3. Operator’s Check. Agilent Technologies 85330A, Multiple Channel Controller 85330A, 54503A
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Agilent Technologies 54503A is a powerful, flexible instrument designed for high-performance applications. It is the ideal solution for testing and characterization of electronic devices, materials, and systems. With its advanced features and capabilities, the 54503A can help you to improve your productivity and accuracy. Here are just a few of the things that you can do with the 54503A:
- Generate, measure, and analyze electrical signals
- Characterize electronic components and devices
- Test and debug circuits and systems
- Perform research and development The 54503A is a versatile instrument that can be used in a wide variety of applications. It is the perfect tool for engineers, scientists, and technicians who need a powerful and reliable instrument for their testing and measurement needs.
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3
Procedure
Operator’s Check
Operator’s Check
Purpose
This operator’s check verifies that the Agilent 85330A can close switches, showing that the 85330A, switch control units, and switches are working.
You can perform this check daily, or as desired. This is not a performance verification procedure (refer to
Chapter 2, “Performance Verification” for
more information).
This procedure asks you to close every switch in your standard system, and look for an appropriate signal with the measurement system.
1. Press: [Select Instr] {85330A} .
2. If the {CLOSE} softkey does not appear, press [Prev Menu] until it does.
3. Press: {CLOSE} a.
If the switch you want to close is connected to SWITCH PORT 1, press {PORT_1} .
b.
If the switch you want to close is connected to SWITCH PORT 2, press {PORT_2} .
4. Enter the switch address using the numeric keypad. In a standard system, simply enter the channel number (1, 2, 3, or 4), and press
[Return] . If you have a custom system, refer to
5. Look at the channel LEDs on the front of the switch control unit. The light for the selected channel should be ON. This shows that the SCU is responding properly.
6. Perform a measurement with your system. The measurement system should be able to measure any signal present on the selected channel.
7. Repeat these steps for each channel on each switch port.
85330A Multiple Channel Controller 3-1
Operator’s Check
3-2 85330A Multiple Channel Controller
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Key Features
- Single-channel, 20-MHz arbitrary waveform generator
- Built-in function generator with 13 standard waveforms
- Arbitrary waveform storage and recall
- Built-in counter/timer
- GPIB and RS-232 interfaces
- Easy-to-use front panel and software
- Compact and portable
- Affordable
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Frequently Answers and Questions
What is the frequency range of the 54503A?
What is the maximum output voltage of the 54503A?
What types of waveforms can the 54503A generate?
How many channels does the 54503A have?
What is the maximum sample rate of the 54503A?
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Table of contents
- 1 Title Page
- 3 What You’ll Find in This Manual…
- 4 Warranty
- 4 Certification
- 4 Documentation Warranty
- 4 Assistance
- 5 Service and Support
- 6 Safety and Regulatory Information
- 7 Safety Earth Ground
- 7 Before Applying Power
- 9 Manufacturers Declaration
- 9 Sound Emmisions
- 11 Typeface Conventions
- 13 Contents
- 19 1. Installation
- 19 Installation at a Glance
- 20 Preparing the Main Antenna Measurement System
- 20 Installing the Agilent 85330A Multiple Channel Controller
- 20 Choosing the Proper Configuration
- 24 Checking Operation of the Multiple Channel Controller
- 24 Loading the Driver from a Personal Computer
- 26 Viewing or Changing the GPIB Address of the Multiple Channel Controller
- 26 Selecting Positive or Negative-Edge Event Triggers
- 28 Installing the Switch Control Units and Switches
- 28 Mounting the SCU and RF Switch
- 28 Switch Control Unit Configuration Switches
- 31 2. Performance Verification
- 31 In This Chapter
- 31 Description
- 32 Recommended Equipment
- 33 Performance Verification Test
- 33 Setting Up the Equipment
- 33 85330 System
- 34 Digital Oscilloscope
- 35 Network Analyzer
- 35 Cables
- 35 Calibration
- 35 Save Setup
- 36 Verifying the Multiple Channel Controller
- 36 Turn-On
- 36 Voltage Check
- 37 Inputs/Outputs
- 37 Output Trigger Test
- 38 Pulse Receive and Cycle Test
- 39 Counter Pulse Delay Test
- 41 Measurement Busy Signal and Pulse Width Test
- 42 Verifying the Switch Control Unit
- 43 Verifying the RF Switches
- 43 Switch Setup
- 44 RF Performance Tests
- 45 Verifying Remote Ports 1 and 2
- 45 Jumpers
- 47 AUX 1 and AUX 2
- 47 Pulse Test
- 47 Measuring Pulses from AUX 1 or AUX 2
- 48 AUX 1 and AUX 2 Output Voltage Test
- 48 When Finished with All Tests
- 49 3. Operator’s Check
- 49 Purpose
- 49 Procedure
- 51 4. General Information
- 51 In This Chapter
- 52 Product Description
- 52 In-depth Information
- 53 Manual Operation
- 53 Automated Operation
- 54 Preparing the 85330A to Control the System
- 54 Special Systems
- 54 Switch Components
- 55 The Downloadable Driver
- 55 System Interface
- 55 Required Equipment
- 55 Cables
- 57 PIN Switches
- 58 Supplied Equipment and Software
- 59 85330A Multiple Channel Controller Characteristics
- 59 Environmental Limits
- 60 Ventilation Requirements
- 60 Dimensions
- 61 Front Panel Features
- 61 Need More Information
- 62 Rear Panel Features
- 65 85330A Compatibility
- 65 Compatible Receivers
- 65 Compatible LO Sources
- 65 Compatible RF Sources
- 67 5. Manual Operation
- 67 In This Chapter
- 68 To Use the Front Panel
- 68 About the Softkeys Menus
- 68 Utility Keys
- 69 Softkey Map
- 70 To View or Change the 85330’s GPIB Address
- 70 Viewing GPIB Address
- 70 Changing the GPIB Address
- 71 To Close Any Switch in the System (to select a channel)
- 71 More about Switch Addresses
- 72 To Change the TTL State of AUX 1 or AUX 2
- 72 To View the Most Recent Error Message
- 72 To View the Revision of the Downloaded Driver
- 73 To View Custom Option Number (If Applicable)
- 73 To Manually Send Trigger Pulses
- 73 To Perform Service Functions
- 75 6. Programming
- 75 In This Chapter
- 75 GPIB Addresses
- 75 Long and Short Command Syntax
- 76 Definition of Terms
- 77 To Choose a Measurement Configuration
- 78 CW Measurement Configuration
- 78 Description
- 78 To Use this Configuration
- 79 Single Source Multiple-Frequency Configuration
- 79 Description
- 79 To Use this Configuration
- 81 Dual Source Multiple-Frequency Measurements
- 81 8530A Control of Sources
- 81 Description
- 81 To Use this Configuration
- 82 Fast Source Control
- 82 Description
- 82 To Use this Configuration
- 83 To Use Direct Control
- 83 Selecting a Channel
- 86 To Use Run-Time Control Mode
- 86 Setup of the 85330A Multiple Channel Controller
- 86 Event Triggering
- 86 Number of Frequency Points
- 86 Number of Angular Increments (Events)
- 86 List of Switch States
- 87 Switch Settling Time
- 87 TTL Trigger and Ready Timeouts
- 88 Using More than One Controller
- 88 Starting Run-Time Mode
- 88 Run-Time Measurement Sequence
- 92 Run-Time Measurement Sequence for Multiple Controllers
- 92 Using IMM vs. TTL Trigger for Source 1
- 95 Programming Examples
- 95 Example 1
- 99 Example 2
- 103 Example 3
- 108 85330A Error Messages
- 111 7. Remote Programming Command Reference
- 111 Command Syntax
- 111 Common Command Format
- 111 Standard Command Format
- 113 Common Commands
- 113 *CLS
- 113 Syntax
- 113 Example
- 113 *IDN?
- 113 Default
- 113 Syntax
- 113 Example
- 114 *OPC?
- 114 Syntax
- 114 Example
- 114 *RST
- 114 Default
- 114 Syntax
- 114 Example
- 115 Standard Command Reference
- 115 ROUTe
- 115 Subsystem Command Syntax
- 115 ROUTe:CLOSe
- 115 Default
- 115 Syntax
- 115 Example
- 116 ROUTe:CONTrol
- 116 Default
- 116 Syntax
- 116 Example
- 116 ROUTe:DELay
- 116 Default
- 116 Syntax
- 116 Example
- 117 RUNTime
- 118 RUNTime:CONTroller
- 118 Default
- 118 Syntax
- 118 Example
- 118 RUNTime:EVENt:COUNt
- 118 Default
- 118 Syntax
- 118 Example
- 119 RUNTime:EVENt:TRIGger
- 119 TTL Mode
- 119 IMM Mode
- 119 Default
- 119 Syntax
- 119 Example
- 120 RUNTime:INITiate:IMM
- 120 Default
- 120 Syntax
- 120 Example
- 120 RUNTime:SOURce:COUNt
- 120 Default
- 120 Syntax
- 120 Example
- 121 RUNTime:SOURce:SOURCE1:TRIGger
- 121 Default
- 121 Syntax
- 121 Example
- 121 RUNTime:SOURce:SOURCE2:TRIGger
- 121 Default
- 121 Syntax
- 121 Example
- 122 RUNTime:SWITch:DELay
- 122 Default
- 122 Syntax
- 122 Example
- 123 RUNTime:SWITch:SCAN
- 123 Default
- 123 Syntax
- 123 Example
- 124 RUNTime:SWITch:TRIGger
- 124 Default
- 124 Syntax
- 124 Example
- 125 RUNTime:TIMEout:EVENt
- 125 Default
- 125 Syntax
- 125 Example
- 125 RUNTime:TIMEout:RECeiver
- 125 Default
- 125 Syntax
- 125 Example
- 126 RUNTime:TIMEout:REMote
- 126 Default
- 126 Syntax
- 126 Example
- 126 RUNTime:TIMEout:SOURce
- 126 Default
- 126 Syntax
- 126 Example
- 126 SYSTem
- 127 SYSTem:ERRor?
- 127 Default
- 127 Syntax
- 127 Example
- 129 8. In Case of Difficulty
- 129 The 85330A Does Not Show the Main Menu When Turned ON
- 131 9. Service
- 131 Introduction
- 132 Theory of Operation
- 137 Recommended Test Equipment
- 138 Service
- 139 Troubleshooting
- 139 Troubleshooting the System
- 139 Troubleshooting the Multiple Channel Controller
- 140 Troubleshooting the Switch Control Unit
- 140 Troubleshooting the RF Switch
- 140 Troubleshooting the Cables
- 143 Replaceable Parts
- 143 Parts List Description
- 143 Ordering Information
- 143 Replaceable Parts
- 145 Mainframe, Plug-in Cards
- 146 Switch Control Unit
- 146 RF Switch
- 147 Interconnect Cables
- 148 Assembly and Disassembly
- 148 Mainframe
- 149 E1330 Card Configuration
- 149 85330-60002 Card Configuration
- 150 Switch Control Unit
- 151 Adjustments
- 151 Selecting Positive or Negative-Edge Event Triggers
- 152 Selecting the Multiple Channel Controller’s GPIB Address
- 153 Switching from the Internal to External Power Supply
- 154 Preventive Maintenance
- 156 10. Accessory Documentation
- 158 Glossary
- 164 Index