, OD 30 mm, height 6 / 3 mm
(pr-T) Plastic ring with thread: ID 26 mm, OD 30 mm, height 6 / 15 mm
21
31
41
51
61
71
12
13
14
15
16
17
22
23
24
25
26
27
28
32
33
34
35
36
37
38
42
43
44
45
46
47
48
52
53
54
55
56
57
58
62
63
64
65
66
67
68
72
73
74
75
76
77
78
82
83
84
85
86
87
33 21 32 31 44 43 41 42 52 51 53 54 61 62 71 63
22
12
23
13
34
24
14
15
25
35
16
26
17
27
36 28 37 38 45 46 48 47 57 58 56 55 68 67 78 66
77
87
76
86
72
82
73
83
64
74
84
85
75
65
60 electrode Thin Microelectrode Array with 8 x 8 layout.
The electrodes are embedded in a very thin glass substrate
on a robust ceramic carrier. Contact pads and tracks are made
from transparent indium tin oxide for high resolution imaging.