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WaveDriver Bipotentiostat Cell Cable

Last Updated: 5/22/19 by Neil Spinner

ARTICLE TAGS
  • bipot cell cable,
  • bipotentiostat cell cable,
  • cell cable,
  • wavedriver 200 cell cable,
  • wavedriver 40 cell cable,
  • wavedriver cable,
  • WaveDriver cell cable
Article Contents/Section Navigation
  1. WaveDriver Bipotentiostat Cell Cable
    1. Color Description
    2. Cable Pinout

1WaveDriver Bipotentiostat Cell Cable

The WaveDriver Bipotentiostat Cell Cable (Pine Research part number ACP3E01) WaveDriver Bipotentiostat Cell Cable is used with the WaveDriver 200 WaveDriver 200 EIS Bipotentiostat/Galvanostat and WaveDriver 40 WaveDriver 40 DC Bipotentiostat/Galvanostat models.
 
Using this cell cable, connections can be made to simple two-terminal cells (such as batteries, fuel cells, solar cells, amperometry sensors, capacitors, resistors, and inductors), traditional three-electrode voltammetry cells (including those which contain a rotating disk electrode or a rotating cylinder electrode), compact voltammetry cells, and to more complex dual working electrode cells (including rotating ring-disk electrode cells).
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1.1Color Description

The WaveDriver Bipotentiostat Cell Cable breaks out the instrument cell port connections to six shielded coaxial lines and one unshielded line (the GRAY instrument chassis line).  The shielded coaxial lines terminate in banana plugs that are designed to be stacked as needed and directly connected to electrodes.  Alligator clips that slide onto the banana plugs are included.  A tabular summary of the color code for these lines is provided (see Table 1).
 
Color Description ID Type
WHITE Reference Electrode REF Sense
GREEN Counter Electrode CTR Drive
GRAY Instrument Chassis Ground
RED Primary Working Electrode (K1) WK1 Drive
ORANGE Primary Working Electrode (K1) Sense
BLUE Secondary Working Electrode (K2) WK2 Drive
VIOLET Secondary Working Electrode (K2) Sense
Table 1. WaveDriver Bipotentiostat Cell Cable Color Description
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1.2Cable Pinout

NOTE: The high input impedance SENSE lines carry only very small currents during normal operation.  Each of these SENSE lines is terminated with a resistor embedded within the banana plug at the end of the cable.

WaveDriver Cell Port and Cell Cable Pinout
Pin Signal Pin Signal
A1 Counter (CTR) 6 DC Common
A2 Working Sense 2 (K2) - includes terminating resistor 7 Cable Identification
A3 Working Drive 2 (K2) 8
A4 Unused 9
A5 Reference Sense (REF) - includes terminating resistor 10
A6 Working Drive 1 (K1) 11 Unused
A7 Working Sense 1 (K1) - includes terminating resistor 12
1 Analog Ground 13
2 Unused 14
3 Chassis Connection 15
4 16
5 Unused 17
Figure 1. WaveDriver Bipotentiostat Cell Port and Cell Cable Pinout
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