In designing electronics for harsh environments, engineers first analyze potential hazards, then select appropriate materials and design strategies to ensure functionality and durability.
Cooling systems in rugged electronics often utilize liquid cooling due to water's superior thermal conductivity compared to air, crucial in high-temperature applications.
Low-power components contribute to reduced heat generation in computers, allowing them to operate effectively without increased cooling demands, thus enhancing overall performance.
Materials like gallium nitride offer promising solutions for high heat conditions, making it essential for modern electronics to withstand extreme temperatures.
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