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Specialized - Photo Tube ·PhotoemissiveDetector

R59TAV

Vacuum S1 red/infrared R59T-series phototube for theater sound projection and photoelectric sensing.

Directly heatedCold cathodeCommon cathodeDissimilarSpecialized
Sections
1
Base
-
Socket code
-
Base pins
-
Nominal heater
-

Description

The R59 series tubes are widely used in theater sound projection equipment. This medium sized tube has long been prominent in 35 MM semi- portable systems. Its rugged dependability makes it exceptionally adartable to "A" type sensitive to infra-red and “B” type sensitive to blue. The blue sensitive Visitron tubes have a high response to blue radiation and insignificant response to red radiation. This tube will prove advan- This variant uses the S1 cathode surface described by the family datasheet. The V variant is the higher-voltage vacuum version listed in the maximum-ratings table.

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
-
Nominal heater current
-
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

PhotoemissiveDetector

X-ray radiationInterelectrode capacitances
Max plate voltage
500 V

Photoelectric section. Published anode-cathode capacitance approximately 0.7 pF.

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

195X Visitron Rauland

Published operating points and test conditions from this source.

SECTION 1

PhotoemissiveDetector

Other

  • Peak Anode Voltage

    500 V

    Variant-specific maximum rating

  • Anode-Cathode Capacitance

    0.7 pF

    Variant-specific general characteristic

  • equipment. This medium sized tube has long been prominent in

    35

    equipment. This medium sized tube has long been prominent in 35 MM semi-

  • Cathode Size........ovvvvineninneenn [1]

    1.37 V

    Cathode Size........ovvvvineninneenn 1.37" x .62" 1.37" x .62" 1.37"" x .62" 1.37" x .62"

  • Cathode Size........ovvvvineninneenn [2]

    62 V

    Cathode Size........ovvvvineninneenn 1.37" x .62" 1.37" x .62" 1.37"" x .62" 1.37" x .62"

  • Cathode Size........ovvvvineninneenn [3]

    1.37 V

    Cathode Size........ovvvvineninneenn 1.37" x .62" 1.37" x .62" 1.37"" x .62" 1.37" x .62"

  • Cathode Size........ovvvvineninneenn [4]

    62 V

    Cathode Size........ovvvvineninneenn 1.37" x .62" 1.37" x .62" 1.37"" x .62" 1.37" x .62"

  • Cathode Size........ovvvvineninneenn [5]

    1.37 V

    Cathode Size........ovvvvineninneenn 1.37" x .62" 1.37" x .62" 1.37"" x .62" 1.37" x .62"

  • Cathode Size........ovvvvineninneenn [6]

    62 V

    Cathode Size........ovvvvineninneenn 1.37" x .62" 1.37" x .62" 1.37"" x .62" 1.37" x .62"

  • Cathode Size........ovvvvineninneenn [7]

    1.37 V

    Cathode Size........ovvvvineninneenn 1.37" x .62" 1.37" x .62" 1.37"" x .62" 1.37" x .62"

  • Cathode Size........ovvvvineninneenn [8]

    62 V

    Cathode Size........ovvvvineninneenn 1.37" x .62" 1.37" x .62" 1.37"" x .62" 1.37" x .62"

  • Capacitance (Anode-Cathode) [1]

    2.5 pF

    Capacitance (Anode-Cathode)............ 2.5 MMF. 2.0 MMF. < .8 MMF. < .7 MMF.

  • Capacitance (Anode-Cathode) [2]

    2 pF

    Capacitance (Anode-Cathode)............ 2.5 MMF. 2.0 MMF. < .8 MMF. < .7 MMF.

  • Capacitance (Anode-Cathode) [3]

    8 pF

    Capacitance (Anode-Cathode)............ 2.5 MMF. 2.0 MMF. < .8 MMF. < .7 MMF.

  • Capacitance (Anode-Cathode) [4]

    7 pF

    Capacitance (Anode-Cathode)............ 2.5 MMF. 2.0 MMF. < .8 MMF. < .7 MMF.

  • Leakage Resistance (Min) [1]

    1000 Mohm

    Leakage Resistance (Min)................ 1000 Meg 1000 Meg. 1000 Meg. 1000 Meg.

  • Leakage Resistance (Min) [2]

    1000 Mohm

    Leakage Resistance (Min)................ 1000 Meg 1000 Meg. 1000 Meg. 1000 Meg.

  • Leakage Resistance (Min) [3]

    1000 Mohm

    Leakage Resistance (Min)................ 1000 Meg 1000 Meg. 1000 Meg. 1000 Meg.

  • Leakage Resistance (Min) [4]

    1000 Mohm

    Leakage Resistance (Min)................ 1000 Meg 1000 Meg. 1000 Meg. 1000 Meg.

  • Cathode Size.............covviii [1]

    1.37 V

    Cathode Size.............covviii. ... 1.37" x 62" 1.37" x 62" 1.37" x .62" 1.37" x .62"

  • Cathode Size.............covviii [2]

    62 V

    Cathode Size.............covviii. ... 1.37" x 62" 1.37" x 62" 1.37" x .62" 1.37" x .62"

  • Cathode Size.............covviii [3]

    1.37 V

    Cathode Size.............covviii. ... 1.37" x 62" 1.37" x 62" 1.37" x .62" 1.37" x .62"

  • Cathode Size.............covviii [4]

    62 V

    Cathode Size.............covviii. ... 1.37" x 62" 1.37" x 62" 1.37" x .62" 1.37" x .62"

  • Cathode Size.............covviii [5]

    1.37 V

    Cathode Size.............covviii. ... 1.37" x 62" 1.37" x 62" 1.37" x .62" 1.37" x .62"

  • Cathode Size.............covviii [6]

    62 V

    Cathode Size.............covviii. ... 1.37" x 62" 1.37" x 62" 1.37" x .62" 1.37" x .62"

  • Cathode Size.............covviii [7]

    1.37 V

    Cathode Size.............covviii. ... 1.37" x 62" 1.37" x 62" 1.37" x .62" 1.37" x .62"

  • Cathode Size.............covviii [8]

    62 V

    Cathode Size.............covviii. ... 1.37" x 62" 1.37" x 62" 1.37" x .62" 1.37" x .62"

  • Capacitance (Anode-Cathode) [1]

    2.5 pF

    Capacitance (Anode-Cathode)............ 2.5 MMF. 2.0 MMF. < .8 MMF, < .7 MMF.

  • Capacitance (Anode-Cathode) [2]

    2 pF

    Capacitance (Anode-Cathode)............ 2.5 MMF. 2.0 MMF. < .8 MMF, < .7 MMF.

  • Capacitance (Anode-Cathode) [3]

    8 pF

    Capacitance (Anode-Cathode)............ 2.5 MMF. 2.0 MMF. < .8 MMF, < .7 MMF.

  • Capacitance (Anode-Cathode) [4]

    7 pF

    Capacitance (Anode-Cathode)............ 2.5 MMF. 2.0 MMF. < .8 MMF, < .7 MMF.

  • Leakage Resistance (Min) [1]

    1000 Mohm

    Leakage Resistance (Min)................ 1000 Megq. 1000 Meg. 1000 Meg. 1000 Megq.

  • Leakage Resistance (Min) [2]

    1000 Mohm

    Leakage Resistance (Min)................ 1000 Megq. 1000 Meg. 1000 Meg. 1000 Megq.

  • Leakage Resistance (Min) [3]

    1000 Mohm

    Leakage Resistance (Min)................ 1000 Megq. 1000 Meg. 1000 Meg. 1000 Megq.

  • Leakage Resistance (Min) [4]

    1000 Mohm

    Leakage Resistance (Min)................ 1000 Megq. 1000 Meg. 1000 Meg. 1000 Megq.

  • Anode Voltage, Peak [1]

    9 V

    Anode Voltage, Peak................... 9oV 500V 90V 500V

  • Anode Voltage, Peak [2]

    500 V

    Anode Voltage, Peak................... 9oV 500V 90V 500V

  • Anode Voltage, Peak [3]

    90 V

    Anode Voltage, Peak................... 9oV 500V 90V 500V

  • Anode Voltage, Peak [4]

    500 V

    Anode Voltage, Peak................... 9oV 500V 90V 500V

  • Luminous Sensitivity ( [1]

    25 V

    Luminous Sensitivity (25v).............. 40 uA/L DC 35 uAL/DC 40 uA/L DC 35 uAL/DC

  • Luminous Sensitivity ( [2]

    40 V

    Luminous Sensitivity (25v).............. 40 uA/L DC 35 uAL/DC 40 uA/L DC 35 uAL/DC

  • Luminous Sensitivity ( [3]

    35 V

    Luminous Sensitivity (25v).............. 40 uA/L DC 35 uAL/DC 40 uA/L DC 35 uAL/DC

  • Luminous Sensitivity ( [4]

    40 V

    Luminous Sensitivity (25v).............. 40 uA/L DC 35 uAL/DC 40 uA/L DC 35 uAL/DC

  • Luminous Sensitivity ( [5]

    35 V

    Luminous Sensitivity (25v).............. 40 uA/L DC 35 uAL/DC 40 uA/L DC 35 uAL/DC

  • Gas Amplification [1]

    8

    Gas Amplification ..................... 8 - 8

  • Gas Amplification [2]

    8

    Gas Amplification ..................... 8 - 8

  • Temperature, ambient [1]

    100 C

    Temperature, ambient ................. 100°C 100°C 100°C 100°C

  • Temperature, ambient [2]

    100 C

    Temperature, ambient ................. 100°C 100°C 100°C 100°C

  • Temperature, ambient [3]

    100 C

    Temperature, ambient ................. 100°C 100°C 100°C 100°C

  • Temperature, ambient [4]

    100 C

    Temperature, ambient ................. 100°C 100°C 100°C 100°C

  • Anode Voltage, Peak [1]

    0 V

    Anode Voltage, Peak................... 0V 500V 9oV 500V

  • Anode Voltage, Peak [2]

    500 V

    Anode Voltage, Peak................... 0V 500V 9oV 500V

  • Anode Voltage, Peak [3]

    9 V

    Anode Voltage, Peak................... 0V 500V 9oV 500V

  • Anode Voltage, Peak [4]

    500 V

    Anode Voltage, Peak................... 0V 500V 9oV 500V

  • Luminous Sensitivity [1]

    250 V

    Luminous Sensitivity ................... 250 uA/L DC 45 uA/L DC 250 uA/L DC 45 uA/L DC

  • Luminous Sensitivity [2]

    45 V

    Luminous Sensitivity ................... 250 uA/L DC 45 uA/L DC 250 uA/L DC 45 uA/L DC

  • Luminous Sensitivity [3]

    250 V

    Luminous Sensitivity ................... 250 uA/L DC 45 uA/L DC 250 uA/L DC 45 uA/L DC

  • Luminous Sensitivity [4]

    45 V

    Luminous Sensitivity ................... 250 uA/L DC 45 uA/L DC 250 uA/L DC 45 uA/L DC

  • Luminous Sensitivity ( [1]

    25 V

    Luminous Sensitivity (25v).............. 40 uA/L DC 40 uA/L DC 40 uA/L DC 40 uwA/L DC

  • Luminous Sensitivity ( [2]

    40 V

    Luminous Sensitivity (25v).............. 40 uA/L DC 40 uA/L DC 40 uA/L DC 40 uwA/L DC

  • Luminous Sensitivity ( [3]

    40 V

    Luminous Sensitivity (25v).............. 40 uA/L DC 40 uA/L DC 40 uA/L DC 40 uwA/L DC

  • Luminous Sensitivity ( [4]

    40 V

    Luminous Sensitivity (25v).............. 40 uA/L DC 40 uA/L DC 40 uA/L DC 40 uwA/L DC

  • Luminous Sensitivity ( [5]

    40 V

    Luminous Sensitivity (25v).............. 40 uA/L DC 40 uA/L DC 40 uA/L DC 40 uwA/L DC

  • Gas Amplification [1]

    8

    Gas Amplification ..................... 8 - - 8

  • Gas Amplification [2]

    8

    Gas Amplification ..................... 8 - - 8