Specialized - Cathode Ray ·CathodeRay
Flat-screen all-electrostatic six-inch cathode-ray tube with post-deflection acceleration for high-precision instruments. Its electrostatic system and accelerated beam provide a bright, accurate oscillographic trace.
Flat-screen all-electrostatic 6-inch cathode-ray tube with post-deflection acceleration for high-precision instruments.
General specifications
Properties common to every published source and operating point.
Electrical assignments shared by every tube using this base designation.
No verified pinout is recorded for this base designation.
1 physical section, each with unique specifications.
Section 0
All-electrostatic CRT with post-deflection acceleration.
Source-dependent data
Each block preserves the test conditions and published values from one reference. Values from different sources are intentionally kept separate.
Data set 01
Published operating points and test conditions from this source.
MinimumFinalAnodeVoltage
2 kV
MaximumThirdAnodeVoltage
4 kV
MaximumSecondAnodeVoltage
2 kV
MaximumFirstAnodeVoltage
2.5 kV
TypicalFinalAnodeVoltage
4 kV
TypicalThirdAnodeVoltage
2 kV
Data set 02
Published operating points and test conditions from this source.
MaximumFinalAnodeVoltage
8000 V
MinimumFinalAnodeVoltage
2000 V
MaximumThirdAnodeVoltage
4000 V
MinimumThirdAnodeVoltage
1000 V
MaximumSecondAnodeVoltage
2000 V
MinimumFirstAnodeVoltage
1000 V
Maximum Heater Cathode Voltage
150 V
TypicalFinalAnodeVoltage
4000 V
TypicalThirdAnodeVoltage
2000 V
TypicalSecondAnodeVoltage
350 V
TypicalFirstAnodeVoltage
2000 V
Data set 03
Published operating points and test conditions from this source.
MaximumFinalAnodeVoltage
8000 V
MinimumFinalAnodeVoltage
2000 V
MaximumThirdAnodeVoltage
4000 V
MinimumThirdAnodeVoltage
1000 V
MaximumSecondAnodeVoltage
2000 V
MinimumFirstAnodeVoltage
1000 V
Maximum Heater Cathode Voltage
150 V
TypicalFinalAnodeVoltage
4000 V
TypicalThirdAnodeVoltage
2000 V
TypicalSecondAnodeVoltage
350 V
TypicalFirstAnodeVoltage
2000 V