Ad
related to: 6v6 tube replacement
Search results
Results from the WOW.Com Content Network
6V6GX – Glass "Shouldered Tube" ST envelope, Ceramic Base. 6V6 – Metal jacketed envelope. The metal envelope of 6V6 is connected to pin 1 of the base, and was normally used as a ground. Pin 1 of the other members of the 6V6 family of tubes are usually not internally connected, although some may have the gray RF shield connected.
The 6P1P (Russian: 6П1П) is a Soviet-made miniature 9-pin beam tetrode vacuum tube with ratings similar to the 6AQ5, EL90 and the 6V6. Because of a different pinout (a 9-pin base versus 7-pin base) than an 6AQ5/EL90, it cannot be used as a plug-in replacement for these types; however, it will work in the same circuit with component values ...
The 6AQ5 [1] (Mullard–Philips tube designation EL90) is a miniature 7-pin (B7G) audio power output pentode vacuum tube with ratings virtually identical to the 6V6 at 250 V. [2] It was commonly used as an output audio amplifier in tube TVs and radios. It was also used in transmitter circuits. [3]
The EL84 is smaller and more sensitive than the octal 6V6 that was widely used around the world until the 1960s. An interchangeable North American type is the 6BQ5 (the RETMA tube designation name for the EL84). The EL84 was developed to eliminate the need for a driver tube in radios, so it has rather more gain than is usual in a power pentode.
EL3G (6V6) – EL3 with an Octal base; EL5 – Power pentode, identical to AL5 except for heater ratings and to EL35 except for side-contact 8 base; EL6 – Power pentode, EL12 with a side-contact 8 base; EL8 – Power pentode, EL13 with a side-contact 8 base; EL11 – Power pentode, EL3(N) or EL33 with a Y8A 8-pin steel tube base
The EL34 is a thermionic vacuum tube of the power pentode type. The EL34 was introduced in 1955 by Mullard, who were owned by Philips. [1] The EL34 has an octal base (indicated by the '3' in the part number) and is found mainly in the final output stages of audio amplification circuits; it was also designed to be suitable as a series regulator by virtue of its high permissible voltage between ...
Continuously transmitting tubes: Maximum anode dissipation in W or kW in Class-C amplifier telegraphy; Pulsed transmitting tubes: Maximum peak anode current in A (number preceded by "P") Rectifiers: Maximum average anode current in mA; Thyratrons: Maximum average anode current: Less than 3 digits: in mA; 3 or more digits: 1st digit: =0 – in mA
MC-84L - 12 WPC 4*EL84 tubes; MC-6P1P - 12WPC in ultralinear mode, 6WPC in triode mode 4* 6P1P tubes; MC-5881A - 23 WPC 4*5881 tubes; MC-10L - 52 WPC replaced MC-10K model, 4*EL34 tubes/6N1P pre-tubes or ECC88 can be used. Now discontinued. MC-10T - 40 WPC replaced MC-10L 4*EL34 tubes (uses pre-amp board from the 13s so 12 series tubes are used)
Ad
related to: 6v6 tube replacement