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Tube Tinker — Electron Tube Database
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Specialized - Photo Tube ·CameraPickup

8092

Long-life image-orthicon television camera tube for live color pickup under low lighting. A high-gain thin-film semiconductor target, field mesh, magnetic focusing, and deflection provide sensitive color-camera operation.

Directly heatedCold cathodeCommon cathodeDissimilarSpecialized
Sections
1
Base
-
Socket code
-
Base pins
-
Nominal heater
6.3 V / 600 mA

Description

Image orthicon television camera tube for live color pickup under low lighting, with a high-gain thin-film semiconductor target, field mesh, magnetic focus and deflection, and long-life design.

General specifications

Tube and section characteristics

Properties common to every published source and operating point.

Heater and base

Base
-
Socket code
-
Base pins
-
Nominal heater voltage
6.3 V
Nominal heater current
600 mA
Parallel heater voltage
-
Parallel heater current
-
Series capable
No

Terminal pinout

Electrical assignments shared by every tube using this base designation.

No verified pinout is recorded for this base designation.

Section ratings

1 physical section, each with unique specifications.

Section 1

CameraPickup

X-ray radiationInterelectrode capacitances

No fixed ratings are recorded for this section.

Promoted fields mapped by printed headings; additional data retained in parameters.

Source-dependent data

Operating conditions by source

Each block preserves the test conditions and published values from one reference. Values from different sources are intentionally kept separate.

Data set 01

1968 General Electric Co

Published operating points and test conditions from this source.

SECTION 1

CameraPickup

Other

  • Cathode—Unipotential Over-all Length. .. ... .. ... ...... ... 15.20+

    0.25 in

    Published datasheet line; semantic text-layer recovery

  • Heater Voltage, ACor DC... . ..... ... 6.3=10%, Volts Greatest Diameter of Bulb ... ... ... . . 3.00+=

    0.06 in

    Published datasheet line; semantic text-layer recovery

  • Heater Current

    600 mA

    Published datasheet line; semantic text-layer recovery

  • Photocathode—Semi-transparent Diameter

    234 in

    Published datasheet line; semantic text-layer recovery

  • Response—S-10 Deflecting Coil Length

    5 in

    Published datasheet line; semantic text-layer recovery

  • Rectangular Image, 4 by 3 aspect ratio Focusing Coil Length

    10 in

    Published datasheet line; semantic text-layer recovery

  • Useful Size, maximum diagonal.. .. 1.8

    1 in

    Published datasheet line; semantic text-layer recovery

  • Deflecting Method—Magnetic the tube axis at an angle of less than

    20 deg

    Published datasheet line; semantic text-layer recovery

  • Photocathode Voltage. ... ... .......... —

    550 V

    Published datasheet line; semantic text-layer recovery

  • Photocathode Voltage. ... ... .......... —

    350 V

    Published datasheet line; semantic text-layer recovery

  • Anode Supply Voltage™

    1350 V

    Published datasheet line; semantic text-layer recovery

  • Anode Supply Voltage™

    6 V

    Published datasheet line; semantic text-layer recovery

  • Grid-No. 1 Voltage Negative Value

    10 V

    Published datasheet line; semantic text-layer recovery

  • Negative Bias Value

    125 V

    Published datasheet line; semantic text-layer recovery

  • Positive Bias Value

    0 V

    Published datasheet line; semantic text-layer recovery

  • Grid-No. 2 and Dynode-No. 1 Voltage

    350 V

    Published datasheet line; semantic text-layer recovery

  • PublishedData

    125 V

    Published datasheet line; semantic text-layer recovery

  • Grid-No. 3 Voltage

    400 V

    Published datasheet line; semantic text-layer recovery

  • Grid-No. 4 Voltage

    300 V

    Published datasheet line; semantic text-layer recovery

  • Grid-No. 5 Voltage

    150 V

    Published datasheet line; semantic text-layer recovery

  • Grid-No. 6 Voltage. .. ... ............. —

    550 V

    Published datasheet line; semantic text-layer recovery

  • focus. .. ... —400 to —

    540 V

    Published datasheet line; semantic text-layer recovery

  • focus. .. ... —400 to —

    1 V

    Published datasheet line; semantic text-layer recovery

  • Cutoff, beam............... —45to =

    115 V

    Published datasheet line; semantic text-layer recovery

  • Voltage

    300 V

    Published datasheet line; semantic text-layer recovery

  • focus. . . 225 t0

    330 V

    Published datasheet line; semantic text-layer recovery

  • Grid-No. 4 Voltage. beam focus 140 to

    180 V

    Published datasheet line; semantic text-layer recovery

  • Grid-No, 5 Voltage, decelerator. 0to

    125 V

    Published datasheet line; semantic text-layer recovery

  • Voltage, approximate........—300 to —

    405 V

    Published datasheet line; semantic text-layer recovery

  • Voltage, approximate........—300 to —

    20 V

    Published datasheet line; semantic text-layer recovery

  • Dynode-No. 2 Voltage

    600 V

    Published datasheet line; semantic text-layer recovery

  • Dynode-No. 3 Voltage

    800 V

    Published datasheet line; semantic text-layer recovery

  • Dynade-No. 4 Voltage

    1000 V

    Published datasheet line; semantic text-layer recovery

  • Dynode-No. 5 Voitage

    1200 V

    Published datasheet line; semantic text-layer recovery

  • Anode Voltage

    1250 V

    Published datasheet line; semantic text-layer recovery

  • The target supply voltage should be adjustable from =3 to +

    35 V

    Published datasheet line; semantic text-layer recovery

  • +

    2 V

    Published datasheet line; semantic text-layer recovery