High Current Hydrogen Thyratrons
When your high-power pulsed applications demand unparalleled precision and reliability, selecting the right microwave vacuum tube is critical. High Current Hydrogen Thyratron Models, specifically those capable of handling up to **10 kA Peak Pulse Current**, are engineered to deliver robust performance in environments ranging from radar systems and particle accelerators to industrial laser power supplies. These specialized tubes excel at switching massive currents with extreme speed and minimal jitter, making them indispensable components in demanding defense, medical, and scientific instrumentation. Choosing the ideal component for your system involves carefully considering parameters like peak pulse current, anode voltage, and recovery time. Our selection of High Current Hydrogen Thyratron Models ensures you'll find tubes precisely rated for your most challenging requirements, with options specifically designed for a **10 kA Peak Pulse Current**, guaranteeing secure and efficient operation. IMB Electric understands the complexities of these high-tech applications. We maintain a comprehensive stock of leading microwave vacuum tubes, including an extensive range of High Current Hydrogen Thyratron Models, readily available to meet your project specifications. Explore our inventory to find the perfect solution for your high-current switching needs.
Product series matching this filter
The series below fit the filter criterion you selected under this category.
High-speed switching tube

High voltage, high pulse current, rapid and stable ignition — for laser, radar, pulse modulator and medical linear accelerator
- life10⁹+ deşarj çevrimi
- typeSıcak katotlu hidrojen/döteryum gaz deşarj cihazı
- recovery time5 – 50 μs
Why this filter matters
Fast Recovery
Enables high repetition rates with recovery times between 5 μs and 50 μs.
Extreme Current Capacity
Maintains reliability in demanding scientific and industrial pulse power applications.
Longevity
Advanced cathode design supports up to 10⁹ discharge cycles.
