FNIRSI 1013D 2X100 MHz Tablet Oscilloscope

The FNIRSI 1013D tablet oscilloscope is in stock at CHIP and DIP.

FNIRSI 1013D is a dual-channel oscilloscope designed for research, development and maintenance in a wide range of applications. The oscilloscope has a real-time sampling rate of 1 GSA/S and a bandwidth of 100 MHz per channel. It supports various startup modes (single/normal/automatic) and can operate at up to 400 V with built-in high voltage protection.

The 7-inch touchscreen with a resolution of 800x480 pixels provides easy operation using the AUTO function, just pressing one key is enough to quickly display the waveform. The device has such convenient functions as cursor measurement and peak detection.

Built-in 1 GB storage for storing up to 1000 screenshots and signals. The oscilloscope also supports USB connectivity for data exchange, and its 6,000 mAh battery lasts up to 4 hours on a single charge, and it can also continue to work while charging.

Basic parameters

• Number of channels - 2
• Bandwidth - 100 MHz
• Sampling rate - 1GSa/s
• Memory depth - 240 Kbit
• Vertical sensitivity 50mV-500V
• Launch mode - Single / Normal / Auto
• Test voltage 1X:40V 10X:400V
• 7 inch 800*480 screen, touch screen
• 6000mah Lithium Battery
• Charging Type-C 5V 2A/3A/4A

Features

With 2 input channels and an input impedance of 1 mOhm, it can measure two different groups of signals simultaneously. Groups of input signals can be compared for analysis and research.

Intellectual protection

Both input channels have built-in high voltage protection modules that can withstand input voltages up to 400 V. Don't worry about the oscilloscope catching fire, even without using a 10X voltage divider.

Automatic adjustment with one button

There is no need for tedious manual adjustment, this model has automatic one-button adjustment; built-in efficient control algorithm, high tuning accuracy, adjusted waveform is displayed in the center of the screen (when two channels are activated, the waveform of channel 1 is in the upper half of the window, and the waveform of channel 2 is in the lower half of the window). It takes only 1 second to automatically adjust the amplitude of the signal from peak to peak with a voltage of 1 V, and for some conventional desktop oscilloscopes it may take about 5 seconds. The larger the amplitude of the measured signal, the shorter the time required for adjustment.

Launch functions

The oscilloscope has three trigger modes: automatic, single and normal.
The single start mode checks for sudden non-periodic interrupt signals, such as ignition pulses in the vehicle.
The normal startup mode checks non-periodic digital logic signals such as infrared remote control signals.
The automatic start mode checks cyclic analog signals such as sinusoidal signals.

Manual cursor measurement

When the test signal is too noisy or contains square waves with bursts, the parameters automatically measured by the system change and become inaccurate, so you need to manually read the amplitude or period of the signal in order to calculate its peak, peak value and frequency. When using the cursor function, it becomes very easy to manually read the value. There is no need to read the background scale units and quantity, and you can directly get the peak-to-peak value and frequency without conversion.