UCE-DSO212 is an improved version of UCE-DSO210. Especially the signal generator has been improved and internal memory for data recording has been added. 128MB Internal disk could be used to store waveform and upgrade firmware. It is a very good tool to perform electronics maintenance, electronic engineering tasks, etc. Display: 3.2 inch 320 × 240 pixel color LCD.
Personalisation: customization of display colors. Two channel input, One channel signal output. Maximum sampling rate: 10Msps 12-bit. Max input voltage: ±32V (X1 Probe), ±320V (X10 Probe).
Supply voltage: 5V (mini USB). Trig modes: Run, single, Hold functions.
Trigger functions: rising / falling edge, Triggering Cursor. Auto Measurement: frequency, ton time, toff time, period time, peak-to-peak voltage, mean voltage, RMS voltage. Test signal: 1KHz %50 duty-cycle square wave, 2.0Vpp.Cursor: differential measurement for time and voltage. FFT analyze: 512 points FFT analyze. Signal generator: Sinus, Square, Triangle, Sawtooth, Arbitrary, Tangent, Logaritmic, Coded pulse, Verticaly-cut sine wave, Sinusoidaly modulated square wave.
Storage: internal 128MB USB disk for storing waveform image and firmware upgrade (bootload). 1 pc UCE-DSO212 3.2 TFT Digital Oscilloscope. 2 pcs X1, X10 Probe.3.2 inch 320×240 pixel. 4.3 inch 480×272 pixel. 3 BNC (CH-A, CH-B, SG-OUT).
3 BNC (CH-1, CH-2, SG-OUT). ±32V (X1 Probe) ±320V (X10 Probe).
±10V (X1 Probe), ±100V (X10 Probe). ±5V (X1 Probe) ±50V (X10 Probe). CH1+CH2, CH1-CH2, CH2-CH1, CH1CH2, CH1/CH2, CH2/CH1, CH1 FFT, CH2 FFT.
1Hz to 100kHz / -5V to +5V. 1Hz to 50kHz - 0V to +3.3V. 1Hz to 50kHz - 0V to +4V. Sine, Square, Triangle, Sawtooth, Arbitrary, Tangent, Logaritmic, Coded pulse, Verticaly-cut sine wave, Sinusoidaly modulated square wave. Sine, SinC, Square, Triangle, Sawtooth, Arbitrary.
This item is in the category "Business & Industrial\Test, Measurement & Inspection\Analyzers & Data Acquisition\Oscilloscopes & Vectorscopes". The seller is "ucore-electronics" and is located in this country: TR. This item can be shipped worldwide.