Agilent Technologies 54501A Operations Instructions

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Analog Meters There are a wide variety of analog meters available in t

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual The amplitude of the pulses is set by the AMPLITUDE range/adjust knob.

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual ( Hewlett-Packard Company, 2000 )

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual ( Hewlett-Packard Company, 2000 )

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual ( Hewlett-Packard Company, 2000 )

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Some keys have a number printed in green next to them. To

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual To output a 10KHz TTL waveform: Push the Square key to select the wavef

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual To set the modulating frequency ( 10mHz to 10KHz, internal source only

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Quick Guide: Turn Power On. Push Store/Recall. If Pwr-ON is o

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Digitizing Oscilloscopes This document is meant to be a refe

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual has a bandwidth rating – either 60 MHz or 100 MHz. This n

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual If the load consumes little power, then the connection on the

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual capacitance of  13 pF. Each input may tolerate an absolute maximum of

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual The volts/div for each channel are adjusted using the large Volts/Div

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual The XY mode is very useful and is something with which you will become

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual  Normal  Single  TV Auto level is the default triggering mode.

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Display, Measurements and Printing The Display menu button brings up t

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual When factors are on, the oscilloscope will also print extra information

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual other voltage or time cursor. The difference between the two cursors i

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual displayed here. If the scope is stopped, a solid octagon (stop sign) a

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual The horizontal menu button brings up the following items:  Main / Wi

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual The ac/dc coupling option determines whether the trigger signal is ac

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Multimeters There are a variety of both digital and analog mu

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual displayed) may be set anywhere from off (minimum persistence) to infin

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual here are self-explanatory. To move the cursors, use the channel 1 &

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual The RS232 setup softkey reveals another set of options. Leave all fiel

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Rectangular Pulses or transients Special purpose window for waveforms t

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Tektronix TDS 3012B Oscilloscope FFT Math Function This function

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual If I want a 100 KHz BW which is 10 KHz / div. 100 KHZ (nyquist) X

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual This unit, along with other scopes and analyzers, should be reset to

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Holdoff keeps a trigger from occurring until the amount of time set

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual affect the resolution of the display. Always use the max. volts/div and

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Agilent MSO6014A Mixed Signal Oscilloscope The 6014A is a combinatio

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Power Supplies The dc power supplies are the most often used pieces of

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Main / Delayed menu Main is the normal viewing mode for the displ

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual At slow sweep speeds, the sampling rate decreases due to an increase

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Logic Analyzer ( Digital Channels ) The Logic Analyzer cable connec

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Agilent DSO3102A Oscilloscope The introduction part of the Digitizin

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Sampling Modes The Real Time sampling mode is used for single shot

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual 3000 Series Scope Connect Software This software interfaces the scop

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Logic Analyzers Logic analyzers are specialized equipment that are ver

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual The display of the analyzer conveys a lot of information at-a-glance.

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Once the Define Labels softkey is pressed, a label choice box is displa

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual The time/div (or timebase) is adjusted by the large Time/Div knob. Tur

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual 3030D as well as the Xantrex LXD30-2/5) are dual tracking supplies. Th

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual The Adv (advanced) trigger menu button allows you to specify complex tr

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Spectrum Analyzer There is only one type of analog spectrum an

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual resolve two peaks in the display. However, if the frequency

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual The display of the analyzer may be set to start or center modes, as ind

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Once you have adjusted the INPUT SENSITIVITY control to its leas

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual is in the 10 dB/div mode (dBv scale), and the AMPLITUDE REF LEVEL has b

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Amplitude Calibration Procedure For operation on the 10Hz, 30Hz, 100

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Printing the Display The HP 3580A is an analog spectrum analyzer and

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual The output of your network is then connected to the input of the analyz

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual SR770 FFT Network Analyzer ( Standford Research Systems, 2000 )

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Signal Generators This document is a quick reference guide to

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual the time it takes the FFT processor to calculate the spectrum. With nar

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual ( Standford Reasearch Systems, 2000 ) To reset the analyzer, t

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Windowing The FFT algorithm is based upon the signal repeated througho

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Energy is smeared throughout the frequency spectrum if the sig

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual The Input menu is used to configurate the input. The Grounding key sel

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual large number of averages, in the exponential mode, will not capture any

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Printing the Display Connect a HP Thinkjet Centronics Port Printer to

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Tektronix Curve Tracers There are two models of Tektronix curve tracer

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual  Generator status: repetitive / off / single family  Number of ste

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual npn Transistor: Vertical Current/div:  1 mA/div Horiz. Volts/div:

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual output is controlled via the AMPLITUDE adjust knob. If a dc offset is

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual Tektronix 577 Curve Tracer The 577 is the newest curve tracer i

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual  Vertical Current/Div: 2 mA/div Termination Knob (on the right side o

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual The Instek FG-8016G is a low cost, low quality signal genera

University of Saskatchewan Electrical Engineering Laboratory Equipment Manual The Wavetek Model 180 is an easy-to-use sig gen. Its frequency range i