Anritsu ML2430A operation manual System Specifications Appendix a, Vswr

Models: ML2430A

1 271
Download 271 pages 6.82 Kb
Page 224
Image 224

SYSTEM SPECIFICATIONS

APPENDIX A

Instrument Ac-

 

curacy:

< 0.5 %

Zero Set and

< 0.5 % MA2420A; < 0.5 % MA2470A Series and

Drift:

MA2440A Series. Percent of full scale in most sensitive

 

range, measured over one hour with maximum averag-

 

ing after one hour warm up at constant temperature.

Noise:

< 0.5 % of full scale in most sensitive range, measured

 

over a one minute interval with maximum averaging,

 

two standard deviations at constant temperature after

 

one hour warm up, typical. MA2470A Series, 20 pW

 

typical.

1.00 mW Power Reference

Frequency:

50 MHz nominal

Output Level:

1.00 mW, ± 1.2%/year, ± 0.9% RSS,

 

traceable to National Standards

VSWR:

< 1.04

Connector:

Type N female

SENSOR / CHANNEL CONTROL

Operating

Readout: dual channel. RF power or voltage.

modes:

Power vs. Time: single channel graphic of readout data

 

over adjustable time interval. RF power or voltage.

 

Profile: single channel RF peak power graphic display

 

for analysis of repetitive pulse or transient waveforms.

 

Source Sweep: Single channel graphic display syn-

 

chronized to an RF source.

Range Hold:

Current range or selectable 1 through 5. (6 with

 

Universal Power Sensor).

Averaging

Auto-averaging: Moving average increases averaging

 

at low power ranges.

 

Averaging Types: Auto, Manual (Moving, Repeat)

 

Manual Average Range: 1, 2, 4, ..., 512

 

Low-Level Averaging: Low, Medium, and High settings

 

apply post-average low pass filter to improve visibility

 

at high display resolution settings.

Limit Lines:

Fixed value high and low limits with audible, rear panel

 

TTL output, and/or visible Pass/Fail alarm indication.

 

Failure indication can be set to latch until cleared so

 

that a transient failure can be easily noticed.

A-2

ML2430A OM

 

 

Page 224
Image 224
Anritsu ML2430A operation manual System Specifications Appendix a, Vswr