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no183
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Hey guys. i am on a little project here, may i know hot to calculate heat dissipation from processor and HDD ? is it using P=I^2R will do ? if so what is my R and I?
no183 said:Hey guys. i am on a little project here, may i know hot to calculate heat dissipation from processor and HDD ? is it using P=I^2R will do ? if so what is my R and I?
no183 said:hmm, let say a processor, while it has the state of load and idle, how do i calculate it?
no183 said:http://processorfinder.intel.com/details.aspx?sSpec=SLA9U
my example as stated in the link, so is 65W?
Heat dissipation is the process of removing heat from a system. In the context of processors, it refers to the amount of heat that is generated by the processor during operation. This is an important factor to consider because excessive heat can damage the processor and affect its performance.
The formula for calculating heat dissipation from a processor is: Power (in watts) = Voltage x Current. The voltage and current values can be obtained from the processor's specifications. Once the power is calculated, it can be converted to heat dissipation using the specific heat capacity of the material used in the processor.
The heat dissipation of a processor can be affected by various factors, including the processor's design, clock speed, voltage, and workload. The ambient temperature and the cooling system used also play a significant role in heat dissipation.
There are several ways to manage heat dissipation for processors. The most common method is through the use of a cooling system, such as a heat sink or a fan. Other techniques include underclocking the processor to reduce its power consumption and using thermal interface materials to improve heat transfer.
Knowing the heat dissipation of a processor is useful for various reasons. It helps in selecting the appropriate cooling system for the processor, ensuring its longevity and performance. It also allows for better power management and can aid in troubleshooting if the processor is overheating.