Name: Agilent Technologies E6198B
Brand: Agilent Technologies
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E6198B Switch/Load Unit User Manual B-9

DAC2 Output LSB (W) Base + E

Writing to the DAC2 Output register sets the Least Significant

Bit (LSB) of the DAC2 digital input.

NOTE

To set the value of the DAC output, always write the MSB first, followed

by the LSB. The output of the DAC will not update until the LSB is written.

See “DAC Scaling".

Bits76543210

Write

DAC2

Default Chapter2
- Safety Notices2
- Table of Contents3
- List of Figures11
- List of Tables15
- Declaration of Conformity17
Legal Information20
- Warranty20
- Technology Licenses20
- Restricted Rights Legend20
- Service and Support21
- Agilent on the Web21
- Agilent by Phone21
- Legal Information21
- Table 1-1. Agilent Sales and Support Contact Numbers22
Safety and Regulatory Information24
- Safety Information24
2 Safety and Regulatory Information25
- End of Life: Waste Electrical and Electronic Equipment (WEEE) Directive 2002/96/EC29
3 Switch/Load Unit and Plug-In Cards32
Switch/Load Unit and Plug-In Cards32
- E6198B Standalone/Integrated Switch/Load Unit Rating32
2 Safety and Regulatory Information33
- E6198B Standalone Switch/Load Unit Description33
- E6198B Integrated Switch/Load Unit Description39
- Figure 3-6 E6198B Integrated SLU Back View39
- Backplane and Breakout Board Connectors and Leds40
- Differentiating E6198B Standalone Option and System Integrated Option51
Configuring the Switch/Load Unit56
- Card Location Recommendations56
  - Load Card Types and IDS58
  - Figure 4-1 Example of Load/Matrix/Custom Cards Loading Order58
4 Configuring the Switch/Load Unit58
- Connecting an Additional (Spare) Power Supply59
- Figure 4-2 Component Location/Schematic for User-Installed External Power Supply59
- Figure 4-3 Spare Supply (Input) Connector on SLU Rear (SLU Standalone)59
- Configuring the Power Busses60
- Connecting E6198B to the Computer Via USB Interface or Parallel Port66
- Figure 4-13 USB Cable Connections66
- Adding a Second Switch/Load Unit67
- Figure 4-14 Frame Select Interface (Standalone SLU)67
- Load Box Installation68
- Figure 4-15 Load Box Installed68
Using Load Cards and Loads69
5 Using Load Cards and Loads70
- Load Card Capabilities70
- Table 5-1 Load Card Capabilities70
5 Using Load Cards and Loads72
- Loads Overview72
- Figure 5-1 Loads/Sources Conceptual Overview72
- Using the Load Cards73
  - Load Card Type and Configuration ID73
  - Figure 5-2 Pin Assignments on the Card Configuration Jack73
- Using the Agilent E6175A 8-Channel Load Card75
- Using the Agilent E6176A 16-Channel Load Card93
- Using the Agilent E6177A 24-Channel Load Card106
- Using the Agilent U7177A 24-Channel Load Card114
- Using the Agilent E6178B 8-Channel Load Card122
- Using the Agilent N9377A 16-Channel Dual-Load Load Card130
- Using the Agilent N9378A 24-Channel Low Resistance Load Card144
- Using the Agilent N9379A 48-Channel High-Density Load Card152
Using the Pin Matrix Cards159
6 Using the Pin Matrix Cards160
- Using the 32-Pin Matrix Cards160
- Using the 64-Pin Matrix Cards174
Using the Custom Card190
- General-Purpose Breadboard190
- TS-5430 Series I Emulation190
  - Digital I/O190
  - Figure 7-1 Custom Card Features191
7 Using the Custom Card191
- Connector Breakouts192
- E8794A Components and Schematics196
- Figure 7-6 E8794A Layout196
- Figure 7-7 E8794A Component Locator197
- Figure 7-8 E8794A Schematic198
- Figure 7-9 Status and Control Interface199
A Switch/Load Unit and Card Specifications202
- Agilent E6198B Switch/Load Unit Specifications202
- Agilent E6175A 8-Channel High-Current Load Card Specifications203
- Agilent E6176A 16-Channel High-Current Load Card Specifications204
- Agilent E6177A 24-Channel Medium-Current Load Card Specifications205
- Agilent U7177A 24-Channel Medium-Current Load Card Specifications206
- Agilent E6178B 8-Channel Heavy Duty Load Card Specifications207
- Agilent N9377A 16-Channel Dual-Load Load Card Specifications208
- Agilent N9378A 24-Channel Low-Resistance Load Card Specifications209
- Agilent N9379A 48-Channel High-Density Load Card Specifications210
- Agilent E8792A and E8793A Specifications211
- Agilent E8782A and E8783A Specifications213
- Address Space217
Register Definitions217
B Register Definitions218
- Table B-1 Standard Registers218
- Table B-2 Standard Registers218
- Base Address219
- Switch/Load Unit Register Definitions220
B Register Definitions246
- Pin Matrix Card Register Definition273
Repair Information301
- Support Strategy302
- Locating Load Card Components302
  - Agilent E6175A 8-Channel High-Current Card302
100 C Repair Information303
- Figure C-1. Agilent E6175A Component Locator (Rear View303
- Agilent E6176A 16-Channel High-Current Card304
- Figure C-2. Agilent E6176A 16-Channel Load Card Component Locator (Rear View304
100 C Repair Information305
- Other Load Cards305
- 32-Pin Matrix Modules305
- Table C-1 Measurement Matrix Relays305
- Table C-2 Instrument Matrix Relays307
- Table C-3 Bypass and Disconnect Relays307
- Table C-4 Miscellaneous Relays307
- 64-Pin Matrix Modules308
- Table C-5 Measurement Matrix Relays for E8782A308
- Table C-6 Measurement Matrix Relays for E8783A310
- Table C-7 Bypass and Disconnect Relays for E8782A and E8783A312
Glossary of Terms313

Brand	Agilent Technologies
Model	E6198B
Category	Test Equipment
Language	English

Agilent Technologies E6198B User Manual

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