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Installation and Setup
Using the Soft Carrying Case
Using the Soft Carrying Case
The N1996A soft carrying case is designed to hold the analyzer as well as its cables and accessories.
WARNING
Always disconnect the analyzer from the external power supply before storing the analyzer in the soft carrying case.
Chapter 1 37
Installation and Setup
Using the Soft Carrying Case
38 Chapter 1
2
Options and Accessories
This chapter lists options and accessories available for your analyzer.
39
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Table of contents
- 2 Notice
- 3 Where to Find the Latest Information
- 11 Introduction
- 12 Initial Inspection
- 14 Safety Information
- 14 Safety Information
- 14 Safety Symbols and Product Markings
- 16 Safety Considerations For This Analyzer
- 18 Lifting and Handling
- 19 Battery Pack Product Safety Data Sheet
- 20 Battery Pack Declaration of Conformity
- 21 Batteries: Safe Handling and Disposal
- 27 Power Requirements
- 27 AC Power Cord
- 30 Clock Battery Information
- 31 Physically Securing Your Analyzer
- 32 Turning on the Analyzer for the First Time
- 33 Why Aren’t All the Personality Options Available?
- 33 Using an External Reference
- 34 Firmware Revision
- 35 Printer Setup and Operation
- 36 Protecting Against Electrostatic Discharge
- 37 Using the Soft Carrying Case
- 40 Ordering Options and Accessories
- 40 Options (see page 41)
- 40 Accessories (see page 45)
- 41 Options
- 43 Option Descriptions
- 45 Accessories
- 45 Manual Set on CD-ROM
- 45 50 Ohm Load
- 45 50 Ohm/75 Ohm Minimum Loss Pad
- 46 75 Ohm Matching Transformer
- 46 AC Probe
- 46 AC Probe (Low Frequency)
- 46 Broadband Preamplifiers and Power Amplifiers
- 46 RF and Transient Limiters
- 47 Power Splitters
- 47 System II Bottom Feet kit,
- 47 Static Safe Accessories
- 50 Front Panel Overview
- 50 Front-Panel Connectors and Keys
- 53 Display Annotations: Spectrum Display
- 57 Display Annotations: Spectrogram (Option 271)
- 61 Rear-Panel Features
- 63 Key Overview
- 66 Test Equipment for Making Measurements
- 66 Test Equipment
- 69 Making a Basic Measurement
- 69 Entering Data
- 69 Using Menu Keys
- 71 Presetting the Spectrum Analyzer
- 72 Viewing a Signal
- 75 Measuring Multiple Signals
- 76 Comparing Signals on the Same Screen Using Marker Delta
- 78 Comparing Signals not on the Same Screen Using Marker Delta
- 80 Resolving Signals of Equal Amplitude
- 83 Resolving Small Signals Hidden by Large Signals
- 86 Measuring a Low-Level Signal
- 87 Reducing Input Attenuation
- 89 Decreasing the Resolution Bandwidth
- 91 Trace Averaging
- 93 Making Distortion Measurements
- 94 Identifying Distortion Products
- 98 Third-Order Intermodulation Distortion
- 101 Using the Analyzer as a Fixed Tuned Receiver
- 101 Measuring the Modulation Rate of an AM Signal
- 104 Channel Power
- 104 Measuring Signals Using the Channel Power Measurement
- 107 Occupied Bandwidth (OBW) Measurement
- 109 Making a Basic Occupied BW Measurement
- 111 Using the Spectrogram View (Requires Option 271)
- 111 Spectrogram View Basics
- 111 A Spectrogram Measurement Using the OBW Measurement
- 115 Pulse Measurement
- 117 Tune and Listen (Requires Option AFM)
- 121 Making Adjacent Channel Power (ACP (I&M)) Measurements
- 127 Two Port Insertion Loss
- 130 One Port Insertion Loss
- 130 Calibration - Minimizing your Workload
- 131 Performing a One Port Insertion Loss Measurement
- 134 Return Loss
- 134 Calibration - Minimizing your Workload
- 135 Performing a Return Loss Measurement
- 138 Distance to Fault
- 138 Measured Distance - the Effects of Frequency and Points
- 139 Resolution - the Effects of Frequency and Points
- 139 Automatic and Manual Distance to Fault Measurements
- 141 Calibration - Minimizing your Workload
- 142 Performing a Distance to Fault Measurement
- 147 Demodulating an AM Signal Using the CSA (Requires Option N8996A-1FP)
- 153 Demodulating an FM Signal Using the CSA (Requires Option N8996A-1FP)
- 162 System Reference Introduction
- 163 Setting System References
- 163 Selecting a Frequency/Timing Reference
- 164 Setting System Time/Date
- 164 Setting Real Time Clock
- 165 Printing a Screen To a File
- 165 Printing Screens
- 166 Saving Data
- 166 Saving Data
- 167 File Naming Options
- 167 Setting Up Automatic File Naming
- 167 Setting Up User File Naming
- 168 Setting Up Asking For Filename
- 169 Configuring for Network Connectivity
- 169 IP Administration Using DHCP
- 169 IP Administration Without DHCP (Static IP Address)
- 171 Setting the Display
- 171 Setting the Screen Saver
- 171 Setting the Brightness
- 172 Saving, Recalling, and Deleting Instrument States
- 172 Saving the State
- 172 Saving the Power-Up State
- 172 Recalling the State
- 173 Returning the Power-Up State to Factory Defaults
- 174 Deleting States
- 175 Viewing System Statistics
- 175 Viewing System Release Versions
- 175 Viewing System Memory
- 175 Viewing Battery Statistics
- 175 Viewing System Copyrights
- 175 Viewing System Identification
- 176 Using the Option Manager
- 176 Viewing Installed Options
- 176 Viewing Installed Options
- 176 Installing an Option
- 177 Viewing Installation Information
- 178 Testing System Functions
- 178 Testing Your Display
- 178 Testing Your Keyboard
- 181 Installing Batteries
- 182 Viewing Battery Status
- 184 Charging Batteries
- 186 Recalibrating Batteries
- 187 Battery Care
- 190 Battery Specifications
- 194 Resolving Closely Spaced Signals
- 194 Resolving Signals of Equal Amplitude
- 194 Resolving Small Signals Hidden by Large Signals
- 196 Trigger Concepts
- 196 Selecting a Trigger
- 196 Trigger Delay
- 197 AM and FM Demodulation Concepts
- 197 Demodulating an AM Signal Using the Analyzer as a Fixed Tuned Receiver (Time-Domain)
- 197 Demodulating an FM Signal Using the Analyzer as a Fixed Tuned Receiver (Time-Domain)
- 198 Stimulus Response Measurement Concepts
- 198 Stimulus Response Overview
- 198 Normalization Concepts
- 200 AM Concepts
- 202 FM Concepts
- 204 Modulation Distortion Measurement Concepts
- 204 Purpose
- 204 Measurement Technique
- 205 Modulation SINAD Measurement Concepts
- 205 Purpose
- 205 Measurement Technique
- 208 Finding Examples and More Information
- 209 Programming Examples Information and Requirements
- 210 Programming in C Using the VISA
- 211 Typical Example Program Contents
- 212 Linking to VISA Libraries
- 212 Compiling and Linking a VISA Program
- 214 Example Program
- 214 Including the VISA Declarations File
- 215 Opening a Session
- 215 Device Sessions
- 216 Addressing a Session
- 218 Closing a Session
- 221 Using, Inspecting, and Cleaning RF Connectors
- 221 Repeatability
- 221 RF Cable and Connector Care
- 222 Proper Connector Torque
- 222 Connector Wear and Damage
- 222 Cleaning Procedure
- 227 Types of Spectrum Analyzer Messages
- 228 Before Calling Agilent Technologies
- 228 Check the Basics
- 229 Read the Warranty
- 229 Service Options
- 229 Calling Agilent Technologies
- 231 Returning an Analyzer for Service
- 231 Adjustment, Maintenance, or Repair of the Analyzer
- 231 Service Tag
- 232 Packaging
- 232 Preparing the Analyzer for Shipping