The Timestamps for the different topics covered in the video : 0:19 What is Photodiode? How does Photodiode Works? 3:20 Photodiode parameters 1. Dark Current 2. Responsivity 3. Quantum Efficiency 4. Response Time 5. Noise Equivalent Power 10:44 Different modes of operation of Photodiode 1. Photovoltaic Mode 2. Photoconductive Mode
Sounds like someone just introduce rap to physics. This guy did not take a breath the whole 12 minutes he was speaking. It doesn't mean the content is not good quality, it just means he could have slowed it down a bit.
No, currently there isn't. But I am planning to complete the network analysis series soon. Because many topics like circuit analysis using laplace transform, two port network analysis are yet to be covered. And of course these theorems.
It depends on the type of current, you are measuring. When there is a sufficient light (mW power) then few kΩ resistor would be sufficient. At the most one should not go beyond 100 kΩ, otherwise the thermal noise of resistor will come into picture and can affect the accuracy of the reading.
Some of the early quiz are posted as PDF and as a community post. You need to scroll down a bit further to get it. Now a days, mostly I upload it as a video ( videos are easy to find than PDF). Have you joined the membership under this account or through some other account ? I can't see you as a member. Members have a badge under their name.
Are you able to see the badge beside your name ? Are you able to see Members only videos ? Why I am asking, because I am not able to see you as a member. (Not able to see a badge beside your name). Please make sure that, your membership is enabled. If it is enabled then under the membership tab, you will be able to see all the content.
I plan on using MCT photocells to energy harvest the blackbody radiation of roomtemperature objects. There's about 411 w/m^2 of radiation being emitted by blackbodies at room temperature, the sun at noon is only 1000 w/m^2...... think about it.
