FNIRSI 2C23T 3IN1 Dual Channel 10MHZ*2 50MS/s Handheld Digital Oscilloscope Multimeter + Function Signal Generator - Standard Style
- Stock: In Stock
Features:
FNIRSI handheld digital oscilloscope multimeter boasts a dual-channel 2X10MHz bandwidth and a 50MS/s real-time sampling rate. This precise oscilloscope promises a detailed, stutter-free waveform capture.
The maximum voltage measurement of this device is ±400V. Suitable for a multitude of electrical applications.
Implements a high-performance FPGA+ADC+MCU hardware architecture, guaranteeing exceptional detail capture in waveform analysis.
Furnished with a full set of trigger functions including auto, single, and normal mode. It allows users to capture specific events or isolates an individual cycle from a train of pulses.
Designed with a one-click self-tuning and a waveform screenshot saving feature. Enables convenient waveform export for subsequent analysis.
Specifications:
Display screen | 2.8 inch HD color screen | |
Resolution ratio | 320*240 | |
Charging specifications | TYPE-C (5V/1A) | |
Battery | 3000mAh lithium battery | |
Support functions | Oscilloscope, Signal generator, Multime (view functional parameters for detail! | |
Standby time | 6h (laboratory theoretical maximum) | |
Language | English | |
Product volume | 167*89*35mm | |
Weight | 300g | |
Channel | Dual channel | |
Sample rate | 50M | |
Analog bandwidth | 10M(dual channel independent 10M) | |
Storage depth | 32kb | |
Impedance | 1MQ | |
Time Base Range | 50ns-10s | |
Vertical sensitivity | 20mV/div-10V/div (×1) | |
Maximum measured voltage | ±400V | |
Trigger mode | AUTO/Normal/Single | |
Trigger type | Rising edge, Falling edge | |
Display mode | YT/Scroll/XY | |
Coupling method | AC/DC | |
Save waveform screenshot | Yes | |
Computer viewing waveform | Yes | |
Channel | Single channel | |
Frequency | 1Hz-2MHz | |
Amplitude | 0.1-3.3V | |
Function | Range | Accuracy |
DC Voltage | 9.999V/99.99V/999.9V | ±(0.5%+3) |
DC current | 9.999V/99.99V/750.0V | ±(1%+3) |
AC current | 9999uA/99.99mA/999.9mA/9.999A | ±(1.2％+3) |
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