Tabor Electronics 5251, Руководство пользователя

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TE5251
User Manual
A-4
Start Phase Resolution 0.01

Square
Duty Cycle Range 0% to 99.9%
Pulse
Delay, Rise/Fall Time, High Time Ranges 0%-99.99% of period (each independently)
Ramp
Delay, Rise/Fall Time, High Time Ranges 0%-99.9% of period (each independently)
Gaussian Pulse
Time Constant Range 10-200
Sinc Pulse
“Zero Crossings” Range
4-100
Exponential Pulse
Time Constant Range -100 to 100
DC Output Function
Range -5 V to +5 V
Arbitrary Waveforms Generator Characteristics
Description Arbitrary Waveforms are created on a remote
computer and downloaded to the instrument through
one of the available remote interfaces. The frequency
of the waveform is calculated from its programmed
sample clock value and the number of waveform
points that were used for creating the waveform
Sample Clock Range
Continuous Run Mode 1 S/s to 250 MS/s (300 MS/s, typically at 25°C)
All Other Run Modes 1 S/s to 225 MS/s (240 MS/s, typically at 25°C)
Resolution 14 digits
Accuracy and Stability Same as reference
Vertical Resolution 20 bits (65,536 amplitude increments)
Waveform Segmentation Permits division of the waveform memory into smaller
segments.
Number of Memory Segments 1 to 10 k
Waveform Segments, size and resolution 4 points size increments from 16 to 2 M points
Custom Waveform Creation Software ArbConnection software allows instrument control
and creation of custom waveforms
Sequenced Waveforms Generator Characteristics
Description Segments may be linked and repeated in a user-
selectable order. Segments are advanced using
either a command or a trigger
Sample Clock Range
Continuous Run Mode 1 S/s to 250 MS/s (300 MS/s, typically at 25°C)
All Other Run Modes 1 S/s to 225 MS/s (240 MS/s, typically at 25°C)
Resolution 14 digits
Accuracy and Stability Same as reference
Advance Modes
Automatic Sequence Advance No trigger required to step from one segment to the
next. Sequence is repeated continuously per a pre-
programmed sequence table.
Stepped Sequence Advance Current segment is sampled continuously until a
trigger advances the sequence to the next
programmed segment and sample clock rate.