Learn More about the LeCroy WaveAce Line

Debug with Confidence

• 40 MHz, 60 MHz, 100 MHz, 200 MHz and 300 MHz bandwidths
• 2 and 4 channel models available
• Sample rates up to 2 GS/s
• Longest memory in class – up to 10 kpts/Ch (20 kpts interleaved)
• 5.7″ bright color display on all models
• 32 automatic measurements
• 4 math functions plus FFT
• Large internal waveform and setup storage
• Multi-language user interface and context sensitive help
• USB connections for memory sticks, printers and PCs

Starting at $695

Smart Capabilities

Pass Fail Mask Testing

The Pass/Fail test will quickly identify waveforms that fail the customizable mask test.

Using the FFT

The FFT displays the frequency content of a signal for in-depth analysis and can be viewed in linear or logarithmic scale.

Tools for Improved Debugging

Long Capture – 10 kpts/Ch and 20 kpts interleaved to capture more time and show more waveform details

Pass/Fail Testing – quickly identify failing devices and when failures occur

Math and Measure – 4 basic math functions plus FFT and 32 automatic measurement parameters

Large Internal Storage – save 20 waveforms and 20 setups to the internal WaveAce memory Connectivity – USB for mass storage, printing and PC control plus LAN for fast data  transfer

Waveform Sequence Recorder – record and play back up to 2,500 waveforms

Key Specifications

Bandwidth – 40 MHz, 60 MHz, 100 MHz, 200 MHz, 300 MHz
Channels – 2 or 4
Memory – up to 10 kpts/Ch, 20 kpts interleaved
Sample Rate – up to 2 GS/s
Display – 5.7″ Color QVGA Display
Connectivity – USB Host, USB Device, RS-232, LAN

Function and arbitrary waveform generators are among the most important and versatile pieces of electronic test equipment. In electronic design and troubleshooting, the circuit under scrutiny often requires a controllable signal to simulate its normal operation. The testing of physical systems and transducers often needs stable and reliable signals. The signal levels needed range from microvolts to tens of volts or more.

Download this Free Guidebook HERE (provided in the Adobe Acrobat PDF format)

BK Precision 4079 High Performance Function/Arbitrary Waveform Generator

The 4079 is a versatile high performance dual channel function / arbitrary waveform generator with the largest arbitrary memory depth in its class. The generator combines the ability to produce nearly any conceivable arbitrary waveform with accuracy and precision and a DDS architecture offering easy to use conventional function generator capabilities. Arbitrary waveforms have 14 bit amplitude resolution, 125 MSa/s sample rate and up to 4 million points of length. Waveforms can be output in continuous, triggered, gated or burst modes. The instrument can be remotely controlled via GPIB or RS232 using SCPI-compliant commands. Extensive features such as waveform summing, internal or external AM, FM and FSK modulation along with versatile sweep capabilities and variable edge pulse generation make this generator suitable for a wide range of applications including electronic design, sensor simulation and functional test.

BK Precision 4086AWG  Laboratory Grade Synthesized Function Generator

BK Precision 4086AWG is a laboratory grade synthesized function generator with arbitrary capability. Direct digital synthesis (DDS) techniques are used to create stable, accurate output signals for all 27 built-in standard and complex (arbitrary) waveforms as well as custom arbitrary waveforms. The 4086AWG produces high purity, low distortion sine waves up to 80 MHz, square waves up to 40 MHz and provides extensive analog modulation capabilities including AM, FM, FSK, PSK, pulse modulation, burst mode and linear/logarithmic sweep combined with multiple trigger modes. The included intuitive Windows Software lets users create and edit custom arbitrary waveforms and download them with a single click to the instrument’s non volatile memory. Unmatched affordability and high performance make the 4086AWG a perfect fit for many applications in Electronic Test and Design, Sensor Simulation and Education and Training.

Answer:
A function generator has standard, predefined waveforms, i.e. sine, square, ramp and triangle.  The user can manipulate these waveforms by adjusting basic controls such as the duty cycle, amplitude and offset.  On the other hand, the AWG has the ability to generate these standard waveforms of a function generator and allows a user to arbitrarily define and output waveforms.  The keys to reproducing accurate arbitrary waveforms are (1) sufficiently large memory, (2) high vertical resolution and (3) fast sampling rates.  With today’s rapidly evolving technology, AWGs are being used in a growing number of industries and educational institutes.  Industries utilizing AWG technology for high-end test and design include but are not limited to the military, defense, aerospace, propulsion, automotive, power generation and transmission, and industrial control.

Popular AWG’s
BK Precision 4086AWG and 4084AWG – are laboratory grade synthesized function generators with arbitrary capability. Direct digital synthesis (DDS) techniques are used to generate stable, accurate output signals for all 27 built-in standard and complex (arbitrary) waveforms as well as custom arbitrary waveforms.