516: Difference between revisions

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==Pictures==
==Pictures==
<gallery>
<gallery>
File:Tek 516 trace.jpg
Tek 516 trace.jpg
File:Tek 516 front.jpg
Tek 516 front.jpg
File:Tek 516 controls.jpg
Tek 516 controls.jpg
File:Tek 516 rear.jpg
Tek 516 rear.jpg
File:Tek 516 ael.JPG
Tek 516 ael.JPG
File:Tek 516 turret.jpg|turret attenuator
Tek 516 turret.jpg|turret attenuator
File:516hvps.png|HV power supply schematic
516hvps.png|HV power supply schematic
File:516lvps.png|LV power supply schematic
516lvps.png|LV power supply schematic
File:516vert.png|Vertical input amplifier schematic
516vert.png|Vertical input amplifier schematic
File:516vertout and delay.png|Vertical output schematic
516vertout and delay.png|Vertical output schematic
File:516 trigger.png|Trigger schematic
516 trigger.png|Trigger schematic
File:516 timebase.png|Timebase schematic
516 timebase.png|Timebase schematic
File:516 horizontal.png|Horizontal amplifier schematic
516 horizontal.png|Horizontal amplifier schematic
File:Tek 516 bottom front2.jpg|Bottom, toward front
Tek 516 bottom front2.jpg|Bottom, toward front
File:Tek 516 bottom rear.jpg|Bottom, toward rear
Tek 516 bottom rear.jpg|Bottom, toward rear
File:Tek 516 front end.jpg|Attenuators and front-end
Tek 516 front end.jpg|Attenuators and front-end
File:Tek 516 front right.jpg|Right front, sweep rate switch
Tek 516 front right.jpg|Right front, sweep rate switch
File:Tek_516_hvps1.jpg|HV power supply
Tek_516_hvps1.jpg|HV power supply
File:Tek_516_left_front_top.jpg|Right front
Tek_516_left_front_top.jpg|Right front
File:Tek 516 left rear.jpg|Left rear, delay line, LV regulator tubes
Tek 516 left rear.jpg|Left rear, delay line, LV regulator tubes
File:Tek 516 left top.jpg|Left top
Tek 516 left top.jpg|Left top
File:Tek 516 neck pins.jpg|CRT neck pins
Tek 516 neck pins.jpg|CRT neck pins
File:Tek 516 rear right.jpg|Rear right, transformer, filter caps, fan
Tek 516 rear right.jpg|Rear right, transformer, filter caps, fan
File:Tek 516 right top.jpg|Right top
Tek 516 right top.jpg|Right top
File:Tek_516_rear2.jpg|Rear
Tek_516_rear2.jpg|Rear
</gallery>
</gallery>


[[Category:Monolithic tube scopes]]
[[Category:Monolithic tube scopes]]

Revision as of 15:17, 3 February 2018

{{{manufacturer}}} 
15 MHz dual-trace scope
Tektronix 516

Produced from 1960 to 1972

Manuals
(All manuals in PDF format unless noted otherwise)
Manuals – Specifications – Links – Pictures

The Tektronix Type 516 is a monolithic 15 MHz dual-trace oscilloscope introduced in 1960. It contains no transistors.

The 516 is essentially a dual trace version of the 515. The main difference between the 515 and 516 is the front end.

The 515 uses a conventional rotary switch for the input attenuator while the 516 uses turret attenuators. There are also some differences in the vertical amplifier circuitry. The 515 uses a 6AU6 pentode at the front end. The 516 uses a 6DJ8 dual triode at the front end, and in many other places throughout the instrument.

In a 516, the delay line directly drives the vertical deflection plates of the CRT.

The standard CRT is the T55 with P31 phosphor. It has a post-deflection acceleration voltage of +2335 V. The CRT cathode runs at -1675 V. The HV power supply uses three 5642 rectifier tubes:

  • V822 for the CRT cathode voltage
  • V832 for the CRT control grid voltage
  • V842 for the post-deflection voltage

The LV power supply is typical of 1960's Tek scopes. It provides:

  • +400 V unregulated
  • +300 V regulated, using one triode of a 6080 as the output tube
  • +100 V regulated, using one triode of a 6080 as the output tube
  • -150 V regulated, using a 6AU5 tube as the output tube

The reference for the LV supply is a 5651 which produces a -87 V reference, which controls the -150 V supply. The -150 V supply is used as the reference for the +100 V and +300 V supplies. The LV power supply uses the 120-142 power transformer.

Specifications

please add

Pictures