Simulate, Stimulate, Test.. WW5064/1074/2074 50MS/s, 100MS/s or 200MS/s Four Channel Arbitrary Waveform Generators Specification CONFIGURATION '0 Crossings”: 4-100 HALF-CYCLE WAVEFORMS Output Channels 4, semi-independent GAUSSIAN STANDARD WAVEFORMS Time Constant: 10-200 Frequency Range: Sine Square, Pulse Sine, Triangle, Square, Pulse, Ramp, Sine(x)/x, Gaussian, Exponential, Repetitive Noise and DC SINE Start Phase: 0-360° Non-Harmonic Distortion: EXPONENTIAL PULSE_ Time Constant: -100 to 100 Pulse Mode: Pulse Width: Rise/Fall Time: Function Shape: Frequency Range: Phase (Sine/triangle): Phase Resolution: Duty Cycle Range: Delay Between Half Cycles (Continuous only): 200ns to 20s Delay Resolution 20ns Sine, Triangle, Square 0.01Hz to 1MHz 0 to 360° ARBITRARY WAVEFORMS Linear Total Harmonic Distortion: DC to 100kHz 0.1% High Time, Delay & Double Pulse Delay: Phase Noise (8 points Sine, Max. SCLK) -80dBc/Hz -89dBc/Hz 100Hz Offset 1kHz Offset 10kHz Offset 100kHz Offset 1MHz Offset Single or double, programmable Normal, inverted or complement Double into high impedance Sample Rate: Vertical Resolution: Waveform Memory: WW5064 WW1074/WW2074 Min. Segment Size: Resolution: SEQUENCED WAVEFORMS Operation: Multi Sequence: Sequencer Steps: Segment Duration: Segment Loops: ADVANCE MODES Segments may be linked and repeated in a user-selectable order to generate extremely long waveforms. Segments are advanced using either a command or a trigger 1 to 10, Selectable 1 to 4k 600ns min. TRIANGLE Start Phase Range: 0-360° Timing Ranges: 0%-99.9% of period Duty Cycle Range: 0% to 99.9% Timing Ranges: 0%-99.9% of period SINC (Sine(x)/x) Amplitude Window: Low Level High Level 1. All pulse parameters, except rise and fall times, may be freely programmed within the selected pulse period provided that the ratio between the period and the smallest incremental unit does not exceed the ratio of 1,000,000 to 1. With the 2M/4M option, the ratio is extended to 2,000,000 (4,000,000) to 1, hence the specifications below do not show maximum limit as each must be computed from the above relationship. 2. Rise and fall times, may be freely programmed provided that the ratio between the rise/fall time and the smallest incremental unit does not exceed the ratio of 100,000 to 1. 3. The sum of all pulse parameters must not exceed the pulse period setting Advance Source: No triggers required to step from one segment to the next. Sequence is repeated continuously through a preprogrammed sequence table Current segment is sampled continuously, external trigger advances to next programmed segment. Current segment is sampled to the end of the segment including repeats and idles there. Next trigger advances to next segment Each step of a sequence can be programmed to advance either: a) automatic (Automatic mode), or b) with a trigger (Stepped mode) External (TRIG IN), Internal or software For more information or to schedule a demo call today Or visit our website www.taborelec.com

Simulate, Stimulate, Test.. WW5064/1074/207450MS/s, 100MS/s or 200MS/s Four Channel Arbitrary Waveform GeneratorsSpecification COMMON CHARACTERISTICS SAMPLE CLOCK OUTPUT Display 11 digits (limited by 1|tHz) Remote 14 digits (limited by 1|tHz) Accuracy/Stability: Same as reference ACCURACY REFERENCE CLOCK initial tolerance over a 19°C to 29°C temperature range; 1ppm/°C below 19°C and above 29°C; 1ppm/year aging rate Connector: Rear panel SMB COUPLE OUTPUT Connector: Rear panel SMB Level: LVPECL TRIGGER INPUT 10mV to 10Vp-p into 500. Double into open circuit 4 digits Input Impedance: Polarity:...

Simulate, Stimulate, Test.. WW5064/1074/207450MS/s, 100MS/s or 200MS/s Four Channel Arbitrary Waveform GeneratorsSpecification INTER-CHANNEL DEPENDENCY GENERAL ORDERING INFORMATION Separate controls: Output on/off, amplitude, offset, standard waveforms, user waveforms, user waveform size, sequence table Common Controls: Sample clock (Arb), frequency (Std), period (Pulse) reference source, trigger modes, trigger advance source, SYNC OUT. DESCRIPTION: Channel 1 used as start reference channel 2, 3 and 4 can be offset by a programmable number of points. Channels 3&4 must have the same duration in...