Happy Puppy Vintage Computers

UltraWave is the custom application software of DG Series Function/Arbitrary Waveform Generator produced by RIGOL Technologies, Inc. Users can create, edit and manage waveforms through the powerful features of the waveform editor. We will give a brief introduction for the functions and features of UltraWave here in this section.? Simple, intuitive and attractive user interface The UltraWave interface is modern style design, artistic and refreshing. From the users' point of view, for the sake of habits and easy operations, UltraWave retains the traditional operation mode of menu and toolbar which covers the frequently used functions, and the buttons are very concise. UltraWave blends a perfect combination of traditional and modern, is attractive and practical, intricate and simple. As shown in the following figure, at the top of the display are the menu and tool bars, the left side is the standard waveform toolbar, the center is the waveform editing window, and at the bottom is the status bar. Multiple Interfaces UltraWave can communicate with the instrument through RS232, and USB (recommended) interfaces. Users can choose the interface freely as in need. Once communication being established, waveforms from DS series digital oscilloscopes or DG series digital signal generators can be imported. Users can also edit waveforms and send them to the generator and observe the waveform from an oscilloscope. Abundant Graphic Drawing Mode UltraWave provides nine standard waveforms to meet the most general needs of users. It provides capabilities of hand drawing, line (point by point) drawing and arbitrary points drawing thus make the generations of complex waveforms much easier. The multi-file management interface enables users to edit multiple waveforms. Moreover, UltraWave provides precise input mode for line drawing and arbitrary points editing, therefore users can draw accurate pulse, peak or jump to a specific time and point.

Dual channel output; Max. Output Frequency: 5MHz; Sample rate: 125 MSa/s; Wave length: 16 Kpts (channel one can choose 512Kpts); Frequency resolution: 14 Bit; Output 5 standard waveforms, 48 types of function waveform; Gaussian white noise: 5MHz bandwidth (-3dB); Modulation: AM, FM, PM, ASK, FSK, PWM, etc.; Frequency counter up to 200MHz; Size: 9in×4in×11in / 229mm×105mm×281mm (W×H×D); Weight: 6.1lb / 2.8kg.

A large screen shows all relevant waveform parameters and graphical waveshape at a single glance. This gives full confidence in the signal settings and lets you focus on the task at hand. Shortcut keys provide direct access to frequently used functions and parameters. Others can be selected conveniently through clearly structured menus. This reduces the time needed for learning and re-learning how to use the instrument. Look and feel are identical to the world's most popular TDS3000 Oscilloscopes.

The Digilent Electronics Explorer board (EE board) includes all of the test and measurement equipment needed to design and test analog and digital circuits of all types. Built around a large solderless breadboard, the EE board includes oscilloscopes, waveform generators, power supplies, voltmeters, reference voltage generators, and thirty-two digital signals that can be configured as a logic analyzer, pattern generator, or any one of several static digital I/O devices. All of these instruments can be connected to circuits built on the solderless breadboards using simple jumper wires. Designed for daily use and intended for every student to own, the EE board combines everything needed to design and test circuits in a single "all in one" device. Even in introductory classes, students can complete, test, and analyze real circuit designs as a part of every homework assignment. No more once a week labs; now every student can complete designs in virtually any setting - any residence can be a complete, 24-hour design studio! The EE board is powered by the free, PC-based WaveFormsTM software that makes it easy to acquire, store, analyze, produce and reuse analog and digital signals. WaveFormsTM runs well on virtually any notebook PC, including low-cost Netbooks. A high-speed USB2 connection ensures all EE board instruments respond in near real-time. WaveFormsTM data files are stored using standard formats, making it easy to share data between instruments, and to export data to word processors or graphics editors. This means well documented student lab/project reports can be completed using standard office tools, and submitted electronically. Additional Product Information

291 100 MS/S Arbitrary Waveform Generator Features Single channel 100 MS/s waveform generator 100 MS/s 12 bit arbitrary waveform capability 1 M point waveform memory 40 MHz function generator capabilities using DDS (50 MHz for square waves) 10 ns pulse pattern generator Waveform sequencing with up to 1024 segments Limitless waveform storage using CF memory card Waveform Manager Plus for Windows software USB interface in addition to RS-232 and GPIB

Fluke 281 40MS/S Universal Waveform Generator The Fluke 281 is a single channel universal waveform generator. Standard waveforms Sine Square Triangle Dc Positive and negative ramp Sine(x)/x Pulse Pulse train Cosine Haversine Havercosine

This dissertation focuses on design and implementation of a fully-integrated SRAM-based arbitrary waveform generator for analog signal processing applications in a CMOS technology. The dissertation consists of two parts: Firstly, a fully-integrated arbitrary waveform generator for a multi-resolution spectrum sensing of a cognitive radio applications, and an analog matched-filter for a radar application and secondly, low-power techniques for an arbitrary waveform generator. The fully-integrated low-power AWG is implemented and measured in a 0.18-mum CMOS technology. Theoretical analysis is performed, and the perspective implementation issues are mentioned comparing the measurement results. Moreover, the low-power techniques of SRAM are addressed for the analog signal processing: Self-deactivated data-transition bit scheme, diode-connected low-swing signaling scheme with a short-current reduction buffer, and charge-recycling with a push-pull level converter for power reduction of asynchronous design. Especially, the robust latch-type sense amplifier using an adaptive-latch resistance and fully-gated ground 10T-SRAM bitcell in a 45-nm SOI technology would be used as a technique to overcome the challenges in the upcoming deep-submicron technologies.