#Xscope oscilloscope Pc#
#Xscope oscilloscope professional#
#Xscope oscilloscope free#

Second, the bandwidth - the DPScope has about 1.3 MHz.

Thus I consider two channels an absolute must for any serious oscilloscope everything else is a toy, not a real instrument. It also prevents you from triggering on a signal different from the one you want to look at. to see which one changes first and by how much. Many low-end oscilloscopes offer only a single channel, which is a severe handicap: It doesn't allow you to look at two signals in relation to each other (e.g.

Microcontroller and USB interface: Fully pre-programmed no programming requiredĪs promised, here a short discussion some of the DPScope's key features: First, it is a two-channel instrument. All holes pre-drilled - no drilling required.

#Xscope oscilloscope professional#

size (in enclosure): 4.5' x 2.6' x 1.2' (114 mm x 66 mm x 31 mm)Ĭomponent count: ~50 Solder connections to make: ~200 Required skill level for assembly: moderate only through-hole components and DIP packages (no surface mount or fine pitch parts) Printed circuit board: Professional printed circuit board with corrosion-resistant, gold-plated pads and contacts (not cheap solder finish), with silkscreen to denote component locations.Įnclosure: Sturdy ABS plastic enclosure with custom glass-fiber front- and back-panel, silkscreen. Mechanical construction: Power supply: through USB (5V / 250mA) (external supply 7.5 - 9V / 300mA optional)Īpprox.

#Xscope oscilloscope Pc#

PC Software: PC connection: USB, 500 kbaud PC software: Windows 2000, XP (SP3), Vista, 7 Minimum screen size: 800 x 600 pixel Time and level measurements: yes (using cursors) screen refresh rate: up to 40+ frames/sec Datalogger mode (roll mode): yes (data can be logged to file in real time)ĭisplay: Real-time FFT: yes FFT filters: Rectangular, Hanning, Hamming, Blackman Averaging: yes (2 / 5 / 10 / 20 / 50 / 100) X-Y mode: yes Display styles (can be combined): Points, Vectors (Lines), Infinite Persistence can show what happened before the trigger event): 0 - 20 divisions Post-trigger delay (delayed scan, to look at the signal long after the trigger event but with high resolution): 0 - 200 divisionsĪcquisition: Record length (normal mode): 200 points/channel Record length (FFT mode): 400 points/channel Max. Trigger: Trigger source: CH1, CH2, auto (free run) Trigger polarity: rising edge, falling edge Trigger noise reject: yes (selectable) Pre-trigger capability (i.e. 1 sec/div Timebase settings (datalogger/roll mode): 0.5 sec/div. Timebase settings (scope mode): 0.5 usec/div. sample rate (repetitive signals): 20 MSamples/sec sample rate (single shot): 1 MSample/sec Max. Probe compensation: yes (2 kHz calibration output) Vertical (voltage) scale: Vertical sensitivity (20 divisions): - 5 mV/div to 1 V/div (1:1 probe) - 50 mV/div to 10 V/div (1:10 probe) - 100 mV/div to 20 V/div (1:20 probe) Input: Number of channels: 2 Analog bandwidth: > 1.3 MHz Input impedance: 1 MOhm || 15 pF Probe connection: BNC Usable probe types: Standard 1:1, 1:10, 1:20 probes On the next page I'll discuss a few of the key specifications.

#Xscope oscilloscope free#

If you aren't a number freak, feel free to skip this page as fast as you can :-) If you are familiar with oscilloscopes you will see that the DPScope has pretty much all the features you'd expect from a decent lower-end instrument. Below you see the specifications of the instruments.