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p-n photodiode

p-n photodiode

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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A p-n photodiode has a quantum efficiency of 67 % at a wavelength of 0.9 pm .Calculate
a. Its responsivity at 0.9 pm
b. The received optical power if the mean photocurrent is 10-2+1 mW.

2. A p-n photodiode has a quantum efficiency of ## % at a wavelength of 0.9 pm .Calculate a. Its responsivity at 0.9 pm b. The received optical power if the mean photocurrent is 10@+1 mW Note: Here ## = last two digits of your student ID, and @ = third last digit of your studem id. If any of the said digit is zero, you can consider a digit from your student id which can't be zero. | Description Student is able to identify the provided parameters as 1 well as the requirements of the problem and demonstrates the appropriate mathematical expressions. Student attempts to find the solutions to the required 2 problems with proper mathematical approach, but the results are partial/inaccurate. Student is able to apply proper mathematical method and 3 find accurate solutions required in the problem. Level Average Points Good Excellent
Transcribed Image Text:2. A p-n photodiode has a quantum efficiency of ## % at a wavelength of 0.9 pm .Calculate a. Its responsivity at 0.9 pm b. The received optical power if the mean photocurrent is 10@+1 mW Note: Here ## = last two digits of your student ID, and @ = third last digit of your studem id. If any of the said digit is zero, you can consider a digit from your student id which can't be zero. | Description Student is able to identify the provided parameters as 1 well as the requirements of the problem and demonstrates the appropriate mathematical expressions. Student attempts to find the solutions to the required 2 problems with proper mathematical approach, but the results are partial/inaccurate. Student is able to apply proper mathematical method and 3 find accurate solutions required in the problem. Level Average Points Good Excellent
2. A p-n photodiode has a quantum efficiency of ## % at a wavelength of 0.9 pm .Calculate a. Its responsivity at 0.9 pm b. The received optical power if the mean photocurrent is 10@+1 mW Note: Here ## = last two digits of your student ID, and @ = third last digit of your studem id. If any of the said digit is zero, you can consider a digit from your student id which can't be zero. | Description Student is able to identify the provided parameters as 1 well as the requirements of the problem and demonstrates the appropriate mathematical expressions. Student attempts to find the solutions to the required 2 problems with proper mathematical approach, but the results are partial/inaccurate. Student is able to apply proper mathematical method and 3 find accurate solutions required in the problem. Level Average Points Good Excellent
Transcribed Image Text:2. A p-n photodiode has a quantum efficiency of ## % at a wavelength of 0.9 pm .Calculate a. Its responsivity at 0.9 pm b. The received optical power if the mean photocurrent is 10@+1 mW Note: Here ## = last two digits of your student ID, and @ = third last digit of your studem id. If any of the said digit is zero, you can consider a digit from your student id which can't be zero. | Description Student is able to identify the provided parameters as 1 well as the requirements of the problem and demonstrates the appropriate mathematical expressions. Student attempts to find the solutions to the required 2 problems with proper mathematical approach, but the results are partial/inaccurate. Student is able to apply proper mathematical method and 3 find accurate solutions required in the problem. Level Average Points Good Excellent
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