a. What are its output frequencies at 10°C and 30°C? Prove that the answer is 10.0005MHz and 9.999Mhz b. What is its percent accuracy over the operating temperature range? Prove that the answer is 99.99% c. Suppose the output of this oscillator is applied to a doubler. Recalculate the range of output frequencies and percent accuracy. Prove that the answer is 99.99%
a. What are its output frequencies at 10°C and 30°C? Prove that the answer is 10.0005MHz and 9.999Mhz b. What is its percent accuracy over the operating temperature range? Prove that the answer is 99.99% c. Suppose the output of this oscillator is applied to a doubler. Recalculate the range of output frequencies and percent accuracy. Prove that the answer is 99.99%
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Author:Robert L. Boylestad
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A 10MHz crystal oscillator has a temperature coefficient of -5 ppm/°C. It operates over a frequency range from +10°C to +30°C and has been set to exactly 10MHz at 20°C.
a. What are its output frequencies at 10°C and 30°C? Prove that the answer is 10.0005MHz and 9.999Mhz
b. What is its percent accuracy over the operating temperature range? Prove that the answer is 99.99%
c. Suppose the output of this oscillator is applied to a doubler. Recalculate the range of output frequencies and percent accuracy. Prove that the answer is 99.99%
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