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FNIRSI-1014D Dual Channel Oscilloscope & Signal Generator

The FNIRSI-1014D is a versatile two-in-one instrument, combining an oscilloscope and a signal generator. Designed for the maintenance and R&D industries, this cost-effective dual-channel desktop oscilloscope offers comprehensive functions and high practicality.

It features a real-time sampling rate of 1GSa/s and 100MHz*2 analog bandwidth. The device includes a complete trigger function (single, normal, automatic) suitable for both periodic analog and aperiodic digital signals. A built-in DDS function signal generator provides 14 standard function signals and customizable chopping signals, with a frequency step of 1Hz. The chopping output can intercept parts or whole complex signals measured by the oscilloscope for use as the signal generator's output, storing up to 1000 customized cut-off signals.

A high-voltage protection module tolerates up to 400V continuous voltage, preventing damage from incorrect probe settings. The large time-base scrolling mode allows monitoring of slow level changes. An efficient one-button auto-adjustment feature displays measured waveforms without tedious setup. The 7-inch 800x480 high-definition LCD ensures clear display. A cursor measurement function simplifies reading amplitude and frequency parameters directly, eliminating the need for background scale unit conversion.

The instrument offers convenient screen capture and waveform storage with 1GB of built-in space, capable of storing up to 1000 screen capture pictures and 1000 groups of waveform data. Saving the current waveform is a simple one-click process. A powerful waveform image manager supports thumbnail browsing, detailed viewing, page turning, deletion, and waveform zooming for secondary analysis. The USB interface allows connection to a computer for sharing screen captures, functioning as a U disk.

Lissajous graphic display function enables comparison and judgment of amplitude, frequency, and phase of two signal groups. An FFT viewing function helps estimate harmonic components of signals.

Key Features