2-in-1 Digital Oscilloscope & Dual Channel Signal Generator, 100MHz Bandwidth, 1GSa/s Sampling Rate
Enhance your electronic projects with the FNIRSI-1014D, an advanced dual-function oscilloscope and signal generator. Boasting a real-time sampling rate of 1GSa/s and dual 100MHz analog bandwidth, this device offers precision and versatility for all your measurement needs. The 7-inch TFT LCD ensures bright colors and high contrast for clear visibility. With a built-in high-voltage protection module, it can withstand up to 400V, ensuring safety and reliability.
This oscilloscope features a DDS function signal generator with 14 standard function signals and a customizable chopping signal output. It can store up to 1000 customized signals, making it a perfect tool for capturing and analyzing complex waveforms. The intuitive one-key automatic functionality simplifies operation, while the USB interface allows easy data transfer to a computer.
Key Features:
- Dual Functionality: Combines an oscilloscope and DDS signal generator.
- High Sampling Rate: 1GSa/s with 100MHz*2 analog bandwidth.
- Display: 7-inch color TFT LCD with 800*480 resolution.
- Voltage Tolerance: High-voltage protection module withstands up to 400V.
- Signal Storage: Capture and store up to 1000 customized signals.
- Measurement Range: 12 parameters including Vpp, Vmax, Vmin, and more.
- Trigger Modes: Single, normal, and automatic triggering.
- User-Friendly: One-button auto function and built-in 1GB storage.
- Connectivity: USB interface for screenshot export and analysis.
- Advanced Features: Includes FFT display, Lissajous figures, and screen adjustment functions.
- Material: ABS
- Channels: 2 channels
- Vertical Sensitivity: 50 mV/div ~ 500 V/div
- Time Base Range: 50S/div ~ 10nS/div
- Storage Depth: 240Kbit
- Input Resistance: 1MΩ
- Dimensions: 340 * 140 * 70mm
- Weight: 1949g
Package Includes:
- FNIRSI-1014D Oscilloscope Host
- Two 100MHz Probes (1X and 10X)
- USB Data Line
- English User Manual
Upgrade your toolkit with the FNIRSI-1014D and explore new possibilities in electronic measurement and signal generation.
