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2C53P Digital Storage Oscilloscope

Name: 2C53P Digital Storage Oscilloscope
Brand: MINOO IMPEX
Price: 19000.0 INR
Availability: InStock

Price 19000.0 INR/ Number

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MOQ : 1 Number

2C53P Digital Storage Oscilloscope Specification

Mounting Type
Bench top

Features
Save/recall waveform, autoset, math functions, auto measurement, multi-language support

Application
General electrical/electronic circuit analysis, waveform capture, troubleshooting

Display Type
7-inch TFT-LCD (800480 pixels)

Measuring Range
DC to 100 MHz

Temperature
0C to 40C

Frequency
100 MHz

Automation Grade
Manual

Accuracy
Vertical Accuracy: 3% (typical)

Interface Type
USB host, USB device, external trigger

Resolution
vertical: 8 bits; timebase: 1 ns/div

Humidity
80% RH

Operating Voltage
100-240V AC

Power Supply
100-240V AC, 50/60Hz

Test Range
1 mV/div to 20 V/div (vertical)

Usage
Oscilloscope for waveform observation and measurement

Machine Weight
approx. 2.5 kg

Control Mode
Panel Push Button/Knob

Vertical Position Range
6 div

Auto Measurement Items
Peak to peak, Average, Frequency, Period, RMS, etc

Data Storage
USB flash drive (up to 16 GB)

Horizontal Timebase Range
2 ns/div to 100 s/div

Vertical Sensitivity
2 mV/div to 10 V/div

Memory Depth
10 kpts/channel

Real-time Sample Rate
1 GSa/s

Trigger Mode
Edge, Video, Pulse, Alternate

Language Support
Multi-language (including English)

Cursor Measurement
Manual and automatic

Math Functions
Add, Subtract, Multiply, FFT

Equipment Type
Digital Storage Oscilloscope

Dimensions
313 mm 108 mm 142 mm

Input Impedance
1 M 2%, 20 pF 3 pF

Waveform Storage
Up to 10 waveforms

Probe Attenuation
1X, 10X, 100X, 1000X

Channels
2

About 2C53P Digital Storage Oscilloscope

2C53P Digital Storage Oscilloscope

Features:

2-Channel Oscilloscope Multimeter: Upgraded from 2C23T. The 2C53P oscilloscope has 250 MS/s sampling rate, 50 MHz bandwidth. Multimeter 19999 counts, 5 measuring values, max and min display. 4.3-inch IPS touch screen, 480*272 high resolution.

DDS Signal Generator: Outputs 12 waveforms with a maximum frequency of 10 MHz. The FPGA+MCU+ADC architecture ensures strong waveform capture and supports waveform saving, viewing, and export for analysis.

Efficiency Improvement: Features one-key AUTO for quick measurements and simplified operations, with automatic/normal/single trigger modes. Suitable for both periodic analog and non-periodic digital signals.

Comprehensive Analysis: X-Y mode compares phase, amplitude, and frequency of two signals, while FFT spectrum analysis estimates harmonic content and manages complex signals.

Long Battery Life: Built-in 4000mAh battery provides up to 4 hours of use, with Type-C charging for uninterrupted work.

Enhanced Signal Clarity & Analysis

With a real-time sampling rate of 1 GSa/s and vertical sensitivity from 2 mV/div to 10 V/div, the 2C53P Oscilloscope captures intricate signal details. Advanced math functions-addition, subtraction, multiplication, and FFT-enable in-depth waveform analysis, making it ideal for both professional engineers and educational labs seeking reliable diagnostic insights.

Effortless Data Storage & Multi-Language Interface

Users can easily save and recall up to 10 waveforms or transfer measurement data for further analysis via the structured USB host/device interface, supporting flash drives up to 16 GB. With comprehensive multi-language options, including English, this oscilloscope adapts seamlessly to diverse user requirements and working environments.

User-Centric Design for Reliable Operation

Featuring intuitive control via panel push buttons and a knob, plus a bright 7-inch TFT-LCD display, the 2C53P ensures a user-friendly experience. Its robust accuracy (3% vertical) and wide operating conditions (0-40C, 80% RH) make it a dependable companion for frequent, precision-oriented waveform measurement and troubleshooting.

FAQ's of 2C53P Digital Storage Oscilloscope:

Q: How do I store and retrieve waveforms on the 2C53P Digital Storage Oscilloscope?

A: You can save up to 10 waveforms directly in the oscilloscope's internal memory. For additional storage or easy transfer, connect a USB flash drive (up to 16 GB) using the USB host interface, then use the save/recall function from the panel controls.

Q: What types of measurements and math functions does this oscilloscope support?

A: The 2C53P offers auto measurements such as peak-to-peak, average, frequency, period, and RMS. For further signal analysis, it provides math operations including add, subtract, multiply, and FFT, catering to both manual and automated measurement processes.

Q: When is it best to use each trigger mode available on the 2C53P?

A: Edge trigger is ideal for standard signal changes, video trigger suits TV signal analysis, pulse trigger is best for capturing specific pulse widths, and alternate trigger helps analyze multiple waveforms simultaneously. The mode selection depends on your measurement and waveform analysis needs.

Q: Where can I use the 2C53P Digital Storage Oscilloscope effectively?

A: The 2C53P is designed as a benchtop instrument perfect for laboratories, repair shops, academic settings, and general field testing where comprehensive signal analysis and reliable operation are required within 0-40C and up to 80% relative humidity.

Q: What is the process for switching probe attenuation settings?

A: Select the desired probe attenuation (1X, 10X, 100X, or 1000X) on both the probe and the oscilloscope's menu. This ensures accurate voltage scaling for your measurements and prevents signal distortion or misreading.

Q: How does using the 2C53P benefit electrical troubleshooting?

A: It enables quick fault identification through real-time waveform analysis, efficient data storage, autoset functions, and automated measurement calculations. This accelerates troubleshooting, enhances reliability, and minimizes downtime for electronic devices or circuits.

Q: What are the main usage applications for the 2C53P Digital Storage Oscilloscope?

A: It excels in general electronic circuit analysis, waveform observation, data logging, and troubleshooting tasks, serving professionals and educators who require accurate, real-time signal capture and analysis up to 100 MHz bandwidth.

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