Additional Features: One Channel with 10-bit Vertical Resolution External Clock Input Permits Jitter Insertion and Synchronization 10-Channel, 1 GHz Digital Data Generation (Opt. 03) Real-time Noise Generation Supports Direct External Clock and 10 MHz Reference Input Waveform Transfers from DSO File Transfers from GPIB, Floppy Disk, or 10Base-T Ethernet On-Screen Waveform Editing for Ease-of-Use Unique Real-time Sequencing Links Multiple Waveform Files Creating Waveforms of Nearly Infinite Length Built-in 3 GB Hard Drive for Mass Data Storage User Modified Isolation Pulse for Disk Drive Testing Optional 78 MB Flash Disk for ATE Applications Applications Communications Design and Test: Low Frequency Modulated RF Digital Information Encoding Using FSK, PSK and QAM (Quadrature Modulation) for Cellular, Fax and  Modem Communications Optical Communications Design and Test: Reflections, Crosstalk, and Ground Bounce Simulation Real-world Simulations: Corrupt Ideal Waveforms Add Jitter to Waveforms with Jitter Editor EMP/EMI and Other System Noise Power Supply Noise and Ripple Transducer Simulation As a member of the Tektronix family of arbitrary generators, the AWG 500 Series is a high performance, mixed-signal source. The AWG 500 Series provides 1 GS/s sample clock rate and 4 M word execution memories. Its unique design integrates a graphical editing display with the most powerful hardware output capabilities available. This allows on-screen viewing of waveform editing and simplifies "what-if" test scenarios by easily allowing the creation of composite signals. The AWG 500 uses a graphical user interface to overcome the historical difficulties associated with developing arbitrary and complex waveforms. Several intuitive and powerful techniques are built-in to develop and edit custom waveforms. The standard AWG 510 configuration provides up to 2 V output or 4 V into a differential input with the complementary output, each with 10-bits vertical resolution. Option 03 adds an independent 10-bit-wide digital data port which can be used in conjunction with the marker outputs for data generation up to 12-bits wide at up to 1 GHz.

Option	Description
3	Channel 2 10-Bit Output up to 1 GHz