A-A-50763
0.0µsec. – 1.0µsec.
1.0µsec. – 10µsec.
10µsec. – 100µsec.
100µsec. – 1,000sec.
1,000µsec. – 10,000µsec.
Note: In the double pulse mode, the first pulse is fixed at approximately zero delay. The second pulse is delayable from 0.5 to 10,000 Microseconds with respect to the leading edge of the first pulse.
Pulse Width.
1. Main pulse width is continuously variable from 0.05 microseconds to 10,000 microseconds in five ranges.
0.5µsec. – 1.0µsec.
1.0µsec. – 10µsec.
10µsec. – 100µsec.
100µsec. – 1,000sec.
1,000µsec. – 10,000µsec.
2. Note: In the double pulse mode, both output pulses are controlled simultaneously in width.
Main pulse. The following are the specifications of the main output pulse.
|
1. Amplitude |
50 V., minimum, into a 502 load |
|
2. Polarity |
Positive or negative, but not simultaneously. |
|
3. Rise Time |
0.015 microseconds |
|
4. Fall Time |
0.015 microseconds |
|
5. Note: The rise and fall time of the output pulse may be independently degraded to approximately 1 microsecond. In the double pulse mode, rise times degrade simultaneously and foil times degrade simultaneously. |
|
6. Overshoot and Undershoot 5% maximum, except when pulse is attenuated more than 30db with the 10db step attenuator, 30% maximum, at 50db down.
7. Droop:
|
0-100 µsec. wide pulse |
Negligible |
|
100-1,000 µsec. wide pulse |
15%, maximum |
|
1,000-10,000 µsec. wide pulse |
25%, maximum |
8. Duty Factor. 30%, maximum, at full output amplitude. Automatic limiting circuit reduces the output amplitude of duty factors greater than 10%. The unit may be safely operated to approximately a 70% duty factor. Output amplitude is approximately, 35 volts at 50% duty factor and approximately 20 volts at 70%. In the double pulse mode, duty factor applies to the sum of both pulse widths.
9. Attenuation 0 to 60db, continuously variable.
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