2 Channels Oscilloscope CO2002

Introduction

2 Channels Oscilloscope delivers accurate signal analysis with 150 MHz bandwidth, 1 GSa/s sampling rate, and 8 Mpts memory depth. It supports dual-channel operation for reliable waveform capture in electronic testing. Equipped with advanced trigger modes, 32 automated measurements, and serial bus decoding for common communication protocols. Integrated frequency counter, digital voltmeter, FFT analysis, and a built-in 25 MHz waveform generator for versatile signal evaluation. Our Digital Oscilloscope is designed for electronics design, R&D laboratories, education, troubleshooting, and industrial testing.

Applications

2 Channels Oscilloscope is designed for electronics design, research and development laboratories, educational training, troubleshooting, embedded systems testing, and industrial electronics applications.

Specifications

Bandwidth	150 MHz
Channels	2
Sampling Rate	1 GSa/s (single channel), 500 MSa/s (all channels)
Memory Depth	8 Mpts (single channel), 4 Mpts (all channels)
Rise Time	≤ 2.4 ns
Vertical Resolution	8 bit
Vertical Sensitivity	500 µV/div – 10 V/div (1 MΩ)
Time Base Range	2 ns/div – 1 ks/div
Bandwidth Limit	20 MHz (selectable)
Trigger Types	Edge, Pulse, Video, Slope, Timeout, Window, Pattern, Interval, Under Amp
Serial Bus Decode	UART, IIC, SPI, CAN, LIN
Arithmetic Functions	Add, Subtract, Multiply, Divide, FFT
Automated Measurements	32 Measurements with Statistics
Analysis Functions	Frequency Counter, Digital Voltmeter
Acquisition Modes	Normal, Average, Peak Detect, High Resolution
Input Coupling	DC / AC / GND
Input Impedance	1 MΩ ±1%
Waveform Generator	25 MHz Max Output (Sine, Square, Ramp, Exp, Noise, DC, Arbitrary)
Waveform Generator Resolution	12 bit
Waveform Generator Sampling Rate	200 MSa/s
Connectivity	USB Host, USB Device, External Trigger
Display	7-inch 64K Color TFT LCD

Features

Dual Channel Measurement Capability.

Deep Memory Waveform Capture.

Advanced Serial Bus Decoding.

Built-In Waveform Generator.

Multiple Trigger Analysis Modes.

High-Speed Signal Acquisition.

USB Data Storage Support.

FAQs

1. What are Digital Oscilloscopes used for?

Digital Oscilloscopes are used for high-resolution waveform analysis and signal testing in electronic and electrical applications.

2. How do Digital Oscilloscopes support precise signal measurement?

Digital Oscilloscopes offer real-time sampling and multiple input channels to capture and analyze signals accurately.

3. What analysis features are available in Digital Oscilloscopes?

Digital Oscilloscopes include advanced functions such as mathematical analysis and FFT for detailed signal evaluation.

4. How do Digital Oscilloscopes simplify diagnostics and visualization?

Digital Oscilloscopes are equipped with user-friendly software that enables clear signal visualization and efficient diagnostics.

5. What connectivity options are supported by Digital Oscilloscopes?

Digital Oscilloscopes support USB or PC connectivity for data transfer, storage, and extended analysis.

6. Where are Digital Oscilloscopes commonly used?

Digital Oscilloscopes are commonly used in laboratories, classrooms, research facilities, and field-testing environments.