Electronic Project Suggestion:

Requirements:

-Use PCB

-Wood work

I need a unique idea, anyone please?

Provide a short description, for each of the subject, of no more than a paragraph and one representative figure.

a) Working principles of micro-sensors (chemical, optical, acoustic wave, pressure and thermal)

b) Working principles of micro-actuators (thermal forces, shape-memory alloys, piezoelectric and electrostatic)

c) Materials selection for micro-sensors/actuators (e.g., substrates and wafers, silicon compounds such as dioxide, carbide, nitride, and polycrystalline, silicon piezoelectric, gallium arsenide, piezoelectric crystals, polymers and films)

d) Micro-sensors/actuators fabrication processes (e.g., photolithography, oxidation, chemical vapor deposition, chemical and plasma etching, bulk micromanufacturing, surface micromanufacturing and LIGA process)

if a system is able to procude 5v to 45 v max. 2 amps to 20 amps max. how do you prevent malfunction of this systsm through GFI or circuit breaker? for example. if the max current is 20 amps and the system is drawing 20.1 amps. how do we degrade the system so that it will go back to 20 amps. draw a circuit of GFI or circuit breaker to explain please. Please dont shutdown the system if it goes over the limit, but reverse it back to the right amps or voltage without ahutting down the system.

The population of a town A is less than the population of town B. However, the population of town A is growing faster than the population of town B. Write a program that prompts the user to enter the population and growth rate of each town. The program outputs after how many years the population of town A will be greater than or equal to the population of town B and the populations of both the towns at that time. (A sample input is: Population of town A = 5000, growth rate of town A = 4%, population of town B = 8000, and growth rate of town B =2%.)

Hint: The population can be calculated as the following:

,??-????????????.=,??-??????????????.?(1+??????????? ????????/100.0)

Design a control for four electric motors. Motors 1, 2, and 3 are to be controlled separately. When any one of the three starts, motor 4 is to start. Motor 4 can also be started independently of the others. If any motor reaches an overload condition, it will shut down all of the motors. In addition, there is to be a master start-stop switch (momentary) to make it possible to manually shut down all operating motors at once. The master start switch energizes the control circuit after which any particular motors is started individually. Report your circuit in ladder diagram form.

HSC12 Microcontroller

To create a delay using the Output Compare Channel 6, we add a number of cycles (CCOUNT)to TC6 and then wait until TCNT is equal to TC6. This happens when TLFG1(6) =1. Assuming an E-clock of 24 MHz: Complete the following table in order to generate the given delays:

HSC12 Microcontroller To create a delay using the Output Compare Channel 6, we add a number of cycles (CCOUNT)to TC6 and then wait until TCNT is equal to TC6. This happens when TLFG1(6) =1. Assuming an E-clock of 24 MHz: Complete the following table in order to generate the given delays:

(TCO 4) Describe PID control.

determine the resonant of the dominant cavity mode for an air-filled rectangular waveguide

Draw a breadboard fritzing diagram that connects a HT12D decoder, 433 MHz Receiver, L2930 Motor Driver and 2 DC motors that allows for bidirectional proportional motor control.

a)Constract the use of electromechanical relays against a PLC in the implementation of an automatic solution, giving the merits of using the PLC.
b) Two digital outputs y and z need to controlled as follows:
Y turns on if inputs x1 and x2 are high or if input x3 is low and input x4 is high. Y stays on for 7s and then turns off, while simultaneously setting the output z to high. Z stays high for 5s, following which the sequence is repeated. The process is started by pressing a start pushbutton and is stopped by pressing a stop pushbutton.
Draw a ladder logic diagram to program a PLC for this application.

Recall that a float is stored in the following format:

±sign 1.mantissa • 2^exponent?127

where sign is 1 bit, exponent is 8 bits, and mantissa is 23 bits. Write a C function that accepts an int parameter and returns a float represented by the bits in the int. The 32-bit integer is organized as 1-bit sign, 8-bit exponent, 23-bit mantissa. For example, 0x3F800000 represents 1.0 because the sign bit is 0, the exponent is 127, and the mantissa is all 0’s.

It has to be a proper c executable code.Please help.

How can we make proof of Maxwell equations? Please derive Maxwell equations

Three balanced 3-phase loads are connected in parallel. Load 1 is Y-connected with an impedance of 400 + j300 ? per phase, load 2 is ?-connected with an impedance of 2400 – j1800 ? per phase, and load 3 is absorbing 172.8 + j2203.2 kVA. The loads are fed from a set of distribution lines with an impedance of 2 + j16 ? per line. The magnitude of the line-to-neutral voltage at the load end of the line is 24?3 kV(rms). Find the total complex power delivered by the generator