View stunning SlideShares in full-screen with the new iOS app!Introducing SlideShare for AndroidExplore all your favorite topics in the SlideShare appGet the SlideShare app to Save for Later — even offline
View stunning SlideShares in full-screen with the new Android app!View stunning SlideShares in full-screen with the new iOS app!
Multimeter Schematic symbol Display Current (Ampere) Voltage (Volt) Resistance (Ohm) Power (Decibel) Alternating current (AC) + probe - probe Direct current (DC) + probe - probe
Multimeter (DC measurement) DC setting Voltage measurement Current measurement
Multimeter (AC measurement) AC setting Voltage measurement Current measurement
Function Generator Schematic symbol Sinusoidal wave Sawtooth wave Square wave + probe - probe + probe - probe
Function Generator Voltage measurement Current measurement Function generator
Wattmeter Voltmeter Schematic symbol + - Ammeter + - Display (Wattage) Power factor
Wattmeter Voltage measurement Current measurement
Oscilloscope Channel A Schematic symbol Channel B Ground Trigger Toggle between black and white screen Vertical cursor 1 Vertical cursor 2 Vertical cursor 1 (Readouts) Vertical cursor 2 (Readouts) Difference between cursor (Readout) Saving in ASCII text file
Oscilloscope Measure input signal Measure output signal
Bode plotter Schematic symbol Input signal channel Output signal channel A Bode magnitude plot is a graph of log magnitude versus frequency, plotted with a log-frequency axis, to show the frequency response of a linear system. A Bode phase plot is a graph of phase versus frequency, also plotted on a log-frequency axis, usually used in conjunction with the magnitude plot, to evaluate how much a frequency will be phase-shifted.
Bode plotter Measure input signal Measure output signal Magnitude versus frequency Phase versus frequency
Frequency counter Schematic symbol Frequency counter is used to measure signal frequency Frequency Probe Display The minimum sensing voltage Trigger level is the point that must be reached by the waveform before a reading is displayed Display only the AC component of a signal Display only the DC component of a signal
Frequency Counter 555 timer 1 kHz configuration Actual output frequency Duration of 1 cycle
Frequency Counter 555 timer 1 kHz configuration Duration of positive pulse Duration of negative pulse Rise time of a single counter
Logic analyzer Schematic symbol Signal Probe External clock Clock qualifier Trigger qualifier The logic analyzer displays up to 16 digital signals in a circuit. It is used for fast data acquisition of logic states and advanced timing analysis to help design large systems and carry out troubleshooting.
Logic analyzer Probing 1 st input signal Probing 2 nd input signal Probing output signal
Logic Converter Schematic symbol 8 input signal probe Deriving truth table from circuit Converting truth table to Boolean expression Simplify truth table to Boolean expression Converting Boolean expression to truth table Converting Boolean expression to circuit Converting Boolean expression to NAND circuit Boolean expression Truth table 1 output signal probe
Logic Converter Deriving truth table from circuit
Logic Converter Converting truth table to Boolean expression Boolean expression obtained
Logic Converter Simplify truth table to Boolean expression Simplified Boolean expression
Logic Converter 1 st step: Type desired Boolean expression 2 nd step: Converting Boolean expression to truth table Truth table printed here!
Logic Converter Converting Boolean expression to circuit Circuit produced
Logic Converter Converting Boolean expression to NAND circuit Circuit produced