User`s guide
Table Of Contents
- Legal Information
- Equipment Operation
- General Safety Considerations
- Regulatory Information
- List of Related Publications
- Agilent TechnologiesE4418B Options
- About this Guide
- Getting Started
- Power Meter Operation
- Introduction
- Battery Operation (Option 001)
- Zeroing and Calibrating the Power Meter
- Making Measurements with the AgilentE-Series Power Sensors
- Making Measurements with the Agilent8480 Series Power Sensors
- Making Measurements using Sensor Calibration Tables
- Making Measurements using Frequency Dependent Offset Tables
- Setting the Units of Measurement
- Selecting Units of Measurement from the Softkeys
- Making Relative Measurements
- Setting the Resolution
- Setting Offsets
- Setting Averaging
- Measuring Pulsed Signals
- Setting Measurement Limits
- Selecting a Digital or Analog Display
- Setting the Range
- Configuring the Remote Interface
- Recorder Output
- Saving and Recalling Power Meter Configurations
- How Measurements are Calculated
- Presetting the Power Meter
- Self Test
- Operator Maintenance
- Contacting Agilent Technologies
- Menu Reference
- Error Messages
- Specifications
Getting Started
The Display Layout
Agilent E4418B User’s Guide 1-9
current measurement.
For example, the display shows:
50MHz
(10,C)
This is equivalent to reference number 4 in Table 1-1 and when
looked up in Table 1-2 shows that:
• the sensor type is 8480 series
• a sensor calibration table is selected (10)
• a frequency dependent offset table is selected(C).
Table 1-1
Reference
Number
Upper
Display Line
Lower
Display Line
1
CF:xxx.x%
2
CF:xxx.x% xxx.xyHz(a)
3
xxx.xyHz (nn)
4
xxx.xyHz (nn,a)
5
xxx.xyHz
6
xxx.xyHz (a)
Where “y” is the frequency multiplier (M or G), “nn” is the
sensor calibration table number and “a” is the frequency
dependent offset table letter.
HP4402.book Page 9 Wednesday, November 29, 2000 4:46 PM