FNIRSI DPOX180H – 2-in-1 High-Bandwidth Digital Phosphor Oscilloscope with Built-in Signal Generator (180MHz, 500MS/s, Dual Channel)

Discover cutting-edge signal analysis and waveform simulation with the FNIRSI DPOX180H, a next-generation 2-in-1 Digital Phosphor Oscilloscope integrated with a high-precision DDS signal generator. Featuring 180MHz analog bandwidth, blazing-fast 500MS/s sampling rate, and true dual-channel input, this advanced scope brings together accuracy, speed, and flexibility for modern electronic diagnostics.

Whether you're a professional engineer, a lab instructor, or a serious electronics enthusiast, the DPOX180H delivers deep insight into waveform behavior with real-time phosphor visualization, making it ideal for embedded system design, communication circuits, IoT, robotics, and industrial maintenance.

Key Features & Benefits:

180MHz Digital Phosphor Oscilloscope:

• Deep waveform visibility with real-time digital phosphor (DPO) rendering

• 500MS/s real-time sampling rate ensures detailed signal capture without distortion

• Dual-channel support allows side-by-side signal comparison and analysis

• Rich set of measurements: Vpp, RMS, Frequency, Duty Cycle, Rise Time, etc.

• Auto/Normal/Single triggering with adjustable trigger level, slope, and mode

Built-in Signal Generator (DDS):

• High-stability waveform generation up to 25MHz (sine, square, triangle, pulse, etc.)

• Configurable amplitude, frequency, and duty cycle for advanced simulations

• Perfect for injecting test signals into audio, communication, or microcontroller circuits

Enhanced Display & Interface:

• Crisp color display with digital phosphor visualization mimicking analog glow trails

• Intuitive control panel with quick-access buttons and rotary knobs

• Screenshot saving, waveform hold/freeze, and cursor measurement modes included

Portable & Versatile Form Factor:

• Designed for bench or portable use with lightweight structure

• Built-in lithium battery for field diagnostics (select models)

• USB connectivity for PC analysis, waveform export, and firmware updates

Technical Specifications:

Ideal For:

• Embedded development (Arduino, STM32, ESP32, etc.)

• Communication & RF circuit debugging

• Analog/digital waveform analysis

• Test & repair labs, STEM education

• Signal simulation for product design and R&D

• Industrial diagnostics & maintenance tasks