DSO8202E Hantek

DSO8000E Series:
Six in one: Oscilloscope/Recorder/DMM/ Spectrum Analyzer/Frequency Counter/Arbitrary Waveform generator. IP-51 rated for dust, drip and shake proof to withstand harsh environments. Large fuse confirms to European Safety Standard. Battery indicator with easy-changed connect points. Selectable 18650 battery box for matching 18650 battery by yourself. Anti-theft lock hole, tripod fixed hole, hang rope, FLASH light that can be used in darkness. Replaceable BNC safety joints, and additional one set of joints. 1GSa/s sample rate, 2M Memory depth, 6000 counts DMM. Large 5.6 inch 

* Six in one: Oscilloscope/Recorder/DMM/ Spectrum Analyzer/Frequency Counter/Arbitrary Waveform generator.
* IP-51 rated for dust, drip and shake proof to withstand harsh environments.
* Large fuse confirms to European Safety Standard.
* Battery indicator with easy-changed connect points. Selectable 18650 battery box for matching 18650 battery by yourself.
* Anti-theft lock hole, tripod fixed hole, hang rope, FLASH light that can be used in darkness.
* Replaceable BNC safety joints, and additional one set of joints.
* High bandwidth 70MHz-200MHz Oscilloscope, 1GSa/s sample rate, 2M Memory depth.
* 25Mz Arb. Waveform Generator, 200 Mesa/s DDS, 12 bit vertical resolution, easy for simulating transducer
* 6000 Counts DMM, AC/DC voltage, AC/DC current, resistance, break, capacitance, and diode function.
* FFT spectral analysis; Waveform Math: add, subtract, multiply and divide; X-Y mode; more than 20 automatic measurements; PASS/FAIL Check function, apply to engineering application.
* Abundant trigger function, double timebase sampling, easy to observe two waveforms in different frequency.
* Record and review of more than 1000 waveforms.
* Large 5.6 inch TFT Color LCD Display; High Resolution(640*480)
* USB Host/Device 2.0 full-speed interface; support removable disk; LAN Option(if you need LAN function,please click here>>), easy to control by PC or long-distance.
* Waveform data can be output in WORD,EXCEL, BMP, JPG as time and voltage.