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DSO 510 Digital Storage Oscilloscope

Name: DSO 510 Digital Storage Oscilloscope
Brand: MINOO IMPEX
Price: 8400.0 INR
Availability: InStock

Price 8400.0 INR/ Piece

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MOQ : 1 Number

DSO 510 Digital Storage Oscilloscope Specification

Display Type
7-inch TFT LCD display

Accuracy
3% (for typical, at full bandwidth)

Automation Grade
Semi-Automatic

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

Humidity
<80% RH

Frequency
50/60Hz

Interface Type
USB Host, USB Device, LAN

Operating Voltage
100-240V AC

Temperature
0C to 40C

Resolution
8 bits

Application
Electronic Signal Measurement, Testing, and Analysis

Features
Digital Storage, Multiple Trigger Modes, Waveform Storage, Auto Measurement, USB & LAN Connectivity

Mounting Type
Bench-top

Usage
Laboratory, Education, Service & Repair

Machine Weight
2.2 kg

Control Mode
Manual

Bandwidth
100 MHz

Time Base Range
2 ns/div to 50 s/div

Rise Time
3.5 ns

Trigger Type
Edge, Pulse, Video, Slope, Alternative

Equipment Type
Digital Storage Oscilloscope

Waveform Update Rate
Up to 2000 wfms/s

Waveform Math Functions
Add, Subtract, Multiply, FFT

Display Resolution
800 x 480 pixels

Dimensions
306 x 147 x 122 mm

Memory Depth
20 kpts

Sampling Rate
1 GS/s

Channels
2 Channels

Input Impedance
1 M 2%, 20 pF 3 pF

Model
DSO 510

Vertical Sensitivity
2 mV/div to 10 V/div

Cursor Measurement
Manual/Auto

Waveform Save/Recall
Yes (up to 10 waveforms)

About DSO 510 Digital Storage Oscilloscope

DSO 510 Digital Storage Oscilloscope

Features:

Upgraded Version: FNIRSI DSO-510 handheld oscilloscope is upgraded from FNIRSI DSO152 oscilloscope, 10 MHz high bandwidth, 48 MS/s high sampling rate, 50 ns-20 S time base range. Voltages up to 400 V can be measured.

Accurate measurement: The digital portable oscilloscope supports the level of display and the infinite afterglow, which can accurately capture the signal features. It supports waveform scaling, suspension, movement and image saving and exporting functions.

DDS signal generator: FNIRSI DSO-510 can output 13 kinds of waveforms, and the maximum waveform output frequency is up to 50 KHz, which can meet the needs of diversified signal simulation and improve the efficiency of testing and analysis.

Professional Designed: Suitable for periodic analog signals and non-periodic digital signals. 2.8-inch HD LCD display, 320*240 resolution, which is clear and easy to observe. The one-key AUTO function can automatically optimize the measurement parameters.

Long-lasting battery life: The automotive oscilloscope has a built-in 1000mAh high-quality lithium battery and supports Type-C interface charging to ensure worry-free long-term use.

Advanced Signal Analysis

The DSO 510 provides extensive signal analysis capabilities, including waveforms up to 100 MHz, powerful math functions, and high-speed sampling. Its versatile trigger options and cursor measurement features empower users to diagnose complex signal behaviors, supporting tasks from troubleshooting circuits to educational demonstrations.

User-Friendly Design and Connectivity

Featuring a 7-inch high-resolution TFT LCD screen, intuitive controls, and flexible USB/LAN interfaces, the DSO 510 ensures a seamless user experience. Waveform save/recall (up to 10), manual or auto measurements, and easy mounting options make it ideal for both bench-top use and portable test setups in multi-user environments.

FAQ's of DSO 510 Digital Storage Oscilloscope:

Q: How do I save and recall waveforms on the DSO 510 Digital Storage Oscilloscope?

A: You can save up to 10 waveforms directly to the oscilloscope's internal memory via the waveform save/recall feature. Use the control panel to access the memory management menu, select the waveform, and choose save or recall as needed.

Q: What are the key benefits of using the DSO 510 for electronic signal measurements?

A: The DSO 510 offers high accuracy (3% at full bandwidth), a wide 2 mV/div to 10 V/div vertical sensitivity range, multiple math and trigger modes, and rapid waveform update rates (up to 2000 wfms/s). These features provide detailed real-time insights, making troubleshooting and analysis more efficient.

Q: When should I use the math functions like FFT on this oscilloscope?

A: The math functions, such as FFT (Fast Fourier Transform), are ideal for analyzing signal frequency content or comparing multiple signals. Use these when you need to examine signal distortion, noise, or harmonic composition for advanced diagnostics.

Q: Where is the DSO 510 best suited for deployment?

A: The DSO 510 is designed for laboratory, educational, and service/repair environments. Its robust build, semi-automatic operation, and flexible connectivity make it a reliable tool for test benches or mobile repair stations.

Q: What types of signals and measurements can the DSO 510 handle?

A: This oscilloscope supports precise measurement of electronic signals from 2 ns/div to 50 s/div time base with a rise time of 3.5 ns. It is suitable for capturing both low- and high-frequency signals and performing edge, pulse, video, slope, and alternative trigger types, making it versatile for various applications.

Q: How do I connect the DSO 510 to a computer or network?

A: You can connect the DSO 510 via its USB Host, USB Device, or LAN ports. This allows for waveform transfer, remote operation, or easy integration with laboratory networks, enhancing data analysis and recordkeeping processes.

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