3CPX1500A7-1 1500 W HIGH MU POWER TRIODE

3CPX1500A7 Tube Specs The 3CPX1500A7 is a rugged high MU triode tube designed for intermediate power amplifier stages in high-power RF systems. Its ceramic/metal construction, high voltage tolerance, and thermal stability make it ideal for continuous use in demanding environments like MRI RF platforms. Specification Details Anode Dissipation 1500 watts Filament Voltage 5.5 volts Filament Current 10.5 amps Maximum Operating Voltage 8500 volts Cooling Method Forced Air Amplification Factor (Mu) High Mu (Mu = 200) Typical Use IPA stage in MRI and RF systems Envelope Material Ceramic/Metal Base Type Coaxial   3CPX1500A7 Tube Datasheet Download Need detailed technical specifications? Download the full 3CPX1500A7 tube datasheet for comprehensive information on electrical characteristics, pin configurations, cooling requirements, and safe operating conditions. Ideal for engineers, technicians, and RF professionals working with intermediate power amplifier stages. 3CPX1500A7 Replacement & Substitute Information The 3CPX1500A7 is commonly used as an EIMAC 3CPX1500A7 tube substitute in intermediate power amplifier (IPA) stages for high-voltage RF systems, including MRI and industrial equipment. It can replace similar high-mu triodes in systems requiring durable, forced-air cooled, ceramic/metal envelope tubes with high peak power capacity, ensuring consistent and reliable performance. This tube is frequently cross-referenced in systems that originally used older IPA triodes and is ideal for RF system maintenance, restoration, or custom builds. For power amplification (PA stage) applications, be sure to view the 3CX1500A7 8877 tube — not to be confused with this IPA-stage model. We also stock a full range of MRI tube price options, including replacement components for RF chain systems, and other high-performance triode vacuum tube options. Penta Labs is one of the leading vacuum tube dealers globally, known for supplying tested, dependable tubes and expert support for professional RF applications.