Electronics Engineering

A standard NOT gate will have just one input. It will change its value to the opposite digital value for the output.

Jack Bruce primarily used a Marshall amplifier during his time with Cream. Specifically, he often employed a Marshall JTM 45, which contributed to his distinctive bass sound. This amp, combined with his technique and use of effects, helped shape the band's powerful musical identity. Bruce's setup was integral to the heavy, blues-infused rock sound that Cream is known for.

demodulation

No, XOR gate is a not a universal gate. There are basically two universal gates NAND and NOR.

only some times

What is Pyrrhic, Alex.

I'll take Greek Etymology for $400...

If the crystal is pure Si (no dopants or impurities) then the number of free electrons in the conduction band will be equal to the number of holes in the valence band. Each electron leaves behind a hole when it is thermally excited into the conduction band. If the ambient temp. increases, there will be more thermal energy available which will increase both the number electrons and the number of holes.

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The 2000s saw a market rebound for the semiconductor segment, primarily due to increased consumer spending on electronics in addition to increased business demand for IT solutions.

JUST LIKE 2 DOTS.

as voltage on the gate increases it will reach a point where any further input will not effect further.

As states half wave will rectify only either positive or negative of a full wave. full wave will rectify positive and negative making it full wave rectification.

All micro-controllers are going to be difficult to use, because you build your circuits around them, not vice versa. From a programmer perspective, the BASIC Stamp uses PBasic which is very easy to use and understand. The PIC16F84 Micro series uses assembly, but only has 30 commands and is much more powerful IMHO.

i dont know but it has 10 letters :) im doing a crossword for science and they asked that question but I cant figure it out

this is halohayd the answer is hardness

You could put a know resistive load on the battery and then monitor the voltage across the load until the battery was at zero volts. Using Ohm's Law you can calculate the current at any time. Current = Voltage / Resistance. You can multiply the average current times the number of hours for the battery to go to zero.

Passivation in integrated circuits (ICs) is essential to protect the semiconductor materials from environmental factors such as moisture, contaminants, and oxidation that can degrade performance and reliability. It creates a protective layer, typically made of silicon dioxide or silicon nitride, which enhances the stability and longevity of the device. Additionally, passivation helps to reduce surface states that can trap charge carriers, thus improving the electrical characteristics of the IC. Overall, it ensures better performance and durability in various operating conditions.

I will rephase your question as "What is a finite Markov chain processes?" If this is not your question, please resubmit it. As I researched this question, I found an interesting information on the Markov's, as his brother and brother's son contributed to mathematics. See: http://en.wikipedia.org/wiki/Andrey_Markov How much of Markov chain theory actually orginated with Andrey or future generations of Markov's and others is a good question. Commonly, mathematicians name their theories to other famous mathematicians, for example, Bayes, Gauss & Bernoulli. A Markov chain is a hypothetical process that has finite and identifiable states. The system changes in discrete steps, and only the current state will have an affect of the future state. I will use a concrete example of this. I'm hungry and standing in line at McDonalds. Suppose there are a finite number of choices, say 1- 12 (yes I know this is not true, but just suppose it, ok). Now suppose that my choice is not completely random, but is affected by what the person ahead of me is choosing. If the person ahead of me chooses a number 1, I will have have a higher chance of choosing a number 1 (say for example 50%) and a lower chance of choosing all other options. I could run a simulation model where thousands of customers are served and find out what are the probabilities of number 1 to 13 being served. The state of the system is determined by the selections of the customer defined by an unchanging set of rules governing the probability. In a more general sense, we could have a fix set of rules (conditional probabilities), that state given what the last customer ordered, will determine the probabilities of the next customer. This is called a transition matrix of probabilities. You can find more examples at: http://en.wikipedia.org/wiki/Examples_of_Markov_chains which cites the board game of monopoly as an example of Markov chain, because given the square that you are currently on, will determine the probabilities of the "future state" or the next square on which you will land.

1948 i believe

in correct sense it is not the layer but the region around the metallurgical junction which is depleted of charge carriers .in this region an internal electric field exist which counter balance the diffusion of electron and hole around the junction .

basically the main reason for the formation of depletion region is the concentration gradient across metallurgical junction of p-n semiconductor.

For capacitive reactance, current leads voltage. In an "ideal" circut, the leading phase angle would be 90 degrees, but this does not happen in practice due to resistance.

For inductive reactance, current lags voltage. In an "ideal" circut, the lagging phase angle would be 90 degrees, but this does not happen in practice due to resistance.

In up-link the portion of a communications link used for the transmission of signals from an earth terminal to a satellite platform..

a down link is the link from a satellite to a ground station..

flash

A photo resistor decreases in resistance as illumination increases. I don't believe there are any discrete components that accomplish what you are asking. You may need to use a photo resistor, combined with a transistor to invert this operation.

Chromecast can affect bandwidth by streaming content over your home network, which can consume a significant amount of data, especially with high-definition or 4K video. This usage can lead to reduced bandwidth availability for other devices on the network, potentially resulting in slower speeds or buffering. If multiple devices are streaming simultaneously, the cumulative demand can strain your internet connection. To mitigate this, a high-speed internet connection and a robust router are recommended.