M31-1104 ARDUINO LEARNING SYSTEM
BDT 113,665/-
Product Details
Brand: MCP
Model: M31-1104
Country Of Origin: China
Features
-
Max. 30 MHz bandwidth, 100 MSPS @ 4 CH sampling rate (Oscilloscope)
-
Max. 25 MHz sine wave output (Signal generator)
-
Arbitrary waveform output
-
16 channel digital input/output
-
Digital multimeter
-
Office report, source data save
-
USB 2.0 interface, no external power source required, easy to use
-
Operating system: Windows 7 or above
-
Easy to carry
| Oscilloscope | 4 channels, 100 MSPS @ 4 CH / 200 MSPS @ 2 CH, 30 MHz bandwidth, 8‑bit ADC, time base 10 ns–10 s, vertical 10 mV/div–5 V/div, AC/DC coupling, ±25 V max input, ±1 % accuracy, trigger auto/normal/single, math +, –, ×, ÷, FFT |
| Signal Generator | 3 channels, 8‑bit DAC, sine 25 MHz /100 kHz waveforms sine/triangle/square/DC/arbitrary, output ±0.5 mV–±5 V |
| Spectrum Analyzer | 1 channel, 8‑bit ADC, 50 MHz bandwidth, 100 MSPS sampling, ±25 V range, auto measure frequency/SNR/THD/V‑Peak, other measure Hanning/B‑H/RMS/Peak Hold |
| Logical Analyzer | 16 channels, 5 V max input, 100 MSPS sampling rate, 1000 points / 500 s depth |
| Pulse Generator | 16 channels, 100 MSPS refresh rate, 3.3 V / 5 V signal level, inner/external trigger select |
| Digital Multimeter | Voltage 0.1 mV–36 V, Current 0.1 µA–600 µA / 0.1 mA–400 mA / 100 mA–3 A, Resistance 0.1 Ω–40 MΩ, Capacitance 0.1 nF–4 mF |
| Power Output | ±2.0 V–±15 V variable, fixed ±5 V and 3.3 V, rated current ±500 mA (variable), 800 mA (fixed ±5 V), ±100 mA (fixed 5 V), 800 mA (fixed 3.3 V), short‑out/over‑current protection |
| Interface | USB 2.0 |
| Power Source | USB |
| Dimensions (W×H×D) | 290 × 40 × 195 mm |
| Weight | 1.5 kg |
This is a portable electronics lab in one box. Instead of buying and carrying a separate oscilloscope, function generator, logic analyzer, multimeter, and power supply, you plug one USB device into a Windows PC and get all of them. Its purpose is to let you build, test, debug, and learn electronics anywhere you have a laptop.
Where You Can Use It
Classrooms and teaching labs. Each student gets a full set of instruments at a fraction of the cost and bench space of standalone gear. Instructors can demonstrate on a projector using the PC screen.
Home workshops and maker spaces. A small desk is enough for Arduino, ESP32, Raspberry Pi, and analog circuit projects.
Repair shops and service work. Its light weight and USB connection make it easy to take to a customer's site to trace faults in audio gear, appliances, and control boards.
Field and on-site engineering. It can be used for commissioning and troubleshooting low-voltage equipment without hauling a full bench.
R&D and product development labs. It works as a secondary or overflow station for quick checks during prototyping.
What You Can Do With It
1. See what a signal is doing. Use the oscilloscope to check sensor outputs, PWM signals, clock lines, power supply ripple, and audio waveforms. The math and FFT functions let you compare channels or see the frequency content of a signal.
2. Generate test signals. Feed a sine, square, triangle, or custom arbitrary waveform into a circuit to test amplifiers, filters, and sensors. Then watch the output on the scope.
3. Debug digital circuits and communication buses. With 16 logic channels you can capture I²C, SPI, UART, and parallel signals from a microcontroller to see why two chips aren't talking. The pattern generator lets you send known digital sequences into a circuit to test it.
4. Analyze frequency and signal quality. The spectrum analyzer shows noise, harmonics, and distortion (SNR and THD), which is useful for audio and RF-adjacent work.
5. Take quick electrical measurements. The multimeter covers voltage, current, resistance, capacitance, and continuity, so you can check components and connections without switching tools.
6. Power your prototype. The built-in supply provides fixed 3.3 V and ±5 V rails and adjustable ±2 to ±15 V, which suits op-amp circuits and logic boards, with short-circuit and over-current protection.
7. Document your work. Save raw data and generate reports for lab assignments, test records, or customer documentation.
The M31‑1104 Virtual Electronic Training System is a compact, multifunctional laboratory instrument integrating oscilloscope, signal generator, spectrum analyzer, logic analyzer, pulse generator, and digital multimeter in one device. With 30 MHz bandwidth, 100 MSPS sampling rate, and USB 2.0 connectivity, it provides a complete virtual lab environment for students, engineers, and researchers. Ideal for circuit testing, waveform analysis, and signal measurement, the M31‑1104 offers portability, precision, and versatility for modern electronics education and development.
Asked by Visitor
100% Viscose Fabric.
Thank You.
Asked by Visitor
