Data set 01
1972 Thomson CSF
Published operating points and test conditions from this source.
ImageConverterIntensifier
Other
¢S5
1
¢S5 1 PHOTOCATHODE
The [1]
6914 V
The 6914 (D 16) is a monovoltage type, self-
The [2]
16 V
The 6914 (D 16) is a monovoltage type, self-
Nominal tube voltage
16 V
Nominal tube voltage . ................... 16 kV
Direct interelectrode capacitance, approximate
5 pF
Direct interelectrode capacitance, approximate . ... 5 pF
Photocathode current at nominal voltage {note
1 V
Photocathode current at nominal voltage {note 1)
Ambient temperature . . . .. e [1]
20
- Ambient temperature . . . .. e 20£'5 °c
Ambient temperature . . . .. e [2]
5
- Ambient temperature . . . .. e 20£'5 °c
Anodevoltage [1]
16 V
-Anodevoltage ........... ... 16 000 \")
Anodevoltage [2]
0 V
-Anodevoltage ........... ... 16 000 \")
Anode circuit resistance ... ... e
100
- Anode circuit resistance ... ... e 100 MQ
Color temperature of unfiltered radiation source
2854
- Color temperature of unfiltered radiation source . . 2854 °K
Dark current . .. v v it it ittt n e
20 mA
Dark current . .. v v it it ittt n e 0.02 HA
Fi = unfiltered luminous flux (
2854
Fi = unfiltered luminous flux (2854 °K tungsten lamp) in lumen, incident on the photocathode,
Center resolution : in a [1]
1 us
- Center resolution : in a 1/6 useful minimum diameter concentric circle on photocathode.
Center resolution : in a [2]
6 us
- Center resolution : in a 1/6 useful minimum diameter concentric circle on photocathode.
Published value [1]
7 us
7 - Center magnification shall be measured with a separation of object lines of 1/6 of the useful minimum photocathode
Published value [2]
1 us
7 - Center magnification shall be measured with a separation of object lines of 1/6 of the useful minimum photocathode
Published value [3]
6 us
7 - Center magnification shall be measured with a separation of object lines of 1/6 of the useful minimum photocathode
Published value [1]
8 us
8 - Peripheral magnification shall be measured with a separation of object lines of 4/5 of the useful minimum photocathode
Published value [2]
4 us
8 - Peripheral magnification shall be measured with a separation of object lines of 4/5 of the useful minimum photocathode
Published value [3]
5 us
8 - Peripheral magnification shall be measured with a separation of object lines of 4/5 of the useful minimum photocathode
Published value
10
10 - This is the value of equivalent input illumination (I.R.F.) required to give an increase of luminance on the screen equal
The tube shall be subjected to a temperature cycling with extremal values, + [1]
68
The tube shall be subjected to a temperature cycling with extremal values, +68 °C and —54 °C and held at
The tube shall be subjected to a temperature cycling with extremal values, + [2]
-54
The tube shall be subjected to a temperature cycling with extremal values, +68 °C and —54 °C and held at
Published value [1]
1
1 - A sinusoidal vibration having an amplitude of 1. 5 mm, at a frequency of 30 Hz, for a period of 2. 1/2 minutes.
Published value [2]
1
1 - A sinusoidal vibration having an amplitude of 1. 5 mm, at a frequency of 30 Hz, for a period of 2. 1/2 minutes.
Published value [3]
5
1 - A sinusoidal vibration having an amplitude of 1. 5 mm, at a frequency of 30 Hz, for a period of 2. 1/2 minutes.
Published value [4]
30
1 - A sinusoidal vibration having an amplitude of 1. 5 mm, at a frequency of 30 Hz, for a period of 2. 1/2 minutes.
Published value [5]
2
1 - A sinusoidal vibration having an amplitude of 1. 5 mm, at a frequency of 30 Hz, for a period of 2. 1/2 minutes.
Published value [6]
1
1 - A sinusoidal vibration having an amplitude of 1. 5 mm, at a frequency of 30 Hz, for a period of 2. 1/2 minutes.
Published value [7]
2
1 - A sinusoidal vibration having an amplitude of 1. 5 mm, at a frequency of 30 Hz, for a period of 2. 1/2 minutes.
Published value [1]
2
2 - A sinusoidal vibration having an amplitude of 1. 0 mm, at a frequency of 50 Hz, for a period of 2 minutes.
Published value [2]
1
2 - A sinusoidal vibration having an amplitude of 1. 0 mm, at a frequency of 50 Hz, for a period of 2 minutes.
Published value [3]
0
2 - A sinusoidal vibration having an amplitude of 1. 0 mm, at a frequency of 50 Hz, for a period of 2 minutes.
Published value [4]
50
2 - A sinusoidal vibration having an amplitude of 1. 0 mm, at a frequency of 50 Hz, for a period of 2 minutes.
Published value [5]
2
2 - A sinusoidal vibration having an amplitude of 1. 0 mm, at a frequency of 50 Hz, for a period of 2 minutes.
The tube shall be subjected to a
75
The tube shall be subjected to a 75 g peak half-sine shock with six shock pulses paraliel to, and six shock
pulses perpendicular to, its longitudinal axis. The duration of each shock pulse should be [1]
6
pulses perpendicular to, its longitudinal axis. The duration of each shock pulse should be 6 ms + 2 ms,
pulses perpendicular to, its longitudinal axis. The duration of each shock pulse should be [2]
2
pulses perpendicular to, its longitudinal axis. The duration of each shock pulse should be 6 ms + 2 ms,
Storage temperature should not exceed
68
Storage temperature should not exceed 68 °C. The period the tube is submitted to this limit temperature
Photocathode end
4295
Photocathode end 42,95
Published value [1]
1
1:25 of the photocathode
Published value [2]
25
1:25 of the photocathode