GW Instek AFG-3081 | Function generator, 1-channel 80 MHz, 10Vpp, arbitrary, USB, RS232, GPIB
Manufacturer number: AFG-3081
GW Instek AFG3081 | Arbitrary generator with a frequency range from 1 µHz to 80 MHz with many callable waveforms.
- Wide frequency range from 1 µHz to 80 MHz
- Output voltage in 50 Ω: min: 10 mVpp, max: 10 Vpp
- Integrated waveforms: sine, square, triangle, ramp, pulse
- Frequency resolution: 1 µHz and frequency stability: ± 1ppm @ 0 ° C to 50 ° C
- Modulation types: AM, FM, PWM, FSK, sweep, burst
- Readout rate of the signal points: 200 MSa / s
- Amplitude resolution: 16 bits
- Start of signal output from each area of the 1 MP point memory.
- Switchable output impedance: from high impedance to 50Ω
- LCD display with a screen diagonal of approx. 11 cm (4.3 inches) and 480 x 272px resolution
- Help function directly on the display
- 4 ways to generate arbitrary functions: via front panel, reading a CSV file, direct waveform reconstruction (DWR), waveform generation via PC software
- Interfaces; USB, RS232, GPIB
- Dimensions: W 265 x H 107 x D 374 mm
- Weight 4 kg
- 2 year guarantee
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Description
AFG-3081 | Function generator, 1-channel 80 MHz, 10Vpp, arbitrary, USB, RS232, GPIB
The AFG3000 arbitrary generator series from GW Instek is designed for the development and research area as well as for the training area as well as for industrial use in production or service.
This series offers a high signal resolution of 16 bits with a signal read rate of 200 MSa / s from a 1 M-point memory. The editing of application-specific curve shapes takes place via an easy-to-use, intuitive user interface.
The “Direct Waveform Reconstruction” (DWR / Direct Waveform Reconstruction) enables users to transfer waveforms recorded by a GW in-house oscilloscope of the GDS-2000 series via the USB interface directly into the arbitrary generators of the AFG-3000 series. The signals can still be edited to increase the measurement effectiveness.
The output impedance of the generators can be switched between 50 Ω and high-impedance. All current signal parameters and the output signal form are shown on the integrated high-resolution TFT-LCD display. The USB, RS232 and GPIB interfaces allow the user to change the signal forms, by using PC software or by using IEEE488.2 commands. An integrated help function makes handling the device easier.
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About the Manufacturer
Good Will has been listed on the Taiwan Stock Exchange since 2000. Development and production focus on high quality and low cost measuring instruments for production, laboratory and education. Headquartered in Taipei, Good Will has subsidiaries in China, America, Japan, Korea and Malaysia. The products are sold in over 80 countries.