Keithley 2600a series - Page 19

Section Figure Title Page
1 Figure 1-1 Front panel (see definitions below figure) ............................... 1-6
1 Figure 1-2 Models 2601A/2611A and 2602A/2612A rear panels ............. 1-9
1 Figure 1-3 Models 2635A/2636A rear panels ........................................ 1-11
1 Figure 1-4 Display modes....................................................................... 1-16
1 Figure 1-5 USB port................................................................................ 1-22
2 Figure 2-1 2602A/2612A input/output connectors.................................... 2-3
2 Figure 2-2 Model 2636A input/output connectors..................................... 2-3
2 Figure 2-3 Model 2602A/2612A input/output LO and chassis
ground terminals ..................................................................... 2-4
2 Figure 2-4 Model 2636A input/output and chassis ground ....................... 2-5
2 Figure 2-5 Model 2602A/2612A Low-Noise Chassis Ground
Banana Jack and Chassis Screw............................................ 2-5
2 Figure 2-6 Model 2636A........................................................................... 2-6
2 Figure 2-7 Model 2602A/2612A two-wire connections (local sensing)..... 2-7
2 Figure 2-8 Model 2636A two-wire connections (local sensing,
non-floating) ............................................................................ 2-7
2 Figure 2-9 Model 2636A two-wire connections (local sensing, floating)... 2-7
2 Figure 2-10 Model 2602A/2612A four-wire connections (remote sensing). 2-8
2 Figure 2-11 Model 2636A four-wire connections (remote sensing)............ 2-8
2 Figure 2-12 Contact check connections ................................................... 2-10
2 Figure 2-13 Model 2602A/2612A two SMUs connected to a
3-terminal device (local sensing)........................................... 2-10
2 Figure 2-14 Model 2636A, two SMUs connected to a 3-terminal
device (local sensing, floating) .............................................. 2-11
2 Figure 2-15 Three SMUs connected to a 3-terminal device .................... 2-11
2 Figure 2-16 Model 2636A, three SMUs connected to a 3-terminal
device (local sensing, non-floating)....................................... 2-12
2 Figure 2-17 Models 2602A and 2612A high-impedance guarding ........... 2-13
2 Figure 2-18 Model 2636A high-impedance guarding (floating)................. 2-13
2 Figure 2-19 Model 2636A High-impedance guarding (non-floating)......... 2-14
2 Figure 2-20 Models 2602A and 2612A noise shield................................. 2-14
2 Figure 2-21 Model 2636A noise shield (non-floating)............................... 2-15
2 Figure 2-22 Model 2636A noise shield (non-floating) .............................. 2-15
2 Figure 2-23 Model 2636A noise shield (floating) ..................................... 2-16
2 Figure 2-24 Safety shield for hazardous voltage using two
2601A/2602A channels (>42V) ............................................. 2-17
2 Figure 2-25 Model 2601A/2602A-1 connections for test circuit
shown in Figure 2-24............................................................. 2-17
2 Figure 2-26 Safety shield for Models 2611A/2612A/2635A/2636A
hazardous voltage (200V maximum)..................................... 2-17
2 Figure 2-27 Model 2601A/2602A-1 connections for test circuit
shown in Figure 2-26............................................................. 2-18
2 Figure 2-28 Model 2636A connections for test circuit shown in
Figure 2-26............................................................................ 2-18
List of Figures