AWG5000B Performance Arbitrary Waveform Generators
Most Versatile Signal Generator for Today's Complex Signals.
With 14 Bit vertical resolution up to 1.2 GS/s, 4 analog, and 32 digital channel outputs, the AWG5000B Arbitrary Waveform Generator is the ideal solution for versatile mixed signal generation. The AWG5000B gives you a unique combination of analog and digital output performance allowing you to generate analog and digital IQ, as well as IF signals in a single instrument.
- Overview
- Application Notes
- Probes & Accessories
- Software Packages
Features |
Benefits |
| Analog and digital outputs | Save cost and bench space by replacing multiple instruments with one, flexible signal generator capable of analog, digital and mixed signals. |
| 14 Bit vertical resolution | Easily stress test your device by creating ideal, distorted or "real-world" signals with glitches and other signal impairments. |
| Up to 32 M point record length | Generate multiple, high resolution complex waveforms. |
| Integrated PC | Seamlessly integrate to your network with LAN and USB ports. Easily save data with a built-in DVD, removable hard drive and USB ports on the front. |
| Intuitive user-interface | Shorten test time with an easy-to-use interface. |
- Ethernet Compliance Testing Support
Ethernet standards call for a large number of individual tests, which adds up to alot of setup and measurement time. Tektronix provides a patented, cost effective method using an arbitrary waveform generator and an oscilloscope. - Practical Filter Design & Implementation: Lab
This lab covers how to design and build a circuit that implements a practical filter given a set of filter specifications. - Practical Filter Design & Implementation: Worksheet
This worksheet covers how to design and build a circuit that implements a practical filter given a set of filter specifications. - Fourier Series & Transform: Worksheet
This worksheet covers how to use and interpret the Fast Fourier Transform (FFT) function on the oscilloscope, and to be able to recognize and interpret Gibbs phenomenon when observed in practice and on oscilloscopes. - Fourier Series & Transform: Lab
This lab covers how to use and interpret the Fast Fourier Transform (FFT) function on the oscilloscope, and to be able to recognize and interpret Gibbs phenomenon when observed in practice and on oscilloscopes.
| SMA Cable | 102 cm (40 inch) | P/N 012-1690-00 |
| SMB Cable | 51cm (20 inch) | P/N 012-1503-00 |
| Rack Mount Kit | Rack Mount Kit with instruction | P/N 016-1983-01 |
| Front Removable HDD Bay | Front Removable HDD Bay | P/N 016-1979-01 |
| Replacement Hard Disk for AWG5000B/7000B Series | SATA disk assembly (no software installation), Instruction sheet | P/N 065-0811-00 |
| RFXpress®: RF signal creation software package Synthesize digitally modulated base band, IF and RF signals. Take IQ, IF and RF signal generation to the next level and fully exploit the wideband signal generation capabilities of Arbitrary Waveform Generators (AWGs). |
| SerialXpress®: Serial data signal creation software package Creation of the exact waveforms required for design validation, margin/characterization and conformance testing of high speed serial data receivers. |