FNIRSI 1013D Dual-Channel Tablet Oscilloscope, 100 MHz 1 GSa/s, for Maintenance & R&D

Overview The FNIRSI 1013D is a portable dual-channel tablet oscilloscope for research, development, maintenance, circuit debugging, and measurement of periodic analog or aperiodic digital signals. It combines 100 MHz bandwidth, 1 GSa/s sampling, a 7-inch 800 × 480 TFT capacitive touch display, and two 1 MΩ inputs. Select the offered 1013D Std. or 1013D Plus style; no technical differences between these styles are specified in the supplied evidence. Features Two-channel acquisition for simultaneous comparison of two signal groups, including power-amplifier input and output signals and complementary PWM signals in half-bridge or full-bridge switching power supplies. One-button AUTO adjustment with adaptive trigger settings of 25%, 50%, and 75%; automatic adjustment of a 1 V peak-to-peak signal is stated as 1 second. With both channels active, Channel 1 is positioned in the upper-center screen area and Channel 2 in the lower-center area after automatic adjustment. Trigger modes: Single, Normal, and Auto; rising and falling trigger edges. Single trigger mode is stated for sudden non-periodic burst signals, such as car ignition signals. Normal trigger mode is stated for non-periodic digital logic signals, such as infrared remote-control signals. Auto trigger mode is stated for cyclical analog signals, such as sine waves. Manual cursor measurement with Position, XY, and Trigger Y functions. Cursor readings provide direct peak-to-peak and frequency readings and are stated for noisy signals or square waves with spikes when automatic measurement may be inaccurate. Roll mode, FFT viewing, Lissajous graphic display, and X-Y mode. In Lissajous mode, Channel 1 is the X-axis coordinate and Channel 2 is the Y-axis coordinate; the mode is stated for comparing amplitude, frequency, and phase of two signal groups. Built-in high-voltage protection modules on both input channels. One-touch screenshot capture and current-waveform saving. Waveform Picture Manager for waveform-data and picture management, including thumbnail browsing, viewing, measurement-parameter viewing, page turning, deletion, zoom, pan, cursor measurement, and screen capture for saved waveform data. USB connection to a computer for export. When connected, the oscilloscope is stated to appear as a U disk for screenshot access in the removable-disk folder; screenshots can be copied to a computer or sent to a mobile phone for secondary analysis. Specifications Brand FNIRSI Model 1013D Channels 2 Display 7-inch, 800 × 480 pixel TFT LCD; capacitive touch mode Bandwidth 100 MHz Sampling rate 1 GSa/s Rise time <3 ns Storage depth 240 Kbit Timebase 50 s to 10 ns Vertical sensitivity 50 mV to 500 V Input resistance 1 MΩ Coupling AC/DC Trigger modes Single / Normal / Auto Trigger edge Rising / Falling Highest test voltage 1X: 40 V; 10X: 400 V Additional probe range stated in source text 100X: 0 to 4000 V Input-protection precaution For high-voltage measurement, move the probe to the 10X position. Cursor Position XY / Trigger Y Roll mode Supported One-button AUTO Supported Waveform manager Supported; 1,000 pictures + 1,000 waveforms Built-in storage 1 GB; up to 1,000 screenshots and 1,000 sets of waveform data Voltage accuracy ±2% Frequency precision ±0.01%, high precision Measurement parameters 12 kinds in total Power supply 6000 mAh rechargeable polymer lithium-ion battery Continuous use / standby 4 hours Charging time 5 hours Charging input Type-C, 5 V, 2 A / 3 A / 4 A Extension USB export Dimensions 184 × 124 × 50 mm Applications Research and development, maintenance, scientific research, product development, and electronic DIY. Appliance repair, car repair, equipment debugging, and mains measurement. Debugging oscillating, op-amp, inverter, PWM driver, switch, digital, and bus circuits. Measurement of periodic analog signals and aperiodic digital signals. What's Included 100M Probe × 2 USB Charger User Manual Visual Details Application Examples The oscilloscope is labeled 100MHz and 1GSa/s. The oscilloscope is presented for electronic DIY. The oscilloscope is presented for oscillating circuit debugging. The oscilloscope is presented for op-amp circuit debugging. Features and Design The oscilloscope is labeled with USB export. The oscilloscope is labeled with a 7-inch screen. The oscilloscope provides one-button automatic adjustment using a built-in fuzzy-control algorithm. Automatic adjustment of a 1 V peak-to-peak signal takes 1 second. The oscilloscope has automatic, single, and normal trigger modes. Single trigger mode is stated for sudden non-periodic burst signals, such as car ignition signals. The oscilloscope provides manual cursor measurement. Manual cursor reading is stated for noisy test signals or square waves with spikes when automatic measurements may be inaccurate. The oscilloscope has 1 GB of built-in storage. Built-in storage is stated to hold up to 1,000 screenshots and 1,000 sets of waveform data. Waveform Picture Manager supports waveform-data and picture management. Waveform Picture Manager supports thumbnail file browsing, viewing, measurement-parameter viewing, page turning, and deletion. The oscilloscope provides a Lissajous pattern graphic display. Lissajous mode uses channel 1 as the X-axis coordinate and channel 2 as the Y-axis coordinate. The built-in rechargeable polymer lithium-ion battery has 6000mah capacity. Charging time is stated as 5 hours. Specifications and Performance The oscilloscope is specified with a full-fitting 7-inch, 800 × 480 resolution color TFT LCD display. The display uses capacitive touch mode. Both input channels are stated to have built-in high-voltage protection modules. The input protection is stated to tolerate up to 400 V input. Model: FNIRSI-1013D. Channels: 2. Rise time: <3nS. Storage depth: 240Kbit. Interfaces and Connections The oscilloscope has 2 input channels with 1 MΩ input impedance. The dual inputs are presented for comparing two signal groups simultaneously, including input and output signals of a power amplifier unit. The oscilloscope is equipped with a USB interface for connection to a computer. When connected to a computer, the oscilloscope is stated to appear as a U disk for accessing screenshots in the removable-disk folder.