I've found the specifications for this scope -
Hardware Performance:
* Two independent input channels
* Sample rate up to 1 MSample/sec (good enough for signals up to approx. 150 kHz)
* Analog bandwidth approx. 400 kHz
* Input impedance > 100 kOhm
* Sensitivity from 20mV/div to 1V/div (20 vertical divisions).
* Vertical offset 0 - 20 divisions (except for 0 - 12 divisions in 1V/div range)
* Record length 256 samples per channel
* Trigger on CH1 (rising or falling edge, selectable) or autotrigger
* Connects to PC through serial port (RS-232) or USB
* Power supply from a generic wall-wart type supply (9 - 15 V DC)
* Compact and lightweight (about the size of a DVD box)
PC-based Scope Software:
* Runs on Windows 95, 98, 2000, XP, Vista
* Fully graphical interface.
* All settings (timebase, vertical resolution, trigger) are controlled from the PC.
* Screen update rate up to 7 frames/sec (mostly limited by scope hardware; will improve with future
versions of the hardware)
* Real-time Fourier transform (frequency spectrum display)
* Real-time averaging
* Waveform measurements using cursors
* Waveform export to Excel etc. (.CSV file format)
I understand the majority of this, but have one question - if the sample rate is 1MSample/s and the record length is 256 per channel does this mean if you ran it for a second it would only record 256 of the possible 1 million samples?
Sorry I don't fully understand what record length is, can anyone clear this up! Bet I'm being a complete idiot!