Digital Storage Oscilloscope with Panels 06203P Improved Model
Product Description
Item in stock and shippingAccessories Included:
Simple probe
Power Adapter (universal input voltage range)
The improved models fixed all known issues with the old models and brought in some new features.
Features:
- Max sample rate - 5M/s (AUTO mode)£¬8 bits
- Sample memory depth - 256 bytes
- Analog bandwidth - 1MHz
- Vertical sensitivity - 100mV/Div - 5V/Div (Indicator added in these improved models)
- Vertical sensitivity indicator (New feature with improved models)
- Vertical position adjustable with indicator
- Input impedance - 1M¦¸
- Max input voltage - 50Vpp
- DC/AC coupling
- Couple indicator (New feature with improved models)
- Horizontal - 2¦Ìs/Div - 10m(minute)/Div
- Auto, normal and single trig modes
- Rising/falling edge trigger
- External trig available
- Trig output is available, which makes it possible to cascade scopes to do multi-channel capture.
- Trig level adjustable with indicator
- Hold/run feature
- Save up to 6 captures to EEPROM and retain after power down
- Retrieve and display saved captures
- FFT function available - size of 256 points and 512 points selectable, sampling rate of 1Ksps to 2Msps selectable
- Transfer screen to PC as bitmap file via serial connection
- Built-in 500Hz/5Vpp test signal
- Frequency Meter (only for TTL level input signal)
- Smooth switching between Oscilloscope Mode and Frequency Meter Mode (New feature with improved models)
- LCD contrast adjustabe (New feature with improved models)
- 9 DC power supply (Included with the assembled scope only)
- Dimension: 110mm X 65mm X 25mm (without case)
Improved Model


Resources:
Quick Reference
Operating Instructions
Assembly Notes [ 5.6M Bytes, updated 2010.07.09 ]
Troubleshooting Guide [ Updated 2010.08.01 ]
Firmware
Schematic
Part List
Assembly Back
Assembly Front
Main PCB mechanical file
Panel mechanical file
Video 1: Arduino Fading example (PWM) captured by the JYETECH oscilloscope
Video2: Same signal captured by a Rigol DSO
Video of FFT function in action