3CX1500A7/8877 1500 W HIGH MU POWER TRIODE

3CX1500A7 8877 Tube Specs Below is a quick overview of the key specifications.  Specification Details Anode Dissipation 1500 watts Filament Voltage 5.0 volts Filament Current 10.5 amps Amplification Factor 200 Cooling Method Forced Air Typical Use Cases RF Linear Amplifiers, MRI, Ham Radio Base Special Coaxial Envelope Ceramic/Metal   These high-efficiency tubes are ideal for demanding RF and power amplifier applications. They are particularly popular in 3CX1500A7 amplifiers used across both broadcast and medical MRI equipment. 3CX1500A7 8877 Tube Datasheet Download Download the full 3CX1500A7 8877 tube datasheet to review complete technical specs, pin configurations, and application guidance: Download 3CX1500A7 Datasheet (PDF) 3CX1500A7 Tube Replacement & Substitute Information The 3CX1500A7 is a high-performance ceramic/metal triode designed as a direct replacement for the EIMAC 8877. It is widely used in RF amplifiers, MRI systems, and high-power amateur radio equipment. As an EIMAC 8877 3CX1500A7 tube substitute, this model offers the same electrical characteristics and can be used interchangeably in most systems originally built for the 8877. It is commonly installed in broadcast transmitters, high-end transmitting tubes setups, and RF power sections of medical devices. If you're sourcing replacements for aging or hard-to-find EIMAC components, the Penta Labs 3CX1500A7 is a reliable, high-quality option. We also carry other related components like power triode tubes and specialty models for medical systems. For pricing on compatible tubes for MRI machines, visit our MRI tube price section. If you're shopping for parts for amateur or commercial RF systems, explore our full range of transmitting tubes. Please note: This 3CX1500A7 is not to be confused with the 3CPX1500A7, which is designed for pulse applications and uses different internal construction. As one of the leading vacuum tube dealers in the industry, Penta Labs is your trusted source for matched sets, hard-to-find triodes, and expert support.