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Gan chips (Gallia Nitride) were the number of number one choice for prisoners of jerking troops due to their excellent performance, effectiveness and reliability. Below are the main reasons why GAN technology is widely used in this area:
- Gan chips can withstand higher power levels than traditional silicon -based chips, which makes them ideal for applications with high -power interference.
- They provide higher efficiency, reducing energy losses and heat release, which is crucial for portable and long -term work.
- GAN technology supports a wide range of frequencies (from MHz to GHz), which allows d harder mufflers to cover several frequency ranges used by drones for communication, navigation and control.
- Such versatility provides a comprehensive suppression of the signal for a wide range of drones models.
- Gan chips are smaller and lighter than silicon -based analogues, which allows you to create more compact and portable duffers for drones.
- This is especially important for mobile or manual muffles used in field operations.
- Gan chips operate at lower temperatures and more effectively dispel heat, which reduces the need for complex cooling systems.
- This increases the reliability and life of the equipment even in harsh environmental conditions.
- Although the GAN chips have a higher initial cost, their long -term advantages, such as reduced energy consumption, lower service costs and a longer service life, make their economically effective solution.
- Gan chips are known for their high reliability and long service life. They are less susceptible to refusals due to factors such as thermal stress and malfunctions in electrical wiring, which is important for dolls of drones, which may require continuous work for a long time. Reliable jammers guarantee that the territories protected by them will remain protected from unauthorized invasions of drones for a long time without the need for frequent maintenance or replacement of components.
GAN chips revolution in the technology of suppressing drones, providing unrivaled power, efficiency and versatility. Their ability to work with high frequencies, reduce energy consumption and maintain a compact design makes them a preferred choice for modern directors of drones, guaranteeing effective and reliable work in critical security applications.
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