Description
the FNIRSI 1014D USB Digital Storage Oscilloscope is a professional-grade yet user-friendly diagnostic instrument designed for engineers, electronics enthusiasts, and technical educators. Combining high-speed waveform capture, a powerful built-in DDS signal generator, and an intuitive 7-inch color display, this oscilloscope is the ideal all-in-one tool for accurate testing, circuit design, and signal analysis.
At Zigmotech, we bring you cutting-edge test and measurement solutions that offer outstanding precision, value, and reliability — and the FNIRSI 1014D is no exception. Whether you are debugging microcontroller circuits, testing analog waveforms, or developing RF communication systems, this digital oscilloscope delivers superior performance in a compact, portable form.
Key Features
1. Dual-Channel Digital Storage Oscilloscope
The FNIRSI 1014D offers two independent analog channels that allow you to measure and compare signals simultaneously. Each channel supports a bandwidth of up to 100MHz and a maximum real-time sampling rate of 1GSa/s, ensuring that you can capture even the fastest transient waveforms with exceptional clarity and accuracy.
This makes it an ideal choice for applications such as:
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Microcontroller debugging
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Audio circuit testing
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RF and communication signal analysis
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Power electronics and inverter testing
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Automotive sensor diagnostics
2. Built-In Dual-Channel DDS Signal Generator
Unlike many conventional oscilloscopes, the FNIRSI 1014D includes a dual-channel DDS (Direct Digital Synthesis) signal generator capable of producing various waveform types including sine, square, triangle, ramp, pulse, and arbitrary waveforms.
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Output frequency range: up to 25MHz
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Amplitude: adjustable with fine control
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Waveform editing: users can customize waveform parameters for experimental or testing purposes
This integrated signal generator allows you to test circuits and systems without needing external waveform sources — a huge convenience for engineers and educators alike.
3. High-Speed Data Processing
Powered by a high-performance FPGA and high-speed analog-to-digital converter (ADC), the FNIRSI 1014D ensures rapid waveform acquisition and real-time analysis. It features:
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1GSa/s real-time sampling rate
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240kpts memory depth
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24-hour continuous waveform capture capability
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Automatic measurement of voltage, frequency, period, duty cycle, and more
The advanced trigger system supports edge, video, pulse, and slope triggers, allowing precise signal capture even in complex test environments.
4. Large 7-Inch Color TFT Display
One of the standout features of the FNIRSI 1014D is its 7-inch 800×480 resolution TFT LCD screen, offering a crisp, full-color display that makes it easy to observe waveform details and perform detailed signal analysis.
The user interface is intuitive, with graphical menus, touch-sensitive controls (depending on model version), and convenient physical buttons that enhance usability during long test sessions. The large display allows simultaneous viewing of both oscilloscope channels and DDS generator outputs, simplifying your workflow.
5. USB Connectivity and PC Software
The built-in USB interface provides easy connectivity to a PC for extended analysis, waveform storage, and firmware upgrades. With compatible PC software, users can:
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Capture real-time data streams
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Analyze waveforms on a larger screen
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Export screenshots and measurement reports
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Perform advanced mathematical operations and FFT spectrum analysis
This makes the FNIRSI 1014D a versatile instrument that seamlessly integrates into modern lab and classroom environments.
6. Portability and Durable Design
Compact, lightweight, and designed for portability, the FNIRSI 1014D is perfect for on-the-go engineers, students, and technicians. The solid ABS housing ensures long-term durability, while the adjustable stand provides ergonomic viewing during bench work.
Key physical highlights include:
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Dimensions: Approx. 300mm x 150mm x 60mm
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Weight: Light enough for field use
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Heat dissipation: Efficient internal cooling system for continuous operation
7. Comprehensive Measurement Functions
The FNIRSI 1014D provides a full suite of automatic measurement parameters, including:
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Frequency
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Period
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RMS and average voltage
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Peak-to-peak voltage
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Rise and fall time
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Duty cycle
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Phase difference (between channels)
It also supports cursors and waveform math functions (Add, Subtract, Multiply, Divide, FFT), making it suitable for both educational and professional signal analysis.
Applications
The FNIRSI 1014D is versatile and can be used across multiple industries and educational fields:
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Electronics laboratories: For component and circuit testing
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Embedded systems development: Ideal for analyzing microcontroller signals and communication buses
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Automotive diagnostics: Measure sensor signals and PWM waveforms
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Audio engineering: Evaluate analog and digital sound circuits
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Educational training: Perfect for electronics labs, universities, and technical institutes
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Repair and maintenance: For troubleshooting PCB-level faults
Ease of Use
Even beginners will find the FNIRSI 1014D incredibly user-friendly. Its straightforward interface and auto-setup functions make signal capturing effortless, while advanced users can fine-tune parameters for in-depth testing. The oscilloscope boots quickly and stores settings, enabling consistent test conditions between sessions.
