
( Brand: Marconi ), ( Model: CX1140A ), ( Type: Nos Tube ), ( Country/region Of Manufacture: United Kingdom )
The CX1140A NOS (New Old Stock) Linac CX1140 EEV (Electron Emitting Valve) CV8563 High Power Hydrogen Thyratron Valve is a vintage yet highly functional electrical component. This Marconi-manufactured device is a testament to the advanced engineering capabilities of the past, designed for use in high power applications.
The CX1140A is a specific model of Linac (Linear Accelerator) EEV, which is a type of electron tube used in high power applications, particularly in the field of particle accelerators. The CV8563 High Power Hydrogen Thyratron Valve is the core component of this EEV.
The hydrogen thyratron valve within this EEV operates on the principle of gas-filled switches. It is capable of conducting current once a certain threshold voltage is reached, and then maintains conductivity until the current falls below a certain level. This makes it ideal for applications requiring heavy currents for short durations, such as in high power radio frequency (RF) systems.
The CX1140A NOS Linac CX1140 EEV CV8563 High Power Hydrogen Thyratron Valve is a unique piece of electrical engineering history. Its high power capabilities, coupled with its robust construction, make it a valuable asset in any collection of vintage electronics or in applications requiring a high power RF switch. The Marconi brand, a pioneer in the field of wireless communication, adds an extra layer of historical significance to this already impressive component.
Pros of buying a CX1140A NOS (New Old Stock) Linac CX1140 EEV CV8563 high power hydrogen thyratron valve Marconi:1. High Power: This valve has a high power rating, making it suitable for applications that require significant electrical energy.
2. Reliability: NOS components are often known for their reliability, as they have been stored properly and not used for an extended period.
3. Rare and Collectible: As a vintage Marconi component, this valve may be a collector's item for some enthusiasts.
4. Historical Significance: This valve has historical significance as Marconi was a pioneer in the field of radio communication and electronics.
Cons of buying a CX1140A NOS Linac CX1140 EEV CV8563 high power hydrogen thyratron valve Marconi:1. Limited Availability: Due to its age and rarity, this valve may be difficult to find, and when it is available, it may be expensive.
2. Limited Compatibility: This valve may not be compatible with modern equipment, and replacing it with a modern alternative may be necessary.
3. Limited Documentation: As this valve is old, there may be limited documentation available on its specifications, operation, and maintenance.
4. Limited Support: It may be difficult to find technical support for this valve, especially if it is no longer in production.
Conclusion:The CX1140A NOS Linac CX1140 EEV CV8563 high power hydrogen thyratron valve Marconi is a rare and collectible component with historical significance. Its high power rating makes it suitable for certain applications, but its limited availability, compatibility, documentation, and support may make it a less practical choice for some users. Ultimately, the decision to purchase this valve should be based on the specific needs and requirements of the user.
Recommendation:If you are looking for a high-power valve for a specific application, this CX1140A NOS Linac CX1140 EEV CV8563 high power hydrogen thyratron valve Marconi may be a suitable option. However, it is recommended to thoroughly research the valve's specifications, compatibility, and availability before making a purchase, and to consider the potential limitations and costs associated with using an older, rare component. If you are unsure whether this valve is the best option for your needs, it may be beneficial to consult with a technical expert or do additional research.
Natural sold as is. Suitable for use at high pulse repetition rates, in parallel switching higher powers, or long pulses. Pin spacing as b5f metal shell with calyx insert top cap see note 1000 a max average anode current.
500 inches max overall diameter cooling. Inches max net weight. Abridged data hydrogen-filled tutored thyratron, featuring low jotter and anode delay time drift. Details of these adaptors are given on page 3.
25 JV max peak anode current. Bs448-ct3 cx1140 is also available with a flange base flying leads as type cx1151. Min inter-electrode capacitance's approximate: anode to grid 2/1 and cathode not connected. 13 pf anode to grid 1/2 and cathode not connected pounds approx mounting position see note.
Oxide coated heater current. The data to be read in conjunction with hydrogen thyratron preamble. 22 a tube heating time minimum.
Peak forward anode voltage . 5 pf anode to cathode grid 1 and 2 not connected.