-ARBITRARY WAVEFORM GENERATOR-STORAGE OSCILLOSCOPE -SPECTRUM ANALYZER -MULTIMETER -TRANSIENT RECORDER Computer Controlled Measuring Instrument HANDYSCOPE HS3 Universal Measuring System >

The arbitrary waveform generator offers five default signal shapes: sine wave, triangle, square, DC and white noise with a 14 bit resolution. The selected signal shape is immediately shown in the display of the generator.The amplitude of the signal can be freely set between 0 V and 12 V peak. A DC offset between 0 and ѱ12 V can be applied to the signal. Also the symmetry of the signal can be changed, from 1% to 99%. The frequency of the signal can be set from almost 0 to 2 MHz. >

* Sample rate depends on the model. Sample rate ranges are: 5 MHz, 10 MHz, 25 MHz, 50 MHz, 100MHz. When a quick indication of the input signal is required, a simple click on the auto setup button will immediately give a good overview of the signal. The auto setup function ensures a proper setup of the time base, the trigger levels and the input sensitivities. Two sophisticated cursor read outs have 21 possible read outs. Besides the usual read outs, like voltage and time, also quantities like rise time and frequency are displayed. >

The common way to examine electrical signals is in the time domain, using an oscilloscope. The time domain is used to determine amplitude, time and phase information, which is necessary to describe the behaviour of an electrical system.Not all electrical systems can be characterised in the time domain. Circuits like filters, amplifiers, oscillators, mixers, modulators and detectors can be characterised best by their frequency behaviour. That frequency behaviour is best obtained by observing the electrical signals in the frequency domain. To display the frequency domain, an instrument is needed...

For measuring slowly changing signals (e.g. the temperature change in a room) the transient recorder is the most suitable instrument.The transient recorder is a two channel, direct registering measuring instrument, displaying the changes of the input signal graphically on the screen or on paper.The transient recorder measures at settable, fixed times and processes the measured value if necessary. The number of measurements to be taken is also settable.The transient recorder measures the input signals at adjustable times. The time between two measurements is adjustable from 0.01 second to 500...

14 bitTrue RMS, Peak-Peak, Mean,50 Ohm Maximum, Minimum, dBm, Power,0-2 MHz25 MHz Crest factor, Frequency, Duty cycle,0.01HzRise time left and right, slew rate leftSee ordering0 - 12 voltand right, THD (in spectrum analyzer)0.01 Hz0 - ѱ0.1 Volt 8192 stepsuser selectable to 655 ksec/div0.1 - ѱ1.0 Volt 8192 stepsbackground user selectable1 x to 50 x1.0 - ѱ12 Volt 8192 stepsdrop and drag0 - 12 Volt in 8192 steps 0 to 131060three text lines for everysine, triangle, square, noise, print out0 to 131060DC and user defined (256 Kword)three special text lines 0 to infinite sec.1-99%, 1% stepsuser selectable...