QUESTION 1: The Intel® Core™ i3-6320 processor runs at 3.90 GHz from 1.152 V and
ID: 3825080 • Letter: Q
Question
QUESTION 1: The Intel® Core™ i3-6320 processor runs at 3.90 GHz from 1.152 V and has a max TDP of 51 W. Calculate the capacitive load of the processor in pF.
QUESTION 2: What would the TDP increase to if the i3-6320 were overclocked to 5 GHz?
Express your answer in watts.
QUESTION 3: The Intel® Core™ i7-6850 uses 1.163 V of electricity to run at 3.60 GHz with a max TDP of 140.0 W. Estimate the capacitive load of the processor in nF.
QUESTION 4: What would the TDP increase to if the i7-6850 were overclocked to 5 GHz?
Express your answer in watts.
Please help me with Computer Archetcute homework no programming involved
Explanation / Answer
1) Capacitive Load = Power/(Voltage^2 * frequency)
Here Power = 51 W
Volatge = 1.152 Volts
Frequency = 3.90 GHz
Capactive Load = 51/(1.152*1.152*3.90 *109) // 1 GHz = 109 Hz
= 51/(5.1757056 * 109)
= 9.85 * 10-9 F
Now I F = 1012 pF
So Capacitive Load in pF is 9.85 * 10-9*1012
= 9.85*103 pF
b)
Power = CapacitiveLoad* Volatge2 * Frequency
CL = 9.85*10-9 (in F)
Volatge = 1.152 V
Frequency = 5GHz which is 5*109 Hz
Power = 9.85*10-9 * 1.152*1.152* 5* 109
= 65.35 Watts
c) Capacitive Load = Power/(Voltage2 * frequency)
Here Power = 140 W
Volatge = 1.163 Volts
Frequency = 3.60 GHz
Capactive Load = 140/(1.163*1.163*3.60 *109) // 1 GHz = 109 Hz
= 140/(4.8692484 * 109)
= 28.752 * 10-9 F
1 F = 109 nF
So Capacitive Load i n nF = 28.752* 10-9 * 109 nf
= 28.752 nF
4) Power = CapacitiveLoad* Volatge2 * Frequency
CL = 28.752*10-9 (in F)
Volatge = 1.163 V
Frequency = 5GHz which is 5*109 Hz
Power = 28.752*10-9 * 1.163*1.163* 5* 109
= 194.44 Watts