pulse magnetron
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High-Power Pulses (High-Power Impulse Magnetron Sputtering) Installation
Compact RF Generator 13.56 MHz 300W with Auto Matching Network for Magnetron Sputtering
Compact RF Generator 13.56 MHz 300W with Auto Matching Network for Magnetron Sputter
Auto Matching 300W 500W RF Generator Magnetron Sputtering Source
Triode Lamp Electron Tube Itl9-1 Essential Pulse Oscillator for Hf Equipment
High Frenquency Electronic Tube Operated in Cw or Pulse Modes Itk12-1
High Voltage Narrow Pulse Power Supply to Meet The Continuity
DC Bias Power Supply for Multi-Arc Ion Plating
1kw DC Unipolar DC Pulse 40kHz Bias Voltage Power Supply for Coater
DC Unipolar Pulse Bias Voltage Power Supply 10kw 40kHz for Coating
High Frequency DC Pulse Magnetron Sputtering Power Supply for Reaction Sputtering Film
High Power Pulse Magnetron Sputtering Power Supply for Making Film Coating for Metal Tools and Decorative Coating
Low Frequency Solid State Power Generator 915MHz 100W/200W
2450MHz 100W200W Solid State Microwave Power Source Generator for Microwave Heating Field
2450MHz Air Cooling Solid State Microwave Generator Solid State Microwave Power Generator 300W
Ims Solid State Microwave Power Generator for Medical Electron Linear Accelerator
Four-Target Hipims Pulse Magnetron Sputtering Deposition System for Gallium Nitride Film
OE Number Ck-619 Microwave Magnetron Using for Mineral Smelting
915MHz OE Number Ck-2031 Microwave Magnetron Using for Agriculture Sterlization
Model Ck-2121 Microwave Magnetron Used on Mineral Smelting
2450MHz Continuous-Wave-Magnetron Used in Microwave System
Sourcing guidance for Pulse Magnetron
What are the key technical parameters to evaluate when sourcing a Pulse Magnetron?
When selecting a pulse magnetron, you must prioritize Peak Output Power (ranging from kilowatts to megawatts) and Operating Frequency (typically S-band, X-band, or Ku-band). Additionally, evaluate the Duty Cycle, Pulse Width, and Anode Voltage/Current requirements. For high-precision applications like radar or medical radiotherapy, ensure the frequency stability and jitter levels meet your system's specific tolerances.
How do I ensure the quality and longevity of the magnetron for industrial or medical use?
Longevity is primarily determined by the cathode type and cooling efficiency. Look for suppliers who provide forced-air or liquid cooling specifications. Verify the expected heater life (MTBF) and ensure the manufacturer performs burn-in testing and high-voltage stability tests before shipping. For medical or scientific grades, request spectral purity reports to ensure minimal harmonic interference.
What compliance and safety standards are mandatory for this category?
Pulse magnetrons are high-voltage vacuum devices that emit microwave radiation. Suppliers must comply with CE (Electromagnetic Compatibility) and RoHS directives. Because they contain ceramic-to-metal seals and specific alloys, ensure they meet REACH standards. Furthermore, since these are often 'dual-use' items, verify if the specific frequency and power output fall under Export Control Regulations or require an End-User Certificate (EUC).
Can these components be customized for legacy radar systems?
Yes, many professional manufacturers on Made-in-China.com offer OEM/ODM services for legacy replacements. You should provide the mechanical mounting dimensions, waveguide interface type (e.g., WR-90), and electrical pin configurations. Customization of the tuning range (fixed vs. tunable frequency) is also a common requirement for specialized electronic warfare or weather monitoring equipment.
Cross-Border Procurement & Risk Management for Pulse Magnetrons
What are the primary risks when importing high-power vacuum tubes internationally?
The biggest risks are physical damage during transit and customs seizure. Magnetrons are sensitive to mechanical shock and magnetic field interference. Ensure the supplier uses non-magnetic specialized packaging and shock-absorbent materials. Additionally, because high-power magnetrons can be classified as strategic goods, always confirm the HS Code (typically 8540.71) and check for any anti-dumping duties or export licenses required by the country of origin.
How should I negotiate with suppliers to ensure transaction security?
Utilize Secure Payment services provided by Made-in-China.com to hold funds in escrow until the goods are verified. Negotiate a staged payment plan (e.g., 30% deposit, 70% after third-party inspection). Demand a pre-shipment inspection (PSI) by agencies like SGS or Intertek to verify the vacuum integrity and power output against the datasheet before the balance is paid.
What logistics strategies are recommended for shipping magnetrons to specific regions?
Due to the high value and sensitivity, Air Freight is the preferred method over sea freight to minimize vibration and humidity exposure. Ensure the airway bill clearly states 'Sensitive Electronic Component'. For shipping to regions with strict import controls (like the US or EU), work with a freight forwarder experienced in dual-use technology to handle the Customs Clearance documentation accurately, preventing costly delays or fines.





























