He designed the 7A29 plugin and its two ICs, one of which was used extensively in the mainframe. Wink Gross designed the main vertical amplifier including the channel switch, the main vertical output amplifier and its IC. Dave Morgan designed the mainframe horizontal amplifier and Art Metz designed the Z axis system. Dennis Hall was the project leader for the CRT and Aris Silzars designed the vertical deflection plate structure and managed the acquisition of the microchannel plate.
This Volume 11 Number 1 Tekscope describes the technical breakthroughs required in the development of this instrument. Click on the image to view the PDF. Be the first! Add Comment. Notify me of new comments via email. I have read and agree to the terms and conditions. By submitting a comment, you are declaring that you agree with these rules: Although the administrator will attempt to moderate comments, it is impossible for every comment to have been moderated at any given time.
You acknowledge that all comments express the views and opinions of the original author and not those of the administrator. The same technique is employed in the 7A29 amplifier plug-in. These transistors produce a 25 kHz waveform that is fed to the primary of T , whose secondaries provide the power for the rest of the scope.
The inverter control circuit uses the inverter control IC, which is U Each section has an opamp and a BJT output transistor in emitter-follower configuration. The opamps need power, too. It uses a 9 V zener diode, VR, as a reference. The upper half of the can be tilted upward for service.
A metal support is included, like on the hood of a car. Rise time measurement. CRT filter not removed. CRT amplification loss is evident around the center line. Faster-than-light beam on ? Using a calibration fixture at maximum amplitude produces this trace spanning 1. Trace length is 1. Apparent speed is therefore Tektronix 1 GHz non-storage mainframe.
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