GME Technology FG-2020 20MHz DDS Function Generator 5Vp-p output

GME Technology FG-2020 20MHz DDS Function Generator with 5Vp-p Output - Portable & Precise Signal Generation

The GME Technology FG-2020 is a versatile and portable function generator designed for both benchtop and field applications. Leveraging advanced Direct Digital Synthesis (DDS) technology, it delivers highly accurate and stable sine, square, and triangle waveforms with a frequency range up to 20MHz and a 5V peak-to-peak amplitude.

Its intuitive numerical keypad and 8-digit LCD display allow for easy frequency setting, while the built-in non-volatile memory stores up to 50 setup parameters for quick recall. The FG-2020's dual BNC connectors provide simultaneous outputs for square and sine/triangle waveforms, and the amplitude of the sine/triangle waves is adjustable for added flexibility.

Key Features & Specifications:

• Frequency Range: Up to 20MHz
• Amplitude: 5V peak-to-peak (adjustable for sine/triangle)
• Waveform Types: Sine, square, triangle
• Frequency Resolution: 0.2Hz steps
• Display: 8-digit LCD
• Memory: 50 setup parameters (frequency and waveform)
• Output: Dual BNC connectors
• Power: 7.5V AC adapter (included) or 9V battery
• Dimensions: 5.7" (H) x 3.8" (W) x 1.5" (D)

Ideal For:

• Electronics testing and troubleshooting: Circuit design, prototyping, repair
• Educational laboratories: Teaching electronics principles
• Field service technicians: On-site equipment calibration and testing
• Hobbyists and DIY projects: Audio/RF experimentation, signal generation

Additional Information:

• Portable and Lightweight: The FG-2020's compact size and battery operation make it convenient for on-the-go use.
• High Precision: DDS technology ensures accurate and stable signal generation.
• User-Friendly: The intuitive interface makes operation simple for both beginners and experienced users.

Empower your electronics projects with the GME Technology FG-2020 Function Generator. Order now for a reliable and portable solution for all your signal generation needs.