Data set 01
1940 RCA
Published operating points and test conditions from this source.
Cathode Ray
Other
jected screen area of
108
jected screen area of 108 square inches.
ULTOR® VOLTAGE + &+ « & « « & & & & «
13000 V
ULTOR® VOLTAGE + &+ « & « « & & & & « . 13000 max. volts
Employing wide—~angle [(
4
Employing wide—~angle [(900) deflection, the GRID—No.4 VOLTAGE:
14RP4 has a very short length—--a length approx- Positive value . . +
500 V
14RP4 has a very short length—--a length approx- Positive value . . + v « . v ¢ v . . 500 max. volts
imately
500 V
imately 2 inches shorter than a type having the Negative value « + + v v &« o & v o . 500 max. volts
GRID-N0
400 V
GRID-N0.2 VOLTAGE. . . . . . . . . . 400 max. volts
same size faceplate and
1
same size faceplate and 700 deflection. Other GRID-No.1 VOLTAGE:
design features of the |
160 V
design features of the |4RP4 include an external Negative peak value. . . . . . . . . 160 max. volts
Negative bias value. . « . « + «
110 V
Negative bias value. . « . « + « . . 110 max. volts
conductive bulb coating which with the internal Positive bias value
0 V
conductive bulb coating which with the internal Positive bias value. . . . . . . . . 0 max. volts
conductive coating forms a supplementary filter Positive peak valu€. « « o« + o« o o &
2 V
conductive coating forms a supplementary filter Positive peak valu€. « « o« + o« o o & 2 max. volts
Heater negative with respect to cathode
180 V
Heater negative with respect to cathode 180 max., volts
ternal, single-field magnet. Heater positivewith respect tocathode
180 V
ternal, single-field magnet. Heater positivewith respect tocathode 180 max. volts
With any ultor voltage (E._
8000
With any ultor voltage (E._3) between 8000% With any ultor-to-grid-No.l voltage
Y g Hlesk and
14000 V
Y g Hlesk and 14000 volts (Bogg,) betuween 8000% and 14000 wolts
and grid-¥o
2 V
and grid-¥o.2 voltage (E.,p) between 200 and 400 volts and grid-No.2-to-grid-No.l voltage
Grid—No
510 V
Grid—No.4 Voltage Required for Focus: (Bcog,) between 225 and 510 volts
30 volts for each 1000-volt change in Ecgke voltage Required for Focus
1000 V
30 volts for each 1000-volt change in Ecgke voltage Required for Focus:
10 volts for each 100-volt change in Ecoke 30 volts for each 1000-volt
1000 V
10 volts for each 100-volt change in Ecoke 30 volts for each 1000-volt change in Ecggq.
proximately
100 V
proximately 25 volts for each 50-uamp change in ultor 10 volts for each 100-volt change in Ecpgy-
see Exanples of Use of Design Ranges. proximately
50 V
see Exanples of Use of Design Ranges. proximately 25 volts for each 50—uamp change in ultor
Grid-No
1
Grid-No.1 Voltage (Ec ) for
Visual Extinction
1
Visual Extinction 1 For typical values, see Examples of Use of Design Ranges.
for Grid=Drive Service Cathode-to~Grid-No
1
for Grid=Drive Service Cathode-to~Grid-No.1 Voltage (Ekg1)
Grid-No
25
Grid-No.4 Current. . . -25 to +25 pamp
Grid-No
15
Grid-No.2 Current. . . -15 to +15 pamp
Grid-No
25
Grid-No.4 Current. . . . -25 to +25 pamp
Current (Average)™*. qlEcsk/
15 mA
Current (Average)™*. qlEcsk/1uooo X 38 ma Grid-No.2 Current, . . . -15 to +15 pamp
of PM lon~Trap Average) .\/Ecsgll1uooo X
38 mA
of PM lon~Trap Average) .\/Ecsgll1uooo X 38 ma
W¥ith ultor voltage of
14000 V
W¥ith ultor voltage of 10000 14000 volts Examples of Use of Design Ranges:
voltage of
14000 V
voltage of 300 300 volts voltage of 10000 14000 volts
Grid-No
2
Grid-No.4 Voltage for and grid-No.2-to-grid-
Focus with Ultor ¥o.l voltage of
300 V
Focus with Ultor ¥o.l voltage of 300 300 volts
Current of
1 V
Current of 100 pamp. . . =50 to +350 +70 to +470 volts Grid—-No, 4—to~Grid—No.1
Grid-No
1
Grid-No.1 Voltage for Voltage for Focus with
Focused Raster . . . . . =
47 V
Focused Raster . . . . . =26 to =70 =26 to -70 volts 100 gamp .+ + . . . . -50 to +350 +70 to+47¢C volts
White-level value Raster . . «
59 V
White-level value Raster . . « . . . . . 26 to 59 26 to 59 volts
(Peak positive)
1 V
(Peak positive). . . . 26 to 70 26 to 70 volts Cathode-to-Grid-No.1
Maximum Circuit Values! (Peak negative)
59 V
Maximum Circuit Values! (Peak negative). . . 26 to 59 26 to 59 volts
Grid-No
1.5
Grid-No.1-Circuit Resistance . . . . . 1.5 max, megohms Min, Field Strength of
CATHODE-DRIVE™ SERVICE Grid-No
1.5
CATHODE-DRIVE™ SERVICE Grid-No.1-Circuit Resistance . . . . . 1.5 max. megohms
ULTOR.—TO—GRID—NO.l VOLTAGE.,
14000 V
ULTOR.—TO—GRID—NO.l VOLTAGE., . . . . 14000 max. volts the electrons in the beam prior to its deflection. In
GRID~NO
5
GRID~NO.4~TO~GRID—=NO.1 VOLTAGE: the 14RP4, the ultor function is performed by grid No.5.
Positive value + « ¢ v & « v & & &
14 V
Positive value + « ¢ v & « v & & & 500 max. volts together within the 14RPY, they are collectively re=-
Negative value . . . . . « . «
500 V
Negative value . . . . . « . « . . 500 max., volts ferred to simply as "ultor"™ for convenience inpresent-
GR|
510 V
GR|1D-N0O.2-TO~GRID—=NO.1 VOLTAGE . . 510 max., volts ing data and curves.
CATHODE~TO-GRID-No
1
CATHODE~TO-GRID-No.1 VOLTAGE: A& Grid drive is the operating condition in which the
Positive peak value
1 V
Positive peak value. . . . . . . . 160 max. volts videosignal varies the grid No.1 potential with respect
Positive bias value. « + « + « » &
110 V
Positive bias value. « + « + « » & 110 max. volts
Negative bias value
0 V
Negative bias value. . . . . . . . 0 max. volts # Brilliance and definition decrease with decreasing
ultor voltage or uttor-to-grid-No
1
ultor voltage or uttor-to-grid-No.1voltage. In general,
Negative peak value. « «
1 V
Negative peak value. « « 4« v « + & 2 max, volts the ultor voltage or ultor-to-grid-No.1 voltage should
PEAK HEATER—~CATHODE VOLTAGE: not be less than
8000 V
PEAK HEATER—~CATHODE VOLTAGE: not be less than 8000 volts.
to cathode
180 V
to cathode. 180 max. volts with the trailing edge of the pole pieces located over
to cathode
180 V
to cathode. 180 max. volts give maximum brightness.
of the PM ion-trap magnet shoulg be added to the within £
10
of the PM ion-trap magnet shoulg be added to the within £ 10 per cent of line-center voltage
should not exceed the specified minimum value by more value of |
17 V
should not exceed the specified minimum value by more value of |17 volts.
ratings permit} up to
16
ratings permit} up to 16 kilovolts {absolute
OPERATING CONSIDERATIONS posure at close range. Above |
6
OPERATING CONSIDERATIONS posure at close range. Above |6 kilovolts,
iiEf.—
6.3 V
iiEf.— 6.3 YOLTS tHE¢ = 6.3 VOLTS
[ ULTOR VOLTS =
14000 V
[ ULTOR VOLTS = 8000 TO 14000 FH ULTOR-TO-GRID-NO.1 VOLTS = 8000 TO 14000
1 GRID-No.4 VOLTS ADJUSTED FOR FOCUS 5 GRID-No.4-TO-GRID-No.1 VOLTS AD
1 V
1 GRID-No.4 VOLTS ADJUSTED FOR FOCUS 5 GRID-No.4-TO-GRID-No.1 VOLTS ADJUSTED FOR FOCUSi
GRID-No
1 V
GRID-No.1 VOLTS
GRID-No
1 V
GRID-No.2 VOLTS GRID-No.2-TO-GRID-No.1 VOLTS
ultor voltage, ultor current, and grid-No
2
ultor voltage, ultor current, and grid-No.2 I. Calculate the maximum focusing-voltage
designers flexibility in determining the approx- from
12000 V
designers flexibility in determining the approx- from 10000 to 12000 volts by applying the rule
particular requirements. the rate of approximately
1000 V
particular requirements. the rate of approximately 30 volts for each 1000~
Ef =
6.3 V
Ef =63 VOLTS Ef =63 VOLTS [E¢=6.3 YOLTS Ef=6.3 VOLTS
ULTOR-TO-GRID-N#
1 V
ULTOR-TO-GRID-N#1 VOLTS = 10000 ULTOR VOLTS = 10000 FULTOR-TO-GRID-No. 1 ULTOR VOLTS=