FIGURES AND TABLES
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Axopatch 200B, Copyright 1997-1999, Axon Instruments, Inc.
LIST OF FIGURES AND TABLES
Page
Figure 1 Connections for testing Axopatch 200B and PATCH-1U model cell................. 6
Figure 2 Pipette capacity compensation ..........................................................................15
Figure 3 Whole-cell capacity compensation....................................................................19
Figure 4 Maximum % PREDICTION as a function of voltage step................................21
Figure 5 Series resistance compensation, brief method................................................... 22
Figure 6 Series resistance compensation, detailed method......................................... 26,27
Figure 7 Pipette resistance measurement using SEAL TEST..........................................32
Figure 8 Change in resistance while forming a seal ........................................................33
Figure 9 Going whole cell: Capacity transients observed when rupturing the patch ..... 37
Figure 10 Going whole cell: Capacity transients observed during
Amphotericin partitioning .................................................... 38
Figure 11 Exploded view of the holder..............................................................................59
Figure 12 Ag/AgCl pellet assembly...................................................................................60
Figure 13 PATCH-1U model cell ...................................................................................... 73
Figure 14 MCB-1U bilayer model ..................................................................................... 73
Figure 15 Resistive headstage............................................................................................ 75
Figure 16 Capacitive headstage ......................................................................................... 76
Figure 17 Signal handling during resets ............................................................................78
Figure 18 Pipette capacitance compensation circuit..........................................................80