7046

Other

• currents having magnitudes up to 0.5 ampere with- good time resolution in measurement of short,

  500 mA

  currents having magnitudes up to 0.5 ampere with- good time resolution in measurement of short,

• The spectral response of the 7046 covers the with a supply voltage of 2400 volts. The output

  2400 V

  The spectral response of the 7046 covers the with a supply voltage of 2400 volts. The output

• range fromabout 2500 to 6500 angstroms, as shown current of the 7046 is a linear function of the

  7046

  range fromabout 2500 to 6500 angstroms, as shown current of the 7046 is a linear function of the

• 4200 angstroms. The 7046, therefore, has high conditions

  7046

  4200 angstroms. The 7046, therefore, has high conditions.

• output current inpulse service than would other— Anode to dynode No.1¥

  2.4 pF

  output current inpulse service than would other— Anode to dynode No.1¥. . . . . . . 2.4 uuf

• DC ANODE-SUPPLY VOLTAGE. . . . . 3400 max. volts

  3400 V

  DC ANODE-SUPPLY VOLTAGE. . . . . 3400 max. volts

• DC SUPPLY VOLTAGE BETWEEN DYNODE NO

  1 V

  DC SUPPLY VOLTAGE BETWEEN DYNODE NO 1u

• AND ANODE. . . . . . . 400 max. volts

  400 V

  AND ANODE. . . . . . . 400 max. volts

• DYNODES. . . . . . . Y400 max. volts

  0 V

  DYNODES. . . . . . . Y400 max. volts

• AND DYNODE No.13 . . . . 500 max. volts

  500 V

  AND DYNODE No.13 . . . . 500 max. volts

• OC GRID-No.2 SUPPLY VOLTAGE . . 1500 max. volts

  1500 V

  OC GRID-No.2 SUPPLY VOLTAGE . . 1500 max. volts

• 0C SUPPLY VOLTAGE BETWEEN GRID No

  2 V

  0C SUPPLY VOLTAGE BETWEEN GRID No.2

• AND ANODE. . . . . PN 2300 max. volts

  2300 V

  AND ANODE. . . . . PN 2300 max. volts

• 1 FTTMAXTVALOE DC GRID-No.1 SUPPLY VOLTAGE . e . 1200 max. volts

  1200 V

  1 FTTMAXTVALOE DC GRID-No.1 SUPPLY VOLTAGE . e . 1200 max. volts

• \ DC SUPPLY VOLTAGE BETWEEN DYNODE No

  1 V

  \ DC SUPPLY VOLTAGE BETWEEN DYNODE No. 1

• AND GRID No.2. . . P 400 max. volts

  400 V

  AND GRID No.2. . . P 400 max. volts

• \ AVERAGE ANODE CURRENT . . . . . 2 max. ma

  2 mA

  \ AVERAGE ANODE CURRENT . . . . . 2 max. ma

• < With E = 2800 volts (except

  2800 V

  < With E = 2800 volts (except

• Grid-No.1l, and Dynode-No.1l Voltages Adjusted to Give

  1 V

  Grid-No.1l, and Dynode-No.1l Voltages Adjusted to Give

• angstroms . . . . - 0.140 - amp/

  140 mA

  angstroms . . . . - 0.140 - amp/

• » t 4200 angstroms . . -~ 0.046 - paf

  0.046

  » t 4200 angstroms . . -~ 0.046 - paf

• [ At 0 cps. . . . %0 180

  1 A

  [ At 0 cps. . . . %0 180 1500 amp/1umen

• electrodeT . . . ~ 108 - amp/}umen

  108 A

  electrodeT . . . ~ 108 - amp/}umen

• WAVELENGTH—ANGSTROMS current AmpTlflcatlon - 3 x

  106

  WAVELENGTH—ANGSTROMS current AmpTlflcatlon - 3 x 106 -

• éutu w3 2 <4 current fnput®® _ | -~ 26x10-56 fi6x1¢5‘ watt

  5 W

  éutu w3 2 <4 current fnput®® _ | -~ 26x10-56 fi6x1¢5‘ watt

• ~ 13x1077 - watt

  77 W

  - -~ 13x1077 - watt

• DATA With E = 3400 volts (except as noted), and with Grid-No

  3 V

  DATA With E = 3400 volts (except as noted), and with Grid-No.3,

• General: Grid-No. 1, and Dynode- No.l Voltages Adjusted to Give

  1 V

  General: Grid-No. 1, and Dynode- No.l Voltages Adjusted to Give

• wavelength of Maximum Response . 4200 + 500 angstroms Sensitivity

  500

  wavelength of Maximum Response . 4200 + 500 angstroms Sensitivity:

• external surface . Ultraviolet Transmitting Glass angstroms. . . . . . - 0.91 - amp/

  910 mA

  external surface . Ultraviolet Transmitting Glass angstroms. . . . . . - 0.91 - amp/

• Shape. + « v v v v v e e e e e e e .curved Circular 41200 angstroms . . . - 0.046 - pw

  0.046

  Shape. + « v v v v v e e e e e e e .curved Circular 41200 angstroms . . . - 0.046 - pw

• At 0 cps . . - 1200 - amp/1umen is measured through a filter which passes only the

  1 A

  At 0 cps . . - 1200 - amp/1umen is measured through a filter which passes only the

• output e]ectrodeT - amp/

  1 A

  output e]ectrodeT - amp/1umen

• Current Amplification. . - 20 x 106 - THICKNESS)

  106

  Current Amplification. . - 20 x 106 - THICKNESS)

• averaged over any interval of 30 seconds maximum

  30 s

  averaged over any interval of 30 seconds maximum.

• The load reSIStor has a value of

  0.01 ohm

  The load reSIStor has a value of 0.01 megohm.

• 200 volts are applied between cathode and all other

  200 V

  200 volts are applied between cathode and all other

• sistor has a value of

  0.01 ohm

  sistor has a value of 0.01 megohm.

• a tungsten— f|1ament lamp operated at a color tempera- electrode voltages

  1 V

  a tungsten— f|1ament lamp operated at a color tempera- electrode voltages.

• megohm, and 200 volts are epplied between cathode and leaving the photocathode by incident radiant p

  200 V

  megohm, and 200 volts are epplied between cathode and leaving the photocathode by incident radiant power of a

• Measured at 4200 angstroms. Luminous Sen;itivitg. The quotient of output current Dy

  4200

  Measured at 4200 angstroms. Luminous Sen;itivitg. The quotient of output current Dy

• tivity of 500 amperes per lumen. Dark current caused photocathode current, at constant electrode vol

  500 V

  tivity of 500 amperes per lumen. Dark current caused photocathode current, at constant electrode voltages

• supply voltage E)} below 2000 volts is recommended. flux which when modulated in a stated manner pro

  2000 V

  supply voltage E)} below 2000 volts is recommended. flux which when modulated in a stated manner produces an

• 2800 volts, 259C tube temperature, tungsten light source

  259 V

  2800 volts, 259C tube temperature, tungsten light source

• to amplify signals composed of electron streams. it todynode No.l4. Spacing between dynode No. |

  4

  to amplify signals composed of electron streams. it todynode No.l4. Spacing between dynode No. |4

• I GRID-N22-TO-DYNODE-Ne 2 (DY2) VOLTS =212 the overal|l supply voltage should be reapportioned

  212 V

  I GRID-N22-TO-DYNODE-Ne 2 (DY2) VOLTS =212 the overal|l supply voltage should be reapportioned

• ETC. THRU [ VOLTS=I06 the anode are increased. Successive interdynode

  6 V

  ETC. THRU [ VOLTS=I06 the anode are increased. Successive interdynode

• voltages should not be more than 5/4 of the

  4 V

  voltages should not be more than 5/4 of the

• GRID-N2| VOLTAGE, GRID-N23 VOLTAGE, AND DY,

  3 V

  GRID-N2| VOLTAGE, GRID-N23 VOLTAGE, AND DY,

• LIGHT SOURCE 1S A TUNGSTEN-FILAMENT LAMP

  1

  LIGHT SOURCE 1S A TUNGSTEN-FILAMENT LAMP

• 1L LIGHT SOURCE IS A TUNGSTEN-FILAMENT LAMP

  1

  1L LIGHT SOURCE IS A TUNGSTEN-FILAMENT LAMP

• Table 1. The voltagedistribution

  1 V

  Table 1. The voltagedistribution

• operating voltage between dynode No.l4 and anode 1.0 10 100 1000

  100000 V

  operating voltage between dynode No.l4 and anode 1.0 10 100 1000 10000 100000

• approximate range of 50 to 100 volts. Low

  100 V

  approximate range of 50 to 100 volts. Low

• operating voltages between dynode No.l|4 and anode number of col lected photoelectrons is the primar

  4 V

  operating voltages between dynode No.l|4 and anode number of col lected photoelectrons is the primary

• No.l13, serves to minimize the effect of space apply the highest voltage to the accelerating

  3 V

  No.l13, serves to minimize the effect of space apply the highest voltage to the accelerating

• voltage is applied to the electrodes of the

  7046 V

  voltage is applied to the electrodes of the 7046

• CATHODE & GRID N21 2 APPROX™ ally released from the cathode, by secondary

  2 s

  CATHODE & GRID N21 2 APPROX™ ally released from the cathode, by secondary

• 2 CATHODE -TO-GRID-N

  1215 V

  2 CATHODE -TO-GRID-N22 VOLTS=1215

• GRID~-N22-TO- DYNODE - N22 (DY2) VOLTS=

  212 V

  GRID~-N22-TO- DYNODE - N22 (DY2) VOLTS=212

• ~ 2 VOLTS=106

  106 V

  ~ 2 VOLTS=106

• GRID-N2} VOLTAGE,GRID-N23 VOLTAGE, AND

  3 V

  GRID-N2} VOLTAGE,GRID-N23 VOLTAGE, AND

• 2| qe” A A 2 DY) VOLTAGE ADJUSTED FOR MAX. ANODE

  2 V

  - 2| qe” A A 2 DY) VOLTAGE ADJUSTED FOR MAX. ANODE

• SUPPLY VOLTS (£)

  7 V

  SUPPLY VOLTS (£) 7

• the voltage divider. Since the accelerating of Type

  7046 V

  the voltage divider. Since the accelerating of Type 7046.

• the accelerating-electrode voltage may be adjusted curves in Fig.6 which show luminous sensitivity

  6 V

  the accelerating-electrode voltage may be adjusted curves in Fig.6 which show luminous sensitivity

• in Fig.4, occurs in the approximate range of voltage—-adjustment range required to take care

  4 V

  in Fig.4, occurs in the approximate range of voltage—-adjustment range required to take care

• 50 to

  100 V

  50 to 100 volts,

• [ CATHODE-TO-GRID-N

  1215 V

  [ CATHODE-TO-GRID-N22 VOLTS=1215

• [ GRID-N22-TO-DYNODE-N22 (DY2) VOLTS =

  2 V

  [ GRID-N22-TO-DYNODE-N22 (DY2) VOLTS =2i2

• volts. Within this range, the noise at the anode [ DY;

  4 V

  volts. Within this range, the noise at the anode [ DY;4~TO-ANODE

• is produced primarily by the statistical release [ GRID-N2) VOLTAGE, GRID-N23 VOLTAGE, AND DY)

  3 V

  is produced primarily by the statistical release [ GRID-N2) VOLTAGE, GRID-N23 VOLTAGE, AND DY)

• second. Atvoltages above3200 volts, regenerative r POSITIVE VALUES ARE FOR LINES OF FORCE FROM

  200 V

  second. Atvoltages above3200 volts, regenerative r POSITIVE VALUES ARE FOR LINES OF FORCE FROM

• low the maximum rated value of 2 milliamperes is Current of Type

  7046 mA

  low the maximum rated value of 2 milliamperes is Current of Type 7046.

• anode current should not exceed 100 microamperes. determined from Fig.6 for low—light-level service

  6 A

  anode current should not exceed 100 microamperes. determined from Fig.6 for low—light-level service.

• The range of sensitivity values is dependent For example, ifasensitivity design value of

  200

  The range of sensitivity values is dependent For example, ifasensitivity design value of 200

• be expected between individual tubes of a given corresponds to a supply voltage of about

  3180 V

  be expected between individual tubes of a given corresponds to a supply voltage of about 3180

• to a supply voltage of 2340 volts. Therefore,

  2340 V

  to a supply voltage of 2340 volts. Therefore,

• number of stages. Thus, very small variations in voltage over the range from 2340 to

  3180 V

  number of stages. Thus, very small variations in voltage over the range from 2340 to 3180 volts.

• amplification per stage produce very large changes Electrostatic shielding of the 7046 is not

  7046

  amplification per stage produce very large changes Electrostatic shielding of the 7046 is not

• It istobe noted that the use of an external *FOR -3400V, CURRENT IS 5.88 MA

  -9373 mA

  It istobe noted that the use of an external *FOR -3400V, CURRENT IS 5.88 MA. 92CS5-9373

• presents a safety hazard unless the shield is Cy = 25 puf, disk ceramic, 600 volts (dc working)

  600 V

  presents a safety hazard unless the shield is Cy = 25 puf, disk ceramic, 600 volts (dc working)

• connected through a high impedance in the order Cp, = 50 puf, disk ceramic, 600 volts (dc working)

  600 V

  connected through a high impedance in the order Cp, = 50 puf, disk ceramic, 600 volts (dc working)

• C3 = 100 puf, disk ceramic, 600 volts (dc working)

  600 V

  C3 = 100 puf, disk ceramic, 600 volts (dc working)

• of 10 megohms to the potential. If the shield is

  10 ohm

  of 10 megohms to the potential. If the shield is

• Cy = 250 puf, disk ceramic, 600 volts (dc working)

  600 V

  Cy = 250 puf, disk ceramic, 600 volts (dc working)

• not soconnected, extreme care should be observed Cs = 500 uuf, disk ceramic, 600 volts (dc working)

  600 V

  not soconnected, extreme care should be observed Cs = 500 uuf, disk ceramic, 600 volts (dc working)

• in providing adequate safe-guards to prevent Ce¢ = 100 uuf, disk ceramic, 600 volts (dc working)

  600 V

  in providing adequate safe-guards to prevent Ce¢ = 100 uuf, disk ceramic, 600 volts (dc working)

• personnel from coming in contact with the high Ry = 50000 ohms, 2 watts, adjustable

  2 W

  personnel from coming in contact with the high Ry = 50000 ohms, 2 watts, adjustable

• potential of the shield. R2 = 200000 ohms,

  10 W

  potential of the shield. R2 = 200000 ohms, 10 watts