35670a manual

 · A Dynamic Signal Analyzer Versatile two- or four-channel high-performance d ek wmubsa-petronneFFar Ts/t c a zy l r e µHz to kHz bit ADC Automatic/manual RPM step Time step Pre- and post-trigger measurement Delay Tachometer input ±4 V or ±20 V range 40 mv or mV resolution Up to pulses/rev. Agilent Technologies Agilent A User Manuals. User Manual (English) User Manual. Table of Contents. SECTION 1: TURNING ON THE AGILENT A. 1. SECTION 2: MEASUREMENT STATE AFTER TURN-ON. 2. SECTION 3: MEASURING WITH TRANSDUCERS. 3. USING ICP-TYPE TRANSDUCERS WITH THE AGILENT A. 3.  · as the A, are ideal for measuring the spectra of low-fre-quency signals like speech or mechanical vibration. Transient components, usually missed with swept-frequency analyzers, are easily measured and displayed at speeds fast enough to follow trends. The A has both the performance and features required to take full.

Skip to main content. Login Sign up. tradaxstigting Follow. Agilent A GPIB Commands: Quick Reference This Quick Reference of the GPIB commands recognized by the Agilent A lists the common commands and then lists the subsystem commands in alphabetical order. Figure 1 shows the Agilent A status registers. Syntax descriptions use the following conventions: |. Agilent A Rear Panel 1-The GPIB connector links the Agilent A to other GPIB www.doorway.ru parameters are set in the [Local/GPIB] and[Plot/Print] menusThe SERIAL PORT and the PARALLEL PORT link the analyzer to plotters and www.doorway.ru parameters are set in the [Plot/Print] menuThe SOURCE connector outputs the analyzer's source signal.

A Service Guide. Show Description. Manual publication number Required field Please enter valid Email address. Change email? Email *. First Name *. Last Name *. This guide provides instructions for installing, verifying performance, and repairing the Agilent A Dynamic Signal Analyzer. Chapter 1, ‘’Specifications,’’ lists the specifications for the Agilent A and the specifications for the required test equipment. The AGILENT A has the ability to zoom in on a signal to show detail with very fine resolution. After choosing a center frequency, it is possible to decrease the span and therefore increase the resolution all the way down to 61 Hz.