The excellent frequency response the signal amplifiers and the stable triggering abilities from only 5mm peak-to-peak on the screen, enable the scope to display sine waves far beyond Its -3db frequency without any problems. With rectangular signals the instrument's own overshoot is less than 1%. Both scopes contain a second trigger system to ensure stable triggering of asynchronous signal components. Low noise 8bit flash converters are used to digitize the signals to be analyzed.A so called dot join function linearly connects successive points to display curves without any gap. It can digitize and store signal with more than 2000 samples sweep.

The well-proven CRT is suitable to reproduce signals in this high horizontal resolution.
100MS/s allows a clear display of single shot (real time) events up to frequencies of 10MHz . To display variations of a signal over several samples It is recommended to use the envelope or the average mode. Another Important feature is the pre/post trigger function that enables the user to analyze signal components that occur before / after the trigger event. Two full-size reference memories allow the comparison of signals with those already stored In memory.

When the Autoset function is enabled, all relevant parameter settings are performed by the scope's circuitry automatically. The Setup parameters and the measured values are clearly displayed on the screen in alphanumeric characters. Autoset also initiates automatic cursor settings for time and frequency measurement (digital only) as well as voltage measurement. In analog and digital mode, the cursor functions enable the user to analyze a signal while watching the numeric readout for voltage difference, time difference, or frequency values. Another feature is the storage capability for nine complete parameter set ups, which may be stored and recalled simply by pressing the appropriate front panel key.

It has a built in calibrator - a 1kHz/1MHz square wave generator. It allows frequent checking of the Instrument's frequency response-from the probe tip to the display on the screen. It also permits high frequency alignment of the probes. Supported by an On Screen Menus adjustments can be performed without opening the scope. With all of the new HAMEG scope range, microprocessors manage the front panel inputs, calculations and other control Functions. In addition, 32bit HISC processors accelerate the digital signal processing. The Instrument may be remotely controlled by any personal computer via its built in serial interface in all relevant functions. A suitable software program is supplied with the scope on delivery.

Software SW507 is Waveform processing software for Hameg Oscilloscopes HM507

• Complete remote controlling of the instrument using PC via RS232.
• Fast Fourier analysis with Twenty Windowing Function
• Mathematical analysis of the data. (Twelve Math-Function)
• Zoom window.
• Baby seating mode.
• Auto store mode.
• Clipboard transfer
• Save and recall of data.
• Customized display of data.
• Waveform store in Picture format Bmp , Jpg, Gif
• Tabular storage of actual data values.
• Online display of Signal, FFT, Math result in auto mode
• Deep Zoom Analysis of any part of FFT by using mouse
• Window Docking option

Features :

• 2 x DC to 50MHz, 2 x 1mV-50V/div
• Timebase 0.5s/div to 10ns/div
• Timebase with delay and 2ndTrig.
• Triggering DC to 100MHz, TV Sync. Separator
• 1kHz/1MHz Calibrator, CRT with 2kV

• Refresh, Single, Roll, Envelope,Average,XY-Mode,Random
• Max. Sampling Rate 100MS/s, Storage 2x2048x8 bit
• Time Base A: 100s - 0.1ms/div., 3 reference memories
• Pre-/Post-Trigger: -75%......+100%(continuously)
• Screen Refresh 180Hz
• Dot Join (linear)
• Math Operations
• Auto measurements
• Cursor measurements