1014D Digital Storage Oscilloscope

Name: 1014D Digital Storage Oscilloscope
Brand: MINOO IMPEX
Price: 32096.0 INR
Availability: InStock

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1014D Digital Storage Oscilloscope Specification

Equipment Type
Digital Storage Oscilloscope

Interface Type
USB, LAN, RS232

Measuring Range
DC to 100 MHz

Response Time
< 3 ns

Display Type
7 TFT LCD

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

Accuracy
3%

Humidity
Up to 85% RH

Application
Electronic Signal Measurement & Analysis

Resolution
8 bit

Port Size
BNC

Operating Voltage
100-240V AC

Automation Grade
Automatic/Manual

Frequency
100 MHz

Mounting Type
Bench Top

Temperature
0C to 50C

Test Range
DC to 100 MHz

Features
Auto Set, Cursor Measurement, FFT Analysis, USB Disk Storage

Usage
Lab Testing, Field Service

Capacity
2 Channels

Machine Weight
Approx. 2.5 kg

Control Mode
Manual / Auto

About 1014D Digital Storage Oscilloscope

The 1014D is a 2 in 1 Benchtop Oscilloscope with 100MHz bandwidth and 1GSa/s sample . It record up to 1000 frames,which can achieve better waveform analysis effects through playback and storage functions. The 1014D built in 10MHzchopping wave Arbitrary Waveform Generator, which can support waveform clipping output at 2.5VPP. The 1014D featureare excellent performance, reliable quality, and a wide range of functions. It's ideal for R&D desiger to design and debuggelectronic circuits, sutable for higher education & laboratory to teach and best choice for electrician to diagnosis fortroubleshooting and maintaining.

Comprehensive Signal Analysis

Equipped with advanced math functions such as FFT, Add, Subtract, and Multiply, the 1014D oscilloscope allows in-depth analysis of complex waveforms directly on its vivid 7-inch TFT display. This feature-rich approach streamlines troubleshooting and accelerates signal diagnostics.

Flexible Connectivity and Storage

Offering USB Host/Device, LAN, and RS232 interfaces, this oscilloscope enables seamless data transfer, remote operation, and integration with digital storage media. Up to 20 waveform setups can be saved, ensuring quick access and repeatable measurement setups.

User-Friendly Operation

Designed for both experienced engineers and beginners, the 1014D provides Auto Set, cursor measurement, and flexible probe attenuation options, making it adaptable for a variety of electronic testing environments, from academic labs to industrial settings.

FAQ's of 1014D Digital Storage Oscilloscope:

Q: How do I configure the 1014D oscilloscope for different signal measurements?

A: You can adjust both vertical sensitivity (from 2 mV/div to 10 V/div) and horizontal time base (ranging from 5 ns/div to 100 s/div) via dedicated front-panel controls or through the auto set function, allowing optimal configuration for both high-speed and slower signals.

Q: What are the main benefits of using the 1014D Digital Storage Oscilloscope?

A: The oscilloscope offers high sampling rates, advanced trigger types, FFT analysis, reliable waveform storage, and multiple connectivity options, all designed to provide precise signal measurements and ease of use, making it invaluable for R&D, service, and academic settings.

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

A: FFT and other math functions are highly useful when you need to analyze the frequency content of a signal, compare waveforms, or perform calculations directly on captured data. This is especially important for troubleshooting and advanced design validation.

Q: Where can this oscilloscope be installed and operated safely?

A: The 1014D is intended for indoor use, operating reliably in environments with temperatures between 0C and 50C and up to 85% relative humidity. Its bench-top form factor makes it suitable for labs, workshops, and field service environments.

Q: What is the process for storing and retrieving waveforms on the 1014D?

A: Simply capture the desired waveform, use the save function to store it internally or on a USB drive, and retrieve stored waveforms through the recall menu. The oscilloscope supports storage of up to 20 waveforms for future analysis or documentation.

Q: How is the 1014D powered and what are its input requirements?

A: This oscilloscope operates on 100-240V AC at 50/60Hz, supporting global voltage standards. It accepts signals via BNC ports and standard oscilloscope probes with selectable attenuation ratios (1X/10X) for adaptable measurement across a wide voltage range.

Q: What types of signals and frequencies can the 1014D measure accurately?

A: It is suitable for both DC and AC signals up to 100 MHz, making it versatile for analyzing analog and digital waveforms encountered in research labs, educational environments, and electronic service applications.

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