Data set 01
1971 RCA HB3 Binder 4 of 7
Published operating points and test conditions from this source.
Rectifier
Characteristics
Controlled for X-Radiation — published value 1
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Controlled for X-Radiation — published value 2
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Controlled for X-Radiation — published value 3
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Filament Voltage, ac or do — published value 1
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Filament Voltage, ac or do — published value 2
3.15 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Filament Voltage, ac or do — published value 3
0.5 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Filament Current at Ef = 3.15 V — published value 1
3.15 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Filament Current at Ef = 3.15 V — published value 2
0.28 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Direct Interelectrode Capacitance:a
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Instantaneous Tube Voltage — published value 1
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Instantaneous Tube Voltage — published value 2
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Plate Current (ib) = 7 mA — published value 1
7 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Plate Current (ib) = 7 mA — published value 2
50 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Type of Cathode — published value 1
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Type of Cathode — published value 2
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Type of Cathode — published value 3
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Inverse Plate Voltaged
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Filament Voltage (absolute min.) — published value 1
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Filament Voltage (absolute min.) — published value 2
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Filament Voltage (absolute min.) — published value 3
2.65 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
a Measured without external shield in accordance with the current — published value 1
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
a Measured without external shield in accordance with the current — published value 2
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
b As defined in the current issue of EIA Standazd RS-239A — published value 1
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
b As defined in the current issue of EIA Standazd RS-239A — published value 2
-239
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
d This rating is applicable when the duration of the voltage pulse — published value 1
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
d This rating is applicable when the duration of the voltage pulse — published value 2
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
d This rating is applicable when the duration of the voltage pulse — published value 3
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
points at or near filament potential. Otherwise, do not use — published value 1
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
points at or near filament potential. Otherwise, do not use — published value 2
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
points at or near filament potential. Otherwise, do not use — published value 3
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Measurement of Filament Voltage. It is recommended that a — published value 1
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Measurement of Filament Voltage. It is recommended that a — published value 2
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Measurement of Filament Voltage. It is recommended that a — published value 3
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
thermocouple rms voltmeter be used to measure filament — published value 1
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
thermocouple rms voltmeter be used to measure filament — published value 2
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
thermocouple rms voltmeter be used to measure filament — published value 3
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
voltage. The meter and its leads must be insulated to — published value 1
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
voltage. The meter and its leads must be insulated to — published value 2
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
circuit during this measurement, stray capacitances to ground — published value 1
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
circuit during this measurement, stray capacitances to ground — published value 2
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
X-Radiation Characteristic
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
changes in the X-radiation characteristic of the tube. Equip — published value 1
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
changes in the X-radiation characteristic of the tube. Equip — published value 2
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
X-Radiation from Receiving Tubes", and controlled in — published value 1
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
X-Radiation from Receiving Tubes", and controlled in — published value 2
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
X-Radiation from Receiving Tubes", and controlled in — published value 3
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
mended Practice for Quality Control of X-Radiation Emitted — published value 1
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
mended Practice for Quality Control of X-Radiation Emitted — published value 2
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
mended Practice for Quality Control of X-Radiation Emitted — published value 3
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
from High Voltage Rectifier and Shunt Regulator Receiving — published value 1
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
from High Voltage Rectifier and Shunt Regulator Receiving — published value 2
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
from High Voltage Rectifier and Shunt Regulator Receiving — published value 3
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
X-Radiation
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
The high voltages associated with the 3CU3A result in — published value 1
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
The high voltages associated with the 3CU3A result in — published value 2
3 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
The high voltages associated with the 3CU3A result in — published value 3
3 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
production of X-Radiation which may constitute a health — published value 1
0 mA
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
production of X-Radiation which may constitute a health — published value 2
0 mA
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
production of X-Radiation which may constitute a health — published value 3
0 mA
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
voltage is adjusted to the recommended value and that any — published value 1
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
voltage is adjusted to the recommended value and that any — published value 2
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
voltage is adjusted to the recommended value and that any — published value 3
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
The high voltages at which the 3CU3A is operated can be — published value 1
3 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
The high voltages at which the 3CU3A is operated can be — published value 2
3 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
The high voltages at which the 3CU3A is operated can be — published value 3
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
adjustment of, any high voltage circuit — published value 1
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
adjustment of, any high voltage circuit — published value 2
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
voltage output terminal is properly grounded while inserting — published value 1
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
voltage output terminal is properly grounded while inserting — published value 2
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
voltage output terminal is properly grounded while inserting — published value 3
0
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Pin 2 -Filament
2
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Pin 7 -Filament
7
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Instantaneous tube voltage drop
50 V
Explicitly published rectifier rating/characteristic.
Other
MAXIMUM RATINGSb —High Voltage Rectifier
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Filament Voltage (absolute max.) — published value 1
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Filament Voltage (absolute max.) — published value 2
0 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Filament Voltage (absolute max.) — published value 3
3.65 V
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
X-Radiation, Maximum — published value 1
0 mA
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
X-Radiation, Maximum — published value 2
25 mA
Published datasheet value; multiple numbers on a row represent separate source limits or conditions.
Peak inverse plate voltage
33000 V
Explicitly published rectifier rating/characteristic.
Peak plate current
100 mA
Explicitly published rectifier rating/characteristic.
Average plate current
2.2 mA
Explicitly published rectifier rating/characteristic.