Answer to: Explain the Kirchoffs law used in the working of the transistor as a switch? By signing up, you'll get thousands of step-by-step...
Working together, electricity and magnetism can make things move: electric motors, loudspeakers, and headphones are just a few of the indispensable modern gadgets that function this way. Send a fluctuating electric current through a coil of copper wire and (although you can't see it happening) ...
TransistorTrolley ProblemAtransistorwill switch on current flow across one of a pair of connections, depending upon the input from an input one. Randall likens this to the ability to use points to switch the destination of a trolley from one track to another, as protagonists are invited to do...
When the transistor was invented, back in 1947, the switch it replaced (which was called the vacuum tube) was about as big as one of your thumbs. Now, a state-of-the-art microprocessor (single-chip computer) packs hundreds of millions (and up to 30 billion) transistors onto a chip of...
Next, they discuss transistors, the foundation of computer chip technology. As semiconductor processes become more advanced over time, manufacturers are able to add more transistors to chips during fabrication. Moving to a smaller transistor technology is one of the ways that Apple can del...
Answer to: Suppose a circuit in a power supply is not working, then as a good troubleshooter, how do you solve this problem systematically? Explain...
So we only need to care about switching frequency capabilities of the transistor -> which is far higher also, just like the allowed voltage range. So we can just add a 470Ohms (when on 3.3 Logic) or 1k Ohms (when working with 5V Logic) resistor in series to each PWM pin of the ...
system and give more register to CPU instead "useless" instruction, of course i don't have any knowledge about the mechanic intern of CPU but i think instruction need to be written with transistor, and if we remove the alignment system, we divide by 2 all transistor i...
You clearly are using the processor in a very advanced way. I will do my best to answer your questions: 1) Why is your voxel engine not able to efficiently render as many voxels as you'd like? Voxel engines need to maximize their use of parallelism (both threading and SIMD)...
metals. In effect, the frog's body was working as the electrolyte of a battery made with two different metallic electrodes stuck into it. Dead or alive, there was nothing special about the frog; a glass jar full of the right chemicals—or even a lemon—would have worked just as well....