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Model WW5061/2 50MS/s Single/Dual Channel Arbitrary Waveform Function Generator - 5 Pages

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Catalogue excerpts

MODELS WW5061/2 50MS/s Single/Dual Channel Arbitrary Waveform Generators • Single / Dual Channel 50MS/s waveform generator • AM, FM, Arbitrary FM, FSK, Ramped FSK modulation • Sine waves to 25MHz, Square to 15MHz • Comprehensive memory management • SINE OUT to 50MHz, 1Vp-p • 1 ppm clock accuracy and stability • 11 Built-in popular standard waveforms • Linear and Logarithmic Sweep • 14 Bit amplitude resolution • User friendly and menu driven 3.8” color LCD display • 11 digits frequency resolution (limited by 1μHz) • LAN, USB and GPIB interfaces • 512k standard waveform memory (1M option) • Multi-Instrument synchronization • 10Vp-p into 50Ω, double into high impedance • ArbConnection software for easy waveform creation Model WW5061/2 represents the next generation of products in the eld of function, pulse and arbitrary waveform generators. This instrument is superior and far more versatile than any existing equivalent whether it is an analog or digital product. As a waveform source, this model can replace analog generators in almost every application. The Instrument combines high-frequency performance, versatility and compact size in a boxed format. Featuring signal output in the range of 1μHz to 25MHz and 14-bit vertical DAC resolution and up to 1M arbitrary waveform buffer, these instruments exhibit performance and provide solutions to the most demanding test stimulus challenge. Versatility Four waveform types may be generated: standard, arbitrary, sequenced arbitrary, and modulated. It is virtually like having four different generators in a single, compact package. As a Function Generator Most applications require simple and controllable waveforms such as sine and square waves; these functions and more are resident in a built-in library and can be called to the output using simple and easy keystrokes. The built-in waveforms are generated digitally from lookup tables that ensure accuracy and delity. The use of DDS technology to generate the controlling clock enhances clock stability and thus provides jitter-free and excellent spectral purity. Sine waves can be generated at up to 25MHz. There are ten additional waveforms which have controllable parameters, all accessible from the front panel. Arbitrary Waveform Generator Complex waveforms are used for testing purposes throughout the industry. While coordinates for such waveforms can easily be generated on paper or on computers, there is a need for digital instruments to take this data and convert it to electronical signals. An arbitrary waveform generator is about the only tool that can take a set of X-Y coordinates and convert them to real life signals. Combined with the power of ArbConnection, there is no limit to what you can create and generate. Waveform coordinates can be imported from a variety of sources such as MATLAB, ASCII les etc. Anything you can display on one of the composer screens is downloaded in split-second time and generated by the main output. Waveform Memory for High Speed Testing The instruments are sold with 512k waveform memory as standard. Optional 1M waveform memory is offered for applications requiring longer waveforms, placing the WW5061/2 in a far better position than its traditional competitors. The waveform memory is accessible from a remote host, using fast GPIB, USB or LAN interface thus minimizing test time needed when downloading multiple waveforms for one or more tests. The entire space of the waveform memory is backed up by rechargeable batteries allowing waveforms to be downloaded in the lab and the generator moved to another location for eld operation.

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MODELS WW5061/2 50MS/s Single/Dual Channel Arbitrary Waveform Generators Sequence Generator Memory management is a must in today’s arbitrary waveform generators. While very few applications require one long memory, most of the waveforms require a limited number of horizontal points. As a sequence generator, the WW5061/2 lets you divide the entire memory into 2048 smaller segments, load each segment with a different waveform, and then, select the order in which these segments will be linked and the number of loops that each segment will perform. This allows test software to switch between many...

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Arbitrary Waveform Generators STANDARD WAVEFORMS Waveforms: Sine, Triangle, Square, Pulse, Ramp, Sine(x)/x, Gaussian Exponential, Repetitive Frequency Range: Total Harmonic Distortion: Phase Noise (8 points Sine, Max. SCLK) TRIANGLE, RAMP Timing Ranges: 0%-99.9% of period SQUARE, PULSE Timing Ranges: 0%-99.9% of period SINC (SINE(x)/x) GAUSSIAN PULSE Time Constant: EXPONENTIAL FALL/RISING PULSE Time Constant: DIGITAL PULSE GENERATOR OPTION Single or double, programmable Normal, inverted, complement Pulse Mode: Pulse Width: Rise/Fall Time: High Time, Delay & Double Pulse Delay: 20ns to 1000s *1'...

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Arbitrary Waveform Generators SYNC/MARKER OUTPUT SYNCHRONIZATION CONNECTOR Low level: Carrier sample clock High level: Hop frequency Baud Rate Range: 1 bits/sec to 10Mbits/sec Min. FSK Delay: 1 waveform cycle + 50ns Sweep Time: Sweep Step: Sweep Direction: COMMON CHARACTERISTICS Display 11 digits (limited by 1 uHz) Remote 14 digits (limited by 1 uHz) Accuracy/Stability: Same as reference ACCURACY REFERENCE CLOCK initial tolerance over a 19°C aging rate External 10MHz TTL, 50% duty cycle Double into open circuit MAIN OUTPUTS Connector: Front panel BNC Protection: Protected against temporary short...

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Arbitrary Waveform Generators PHASE OFFSET (LEADING EDGE)_ Range: 0 to 512k points (1M option) Resolution/Accuracy: 1 point, or 1 SCLK of CH. 2 Initial Skew: <±2ns, with sclk divider = 1 <±3ns, with sclk divider > 1 CHANNEL 2 SAMPLE CLOCK DIVIDER ORDERING INFORMATION MULTI-INSTRUMENT SYNCHRONIZATION PHASE OFFSET (LEADING EDGE) Initial Skew: length and quality, typically with 0.5 meter coax cables Voltage Range: Frequency Range: Power Consumption: Display Type: With Feet Without Feet Without Package Shipping Weight 1 x rear, USB device, (A type) IEEE 488.2 standard interface Arbitrary Waveform...

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