Image of GW Instek AFG-3051 Mains-powered 1 µHz - 50 MHz 2-channel Arbitrary Sinus Triangle Rectangle Noise Pulse
 

GW Instek AFG-3051 Mains-powered 1 µHz - 50 MHz 2-channel Arbitrary Sinus Triangle Rectangle Noise Pulse

USB host · Adjustable pulse/pause ratio for square-wave signal · Setting the waveform parameters via keyboard and rotary knob · Simultaneous display of parameters and waveform (WYSIWYG) · 10 3.1.2 memory slots · 10 non-volatile 1 Mpts signal shape-memory · On-screen help.This text is machine translated.

Price: EUR 1800.90

Stockist Catalogue Product Name Price  
ConradElectronics01 GW Instek AFG-3051 Mains-powered 1 µHz - 50 MHz 2-channel Arbitrary Sinus Triangle Rectangle Noise Pulse 1800.90 Visit Store

Related Products

 
Image of GW Instek AFG-3021 Mains-powered 1 µHz - 20 MHz 1-channel Sinus Rectangle Triangle Pulse Noise Arbitrary
 

GW Instek AFG-3021 Mains-powered 1 µHz - 20 MHz 1-channel Sinus Rectangle Triangle Pulse Noise Arbitrary

The AFG-3000 Series also provides a high 16 bit resolution, 200MSa/s sample rate and a 1M memory depth for editing arbitrary waveforms directly through the intuitive user interface. The Direct Waveform Reconstruction (DWR) function enables users to directly...


 
Image of GW Instek AFG-3022 Mains-powered 1 µHz - 20 MHz 2-channel Arbitrary Triangle Pulse Noise Rectangle Sinus
 

GW Instek AFG-3022 Mains-powered 1 µHz - 20 MHz 2-channel Arbitrary Triangle Pulse Noise Rectangle Sinus

The AFG-3000 Series also provides a high 16 bit resolution, 200MSa/s sample rate and a 1M memory depth for editing arbitrary waveforms directly through the intuitive user interface. The Direct Waveform Reconstruction (DWR) function enables users to directly...


 
Image of GW Instek AFG-3031 Mains-powered 1 µHz - 30 MHz 1-channel Sinus Rectangle Triangle Pulse Noise Arbitrary
 

GW Instek AFG-3031 Mains-powered 1 µHz - 30 MHz 1-channel Sinus Rectangle Triangle Pulse Noise Arbitrary

The AFG-3000 Series also provides a high 16 bit resolution, 200MSa/s sample rate and a 1M memory depth for editing arbitrary waveforms directly through the intuitive user interface. The Direct Waveform Reconstruction (DWR) function enables users to directly...


Sitemap        Listing