Manual for VMP300-based instruments
67
With the IS1, even if the channel is
connected to an external device, it keeps its
floating character.
The IS1 is powered by the potentiostat
board using the LIO cable connected to the
DB15 (or SubD 15) connector on the
potentiostat or by an external 12V DC
power supply. The auxiliary cable from the
potentiostat board is connected to the DB9
connector on the IS1.
The external device is connected to the IS1
thanks to a simple BNC cable. All the
available I/O were separated in the same
manner as the DB9 to BNC adaptor.
Fig. 94: IS1 option.
IS1 specifications:
Analog I/O
Digital I/O
Input (IN1, IN2) :
Input (Trigger In, Open In):
Input impedance:
>10
11
Ω / 15 pF
Input impedance
1 MΩ / 150 pF
Input voltage range:
+/- 10 V
Input voltage range
0 to 5 V
Bandwidth
50 kHz
Input frequency max
400 kHz
Signal noise:
10 mV
pp
(peak to
peak)
Low/high
input threshold
[0; 0.8]V / [2 ; 5] V
Maximum propagation
time/Minimum
pulse
width
1 µs
Output (Out , I monitor, E monitor) :
Output (Trigger Out):
Output impedance
100 Ω
Output impedance
100 Ω
Signal noise
10 mV
pp
Low/high
input threshold
[0; 0.4] V / [4.6; 5] V
Output current max
10 mA
Maximum output
frequency:
400 kHz
Maximum propagation
time/Minimum
pulse
width
1 µs
Summary of Contents for HCV-3048
Page 2: ......
Page 97: ...Manual for VMP300 based instruments 89...
Page 98: ...Manual for VMP300 based instruments 90 The next steps are similar to the in built boosters...
Page 114: ...Manual for VMP300 based instruments 106 12 EC declaration of conformity 12 1 SP 200...
Page 115: ...Manual for VMP300 based instruments 107 12 2 SP 240 SP 300...
Page 116: ...Manual for VMP300 based instruments 108 12 3 VSP 300 12 3 1 Horizontal VSP 300...
Page 117: ...Manual for VMP300 based instruments 109 12 3 2 Vertical VSP 300...
Page 118: ...Manual for VMP300 based instruments 110 12 4 VMP 300...
Page 119: ...Manual for VMP300 based instruments 111 12 5 HCV 3048...