8 Channels Oscilloscope CO2020

Introduction

8 Channels Oscilloscope features 8 analog channels and delivers high-resolution signal analysis with a 12-bit ADC and real-time sampling rate of 2.4MSa/s. It supports a wide input range up to 400V (DC + AC peak) and offers plug-and-play operation via USB 2.0 without requiring an external power supply. Equipped with multiple trigger modes, FFT analysis, math functions, and cursor measurement tools, it allows comprehensive signal processing and waveform evaluation. Incorporated with a compact body and lightweight design. Our 8 Channels Oscilloscope is designed for bench-top or portable lab use waveform analysis in education, R&D, and industrial labs.

Applications

8 Channels Oscilloscope features multi-channel signal capture for efficient waveform analysis across complex circuits, it is designed for bench-top or portable lab use in education, R&D, and industrial environments.

Specifications

Analog Channels	8
Real-Time Sampling Rate	2.4 MS a/s
Resolution	12 Bits
Input Voltage Range	Up to 400V DC + AC Peak
Input Impedance	1 MΩ
Input Coupling	DC
Time Base Range	1 ns/div to 20000 s/div
Time Base Precision	±50 ppm
Trigger Sources	CH1–CH8
Trigger Mode	Edge
Math Functions	+, –, ×, ÷, FFT, Invert
FFT Windows	Rectangular, Hanning, Hamming, Blackman
Voltage Measurement	Vpp, Vamp, Vmax, Vmin, Vrms, etc.
Time Measurement	Frequency, Period, Duty Cycle, etc.
Cursor Measurements	Horizontal, Vertical, Track, Auto
Interface	USB 2.0 Full Speed
Power Consumption	USB-Powered No External Supply
Power Supply	5V Via USB
Dimensions	190 × 167 × 35 mm
Weight	0.63 KG

Features

12-Bit Resolution.

400V Max Input DC + AC Peak.

FFT Window Options.

Math Functions +, –, ×, ÷.

Multiple Probe Scaling Options.

Cursor Measurement Modes.

Compact Size.

USB-Powered No External Supply.

Waveform Storage and Screenshot Capture.

PC Software Connectivity.

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.