Miniature beam-power tube primarily intended for audio output, with documented Class-A and push-pull power service and additional triode-connected television vertical-deflection use.
Beam-power tube designed primarily for television vertical-deflection amplification and also suitable for audio power service, with high pulse-voltage capability and substantial current swing.
Beam-power pentode designed primarily as a vertical-deflection amplifier in 110-degree television receivers, with ratings suited to the pulsed demands of sweep-output service.
Beam-power pentode designed as a television vertical-deflection amplifier, with controlled heater warm-up and high positive-pulse plate-voltage capability for sweep-output circuits.
Miniature beam pentode designed primarily as a pentode-connected vertical-deflection amplifier in television receivers, featuring high zero-bias plate current at relatively low plate voltage.
Miniature beam-power pentode specifically designed for television vertical-deflection output service, with controlled heater warm-up and pulse-voltage ratings for scanning operation.
Beam-power amplifier specifically designed as a television vertical-scanning output tube, with published operating data also covering triode-connected operation.
Beam-power tube designed for high-efficiency television vertical-deflection output and audio-output stages, combining scanning capability with useful audio power service.
Beam-power amplifier designed for general-purpose audio output and television vertical-deflection amplifier service, combining useful power output with sweep-current capability.
Miniature beam-power tube usable as a television vertical-deflection amplifier and as an audio-frequency output tube in television and radio receivers.
Beam-power pentode designed as the vertical-deflection output amplifier in television receivers using 110-degree picture tubes, with scanning-oriented pulse ratings.
Miniature beam-power tube designed for vertical-deflection amplifier service in 110-degree television receivers operating from relatively low B-supply voltage.
High-dissipation beam-power tube designed for vertical-deflection amplifier service in 110-degree television receivers, with substantial pulse-current capability.
Beam-power pentode intended for television vertical-deflection amplification, with substantial pulse-voltage and cathode-current capability for scanning service.
Duodecar beam-power pentode designed as a television vertical-deflection amplifier, providing substantial dissipation capability for wide-angle scanning service.
Beam-power tube intended for television vertical-deflection amplification, providing high pulse current and plate dissipation for frame-scan output service.
Beam-power television tube designed for vertical-deflection output service, with pulse-rated voltage and current capability for frame-scan amplification.
Beam-power tube specifically designed for vertical-deflection amplifier service in 110-degree television receivers, with substantial pulse-voltage capability for demanding frame-output circuitry.
Miniature beam-power tube primarily intended for audio output, with documented Class-A and push-pull power service and additional triode-connected television vertical-deflection use.
Beam-power tube designed primarily for television vertical-deflection amplification and also suitable for audio power service, with high pulse-voltage capability and substantial current swing.
Beam-power pentode designed primarily as a vertical-deflection amplifier in 110-degree television receivers, with ratings suited to the pulsed demands of sweep-output service.
Beam-power pentode designed as a television vertical-deflection amplifier, with controlled heater warm-up and high positive-pulse plate-voltage capability for sweep-output circuits.
Miniature beam pentode designed primarily as a pentode-connected vertical-deflection amplifier in television receivers, featuring high zero-bias plate current at relatively low plate voltage.
Miniature beam-power pentode specifically designed for television vertical-deflection output service, with controlled heater warm-up and pulse-voltage ratings for scanning operation.
Beam-power amplifier specifically designed as a television vertical-scanning output tube, with published operating data also covering triode-connected operation.
Beam-power tube designed for high-efficiency television vertical-deflection output and audio-output stages, combining scanning capability with useful audio power service.
Beam-power amplifier designed for general-purpose audio output and television vertical-deflection amplifier service, combining useful power output with sweep-current capability.
Miniature beam-power tube usable as a television vertical-deflection amplifier and as an audio-frequency output tube in television and radio receivers.
Beam-power pentode designed as the vertical-deflection output amplifier in television receivers using 110-degree picture tubes, with scanning-oriented pulse ratings.
Miniature beam-power tube designed for vertical-deflection amplifier service in 110-degree television receivers operating from relatively low B-supply voltage.
High-dissipation beam-power tube designed for vertical-deflection amplifier service in 110-degree television receivers, with substantial pulse-current capability.
Beam-power pentode intended for television vertical-deflection amplification, with substantial pulse-voltage and cathode-current capability for scanning service.
Duodecar beam-power pentode designed as a television vertical-deflection amplifier, providing substantial dissipation capability for wide-angle scanning service.
Beam-power tube intended for television vertical-deflection amplification, providing high pulse current and plate dissipation for frame-scan output service.
Beam-power television tube designed for vertical-deflection output service, with pulse-rated voltage and current capability for frame-scan amplification.
Beam-power tube specifically designed for vertical-deflection amplifier service in 110-degree television receivers, with substantial pulse-voltage capability for demanding frame-output circuitry.