Rectifier - Full Wave vacuum tubes

Rectifier-Rectifier

Indirectly heated full-wave rectifier for AC/DC equipment, electrically equivalent in operating characteristics to UR3C apart from mechanical details. Its series-heater construction supports approximately 120 mA DC output.

Base

Not recorded

Socket

P8A

Heater

30 V

Sections

2

Rectifier-Rectifier

Philips directly heated high-vacuum full-wave rectifier for high-voltage power supplies. Rated for approximately 2.8 kV peak inverse voltage and 75 mA rectified DC output from a 22 V filament.

Base

Not recorded

Socket

Not recorded

Heater

22 V

Sections

2

Rectifier-Rectifier

Philips directly heated high-vacuum full-wave rectifier for high-voltage power supplies. Rated for approximately 2.8 kV peak inverse voltage and 75 mA rectified DC output from a heavy 22 V filament.

Base

Not recorded

Socket

Not recorded

Heater

22 V

Sections

2

Rectifier-Rectifier

Philips directly heated high-vacuum full-wave rectifier for power supplies. Its 40 V filament construction provides approximately 100 mA rectified DC output, with transformer and operating conditions defined by the manufacturer.

Base

Not recorded

Socket

Not recorded

Heater

40 V

Sections

2

Rectifier-Rectifier

Philips indirectly heated full-wave high-vacuum rectifier for high-voltage power supplies. Rated for approximately 5.7 kV peak inverse voltage and 100 mA DC output per documented rectifier section.

Base

Not recorded

Socket

Not recorded

Heater

4 V

Sections

2

Rectifier-Rectifier

Directly heated full-wave rectifier for AC power supplies. Operating from a 4 V filament, it provides approximately 120 mA rectified DC output for receiving and related electronic equipment.

Base

Not recorded

Socket

Not recorded

Heater

4 V

Sections

2

Rectifier-Rectifier

Long-life ruggedized full-wave rectifier for reliable power-supply service. Rated for approximately 1.25 kV peak inverse voltage and 210 mA peak current, with construction intended for extended operating life.

Base

Not recorded

Socket

B7G

Heater

6.3 V

Sections

2

Rectifier-Rectifier

Directly heated full-wave xenon rectifier using tantalum anodes for high-current supplies. Rated for approximately 725 V peak inverse voltage, 1 A DC output, and 4 A peak current with a low arc drop.

Base

A4-10

Socket

UX4

Heater

2.5 V

Sections

2

Rectifier-Rectifier

Directly heated full-wave xenon rectifier with tantalum anodes for high-current power conversion. Rated for approximately 725 V peak inverse voltage, 2.5 A DC output, and 10 A peak current.

Base

A4-81

Socket

A

Heater

2.5 V

Sections

2

Rectifier-Rectifier

Xenon-filled full-wave power rectifier with tantalum-anode construction. Rated for approximately 725 V peak inverse voltage and 2.5 A DC output for substantial power-supply loads.

Base

Not recorded

Socket

A

Heater

2.5 V

Sections

2

Rectifier-Rectifier

Xenon-filled full-wave power rectifier using tantalum-anode construction. Rated for approximately 725 V peak inverse voltage and 2.5 A DC output for high-current rectifier service.

Base

Not recorded

Socket

LUG4

Heater

2.5 V

Sections

2

Rectifier-Rectifier

High-current directly heated full-wave xenon rectifier using tantalum anodes. Rated for approximately 725 V peak inverse voltage, 6.4 A DC output, and 25.6 A peak current with a low arc drop.

Base

A4-81

Socket

A

Heater

2.5 V

Sections

2

Rectifier-Rectifier

High-current xenon-filled full-wave power rectifier with tantalum-anode construction. Rated for approximately 725 V peak inverse voltage and 6.4 A DC output for substantial power-conversion applications.

Base

Not recorded

Socket

A

Heater

2.5 V

Sections

2

Rectifier-Rectifier

Indirectly heated dual rectifier diode for full-wave power supplies. Rated for approximately 1 kV peak inverse voltage and 250 mA nominal rectified output from a conventional 6.3 V heater.

Base

Not recorded

Socket

Y8A

Heater

6.3 V

Sections

2

Rectifier-Rectifier

Indirectly heated full-wave rectifier designed primarily for automobile-radio power supplies. Its 6.3 V heater construction supports approximately 60 mA DC output in documented receiver operating conditions.

Base

Not recorded

Socket

Y8A

Heater

6.3 V

Sections

2

Rectifier-Rectifier

Indirectly heated full-wave rectifier for mains-powered electronic equipment. Its 6.3 V heater construction supports transformer-dependent DC output up to approximately 125 mA in documented operating conditions.

Base

Not recorded

Socket

Y8A

Heater

6.3 V

Sections

2

Rectifier-Rectifier

Telefunken indirectly heated high-current full-wave rectifier with separate cathodes. Its heavy 6.3 V heater supports roughly half-ampere-class DC output for substantial amplifier, transmitter, and industrial electronic supplies.

Base

Not recorded

Socket

Not recorded

Heater

6.3 V

Sections

2

Rectifier-Rectifier

Indirectly heated full-wave rectifier for conventional electronic power supplies. Its 6.3 V heater-cathode construction provides moderate-current DC output for receiver, amplifier, and similar equipment.

Base

Not recorded

Socket

Not recorded

Heater

6.3 V

Sections

2

Rectifier-Rectifier

High-vacuum full-wave rectifier for conventional electronic power supplies. Its 6.3 V filament and dual rectifier sections provide standard AC-to-DC conversion in receiver and amplifier equipment.

Base

Not recorded

Socket

Not recorded

Heater

6.3 V

Sections

2

Rectifier-Rectifier

Indirectly heated full-wave power rectifier for conventional electronic DC supplies. Its 6.3 V heater and moderate output capability suit receiver and amplifier power-supply applications.

Base

Not recorded

Socket

IO

Heater

6.3 V

Sections

2

Rectifier-Rectifier

Indirectly heated full-wave rectifier for higher-current electronic power supplies. Its 6.3 V heater-cathode construction provides substantially greater output than smaller EZ-family rectifiers.

Base

Not recorded

Socket

Not recorded

Heater

6.3 V

Sections

2

Rectifier-Rectifier

Indirectly heated full-wave rectifier for AC mains-operated equipment, electrically related to the EZ80 apart from base and dimensions. Its 6.3 V heater supports moderate receiver power supplies.

Base

Not recorded

Socket

B8A

Heater

6.3 V

Sections

2

Rectifier-Rectifier

Indirectly heated full-wave rectifier designed primarily for automobile-radio receivers. Its 6.3 V heater-cathode construction provides moderate DC output for compact vehicular power supplies.

Base

Not recorded

Socket

B8A

Heater

6.3 V

Sections

2

Rectifier-Rectifier

Indirectly heated twin-anode full-wave rectifier for capacitor-input receiver power supplies. Its 6.3 V heater and dual rectifier sections provide moderate-current radio and amplifier DC supplies.

Base

Not recorded

Socket

B9A

Heater

6.3 V

Sections

2

Rectifier-Rectifier

Indirectly heated twin-anode full-wave rectifier for higher-current electronic power supplies. Its 6.3 V heater and substantial output capability suit amplifiers and other demanding DC loads.

Base

Not recorded

Socket

B9A

Heater

6.3 V

Sections

2

Rectifier-Rectifier

Ferranti miniature indirectly heated full-wave rectifier for compact electronic power supplies. Its 6.3 V heater-cathode construction provides conventional dual-anode rectification in receiver and amplifier equipment.

Base

Not recorded

Socket

Not recorded

Heater

6.3 V

Sections

2

Rectifier-Rectifier

Directly heated gas-filled all-metal full-wave rectifier for low-voltage, high-current power supplies. Its heavy filament and low gas-discharge forward voltage support ampere-class industrial rectification.

Base

Not recorded

Socket

Not recorded

Heater

2.5 V

Sections

2

Rectifier-Rectifier

Directly heated full-wave power rectifier for substantial DC supplies. Its four-volt filament and high inverse-voltage capability support receiver, amplifier, and general high-voltage electronic power systems.

Base

British4Pin

Socket

B4

Heater

4 V

Sections

2

Rectifier-Rectifier

Directly heated full-wave power rectifier for higher-voltage DC supplies. Its four-volt filament and substantial inverse-voltage capability suit amplifier and other high-voltage electronic power supplies.

Base

British4Pin

Socket

B4

Heater

4 V

Sections

2

Rectifier-Rectifier

Indirectly heated full-wave rectifier for conventional electronic power supplies. Its 13 V heater-cathode construction provides modest DC output for receiver and similar equipment.

Base

Not recorded

Socket

Not recorded

Heater

13 V

Sections

2

Rectifier-Rectifier

G280 rectifier - full wave electronic tube specifications and datasheets.

Base

Not recorded

Socket

Not recorded

Heater

6 V

Sections

2

Rectifier

Russian xenon-filled gas rectifier; documented anode current 0.1 A and reverse voltage 1.5 kV.

Base

Not recorded

Socket

Not recorded

Heater

6.3 V

Sections

1

Rectifier

Russian argon-filled gas rectifier; documented anode current 0.3 A and reverse voltage 8 kV.

Base

Not recorded

Socket

Not recorded

Heater

6.3 V

Sections

1

Rectifier

Russian argon-filled gas rectifier; documented anode current 0.5 A and reverse voltage 20 kV.

Base

Not recorded

Socket

Not recorded

Heater

6.3 V

Sections

1

Rectifier

Russian argon-filled gas rectifier; documented anode current 0.5 A and reverse voltage 30 kV.

Base

Not recorded

Socket

Not recorded

Heater

6.3 V

Sections

1

Rectifier

Russian inert gas-filled gas rectifier; documented anode current 0.5 A and reverse voltage 5 kV.

Base

Not recorded

Socket

Not recorded

Heater

2.5 V

Sections

1

Rectifier

Russian argon-filled gas rectifier; documented anode current 1 A and reverse voltage 22 kV.

Base

Not recorded

Socket

Not recorded

Heater

6.3 V

Sections

1

Rectifier

Russian argon-filled gas rectifier; documented anode current 2 A and reverse voltage 16 kV.

Base

Not recorded

Socket

Not recorded

Heater

6.3 V

Sections

1

Rectifier

Russian xenon-filled gas rectifier; documented anode current 2 A and reverse voltage 5 kV.

Base

Not recorded

Socket

Not recorded

Heater

6.3 V

Sections

1

Rectifier

Russian argon-mercury-filled gas rectifier; documented anode current 1.5 A and reverse voltage 7 kV.

Base

Not recorded

Socket

Not recorded

Heater

2.5 V

Sections

1

Rectifier

Russian cold-cathode helium-filled gas rectifier; documented anode current 0.35 A and reverse voltage 5.5 kV.

Base

Not recorded

Socket

Not recorded

Heater

Not recorded

Sections

1

Rectifier

Russian cold-cathode gas-filled gas rectifier; documented anode current 0.45 A and reverse voltage 5 kV.

Base

Not recorded

Socket

Not recorded

Heater

Not recorded

Sections

1

Rectifier-Rectifier

Indirectly heated full-wave rectifier for conventional electronic power supplies. Its five-volt heater-cathode construction provides moderate-current output for receiver and amplifier applications.

Base

Not recorded

Socket

IO

Heater

5 V

Sections

2

Rectifier-Rectifier

Indirectly heated twin-anode full-wave rectifier for capacitor-input power supplies. Its five-volt heater and substantial current capability suit amplifiers and other demanding electronic DC supplies.

Base

Not recorded

Socket

IO

Heater

5 V

Sections

2

Rectifier-Rectifier

Indirectly heated full-wave rectifier for high-current electronic power supplies. Its heavy five-volt heater supports substantial DC output in amplifier and professional equipment.

Base

Not recorded

Socket

IO

Heater

5 V

Sections

2

Rectifier-Rectifier

Indirectly heated twin-anode full-wave rectifier for capacitor- or choke-input supplies. Its five-volt heater, substantial current capability, and low forward drop suit demanding amplifier power supplies.

Base

Octal

Socket

IO

Heater

5 V

Sections

2

Rectifier-Rectifier

GZ34_MULLARD rectifier - full wave electronic tube specifications and datasheets.

Base

Not recorded

Socket

Not recorded

Heater

5 V

Sections

2

Rectifier-Rectifier

GZ34-type double-anode full-wave rectifier for substantial power-supply loads. Its five-volt heater and strong peak-current capability suit amplifier and professional electronic supplies.

Base

Not recorded

Socket

Not recorded

Heater

5 V

Sections

2