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| Place of Origin: | CN |
| Brand Name: | RF PARTS |
| Model Number: | 4CX5000A |
| Minimum Order Quantity: | 1 |
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| Payment Terms: | T/T, Western Union, PayPal |
| Plate Dissipation: | 5KW | Maximum Operation Frequency: | 110MHz |
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| Cooling: | Forced Air | Type: | Air-cooled Tetrode |
High frequency amplifier tube 4CX5000A 110MHz Air-cooled tetrode
The 4CX5000A type electron tube is a cermet structure, a direct thermal helium-tungsten cathode, and an anode air-cooled tetrode. The maximum operating frequency is 110MHz. The maximum dissipation power of the anode is 5kW, the maximum dissipation power of a grid is 75W, and the maximum power dissipation of the two grids is 250W. It is mainly used for high-frequency Class C amplification and modulation.
| Filament Voltage | 7.5V |
| Filament Current | 76A |
| Plate Dissipation | 5kW |
| Maximum operating frequency | 110MHz |
| Cooling | Forced Water |
The electron tube is a device that controls electric current flow in a high vacuum between electrodes to which an electric potential difference has been applied. The type known as a thermionic tube or thermionic valve uses the phenomenon of thermionic emission of electrons from a heated cathode and is used for a number of fundamental electronic functions such as signal amplification and current rectification.
| 4CX250B/7203 | 3CX1000A7 | 4CPW1000KA/9009 | 4CX20.000B | 3CW2500C7/YU-157 | ML-6425F |
| 4CX250B/M - 7203A | 3CX1200A7 | 4CPW1000KB | 4CX3000A | 3CW30,000A7 | ML-6426 |
| 4CX250BC/8957 | 3CX1200D7/YU-121 | 4CPW100KA/Y-841 | 4CX35,000C | 3CW30,000H7 | ML-6426K |
| 4CX250FG/8621 | 3CX1200Z7/YU-181 | 4CPW300,000A/9008 | 3CX2500H3 | 3CW40,000A5 | ML-6427 |
| 4CX250R/7680W | 3CX15,000A7 | 4CW30,000B | 3CX4500F3/YU-108 | 3CW40,000A7 | ML-7480A |
| 4CX3000A/8169 | 3CX1500A7/8877 | 4CX5,000R/8170W | 3CX5000A3 | 3CW5000A7 | ML-7482 |
| 4CX300A/8167 | 3CX20,000A7 | 5CX1500B | 3CX5000H3 | 3CW5000H7 | ML-7560 |
The electron vacuum power tubes are mainly used for broadcast, communications, radar, industrial heating, semiconductor processing, science and medical applications as below
• Induction and dielectric heating
• Steel pipe production
• X-ray spectroscopy
• Television transmission• High Frequency Cylinder Welding
• High-frequency heating
• Vacuum tube amplifier
• Radar scanning
• Radio communications
• Plastic & textile Processing
• Linear accelerator
• RF radio broadcasting
• MRI medical systems
• Semiconductor processing
Contact Person: Miss. Cathy Qu
Tel: +86-574-63301865
