Electromagnetic jobs

I am looking for someone to write a 3-5 page Physics essay with a works cited page within 2 days. The essay can include pictures and should be on one of the following topics: • What causes the seasons? • Biography of Isaac Newton, Albert Einstein, Galileo Galilei or Johannes Kepler – (life, education, and discoveries) • The Electromagnetic Spectrum • Telescopes • The Sun • The Solar System • The Earth • Any planet in the solar system • Comets • The Evolution of Stars • Black Holes and Quasars • General and Special Relativity • The Big Bang

I need a new website. I need you to design and build a landing page.

I am designing an examination in the area of Electromagnetic Field Theory to test prospective employees of my company. I need someone to take a sample run of the examination for me and give feedback so I can determine if it is realistic to expect prospective employees to answer the questions in the given time-period. Approximately: 1-2 hours. Please only accept if EM Theory is one of your areas of expertise.

I need an expert in the theories and tools required for analysis and design of electromagnetic and electromechanical energy conversions. The topics include 1) basic principles and understanding of static and electromechanical energy conversion, 2) understanding time-varying transformations, 3) analysis and understanding of dc, brushless dc, induction, stepper, and synchronous machines, and 4) analysis of power converters for electromechanical drive systems. Major Topics: 1. Magnetic coupled circuits 2. Electromagnetic and electromechanical energy conversion principles 3. Stepper motors 4. DC machines 5. DC/DC power converters 6. Transformers 7. Reference frame theory 8. Permanent magnet (brushless dc) machines 9. Synchronous machines 10. Induction machines 11. Brushless dc ...

I have a budget of $70. I need you to develop or solve an electromagnetic project for me. I would like this program to be developed for Windows using C++.

The first report is about electromagnetic waves. The second report will be about Radio waves, and both reports should not exceed 100 words. Finally, I need a table to display the differences between both

Hi, our clients have difficulties to understand our technology (to prevent people from harmful effects of electromagnetic fields (EMF) from computers, wifi, cellular phones etc. Need one basic explanation (less than 5 minutes video on a Powtoon basis, then, links toward another ten or fifteen other Powtoon videos to come, for complementary training. Since EMF (waves) are invisible, the challenge is to animate electromagnetic fields as they radiate, from the cellular to the body, and also from our innovative device to the body , to correct the state of balance: so, 3 elements enter in action, one cellular, one body, and our product. It will be necessary to show one microscopic basic design of one cell, with its membrane, and components involved in the interaction. We provide ...

This project required knowledge on brewsters angle, smith chart, polarization, double stub matching, transmission lines, waveguides and more knowledge in physics and math. Question 3 is the most important part, but as long as everything is explained well, it'll work.

In this Project we are going to design and simulate the Silicon RIB waveguide in COMSOL/HFSS and going to design the 3D layout. Including all we are also going to calculate its • “Near field” electromagnetic field • “Far Field” Electromagnetic filed • S-parameters - Reflection - Absorption - Transmission In this project if are also going to discuss the Effective refractive index of Silicon RIB for different width and different height and also going to talk about propagation loss and propagation length for different width and height.

The Indian University need a detailed notes about Electromagnetic Radiation and Hazards, along with Diagrams,Charts,case studies...

I want long term employee. its not matlab work. if you are expert, please bid here. just 1 hour work

would need you to be engineering, mathematics and physics inclined.

I need a PCB design, 2 layers, that will take in sensor inputs and datalog them onto a micro SD card. It will also sound an alarm when criteria is met. Input: temperature humidity atmospheric pressure Electromagnetic field detection Output: Red LED and buzzer when EMF is detected Blue LED and beeps when temperature drops 7 deg F logs all sensors onto a micro SD card. I have mad this using Arduino boards and shield but I want a single PCB to go to production with.

I need you to write a research article of this process,importance and challenges

Design of electromagnetic coil gun launcher in ansys maxwell software and compute the distance travel by projectile in desired time and forces acted on projectile. I am attaching the papers for your reference.

I have design the bldc motor and now i looking for a person to do the electromagnetic analysis for it.

The project concerns the design of a data acquisition module for LVDT probes. The module uses the PGA970 chip from Texas Instruments and must also have the relative signature that allows the management of different types of probes, with different values of sensitivity and connections ( 2-4-5-6 wires ). The project foresees the...must also have the relative signature that allows the management of different types of probes, with different values of sensitivity and connections ( 2-4-5-6 wires ). The project foresees the realization of the electronic diagram and the realization of the PCB with the supply of bills of materials and gerber files for the production. The development must be carried out considering the electromagnetic compatibility requirements typical of the industri...

A electrical circuit that supplies the optimal amount of pulsating DC power (watts) to the input coils of the system at the optimal operating frequency of the system. And feed the INPUT amount of power from the OUTPUT power back into the input coils (self-looped).

Background ------------------- Electromagnetic pumps are devices that move conductive liquids by using electromagnetic fields generated by a group of solenoids. These group of solenoids are powered by a 3-phase alternate power source. Once we design and build an electromagnetic pump, we find ourselves facing 3 possibilities, as follows. 1.- Experimental and design values are not the same, 2.- Experimental and design behavior are the same but the pump should work on other flow regime (i.e., different pressure differential, different flow rate, etc), 3.- One or many solenoids fail so the others should compensate for the different, The flow in these electromagnetic pumps is regulated by changing the voltage, current or frequency (V, and I, being the preferred v...

Background ------------------- Of primordial importance for the fabrication of certain type of pumps is the availability of building solenoids that can generate a homogeneous magnetic field as the latter is responsible for the forces that give origin to the pumping need to measure the magnetic field generated by a solenoid, a group of solenoids, stand-alone, and once assembled inside an electromagnetic pump. Please look the attached figures. For the latter we conceptually thought of a CNC gantry or robotic arm with a Hall Effect probe, interfaced with a computer. The system would measure the 3 components of the magnetic field, position and time, sending these values to the computer for storage and processing. Although for 1 solenoid a vertical probe is acceptable, for the measureme...

I’m developing an electromagnetic tracking system. I wound the coils, assembled the circuit, wrote the code. But apparently I do not know the features of the construction of such systems. Who can help? Write only with real experience in developing such a system.

6 Stop Round Table (Rotating at 60 degrees) SERVO 1 is connected to rotary table. Rotary table will rotate and stop at 60 degrees. Once it stops A, B,C, D, E & F as given below will be actioned. (A) Filling Quantity User can select the pre-set quantity shown in screen (B) ALIGNMENT: (Sensor, Stepper Moto...rotate and stop when colour code is detected in sensor. (C) FILLING: (Stepper Motor, Servo Motor, Servo Motor) • To be controlled with stepper and servo motors (D) SEALING: (Stepper) • Activate ultrasonic sealer PCBA (E) CRIMPING: (Stepper) • Stepper Motor will rotate clockwise from Pre-set Location to final location & return back. (F) EJECTION: (Electo-pneumatic solenoid, sensor) • Start electromagnetic linear actuator and reverse. The above gi...

6 Stop Round Table (Rotating at 60 degrees) SERVO 1 is connected to rotary table. Rotary table will rotate and stop at 60 degrees. Once it stops A, B,C, D, E & F as given below will be actioned. (A) Filling Quantity User can select the pre-set quantity shown in screen (B) ALIGNMENT: (Sensor, Stepper Moto...rotate and stop when colour code is detected in sensor. (C) FILLING: (Stepper Motor, Servo Motor, Servo Motor) • To be controlled with stepper and servo motors (D) SEALING: (Stepper) • Activate ultrasonic sealer PCBA (E) CRIMPING: (Stepper) • Stepper Motor will rotate clockwise from Pre-set Location to final location & return back. (F) EJECTION: (Electo-pneumatic solenoid, sensor) • Start electromagnetic linear actuator and reverse. The above gi...

Round Table (Rotating at 60 degrees) SERVO 1 is connected to rotary table. Rotary table will rotate and stop at 60 degrees. Once it stops A, B,C, D, E & F as given below will be actioned. (A) Filling Quantity User can select the pre-set quantity shown in screen (B) ALIGNMENT: (Sensor, Stepper Motor) • Se...rotate and stop when colour code is detected in sensor. (C) FILLING: (Stepper Motor, Servo Motor, Servo Motor) • To be controlled with stepper and servo motors (D) SEALING: (Stepper) • Activate ultrasonic sealer PCBA (E) CRIMPING: (Stepper) • Stepper Motor will rotate clockwise from Pre-set Location to final location & return back. (F) EJECTION: (Electo-pneumatic solenoid, sensor) • Start electromagnetic linear actuator and reverse. The abo...

- Develop EM design for brushless motor of inner rotor, IPM arrangement. - Design goals: Peak power = 500W @ 1500-3000rpm. Continuous power = 350W @ 1500rpm-3000rpm. High efficiency, low torque ripple & low audible noise. - FOC control using VESC controller (version 4.12 or 6.0, to be confirmed). - 36V nominal supply voltage (potential to use 48V if there is a benefit for example reduced copper losses). - To be agreed before proceeding: geometry constraints, airgap, hall sensor arrangement (if required).

it is required to make 9 coils on PCB (3x3 matrix) Trace width and trace separation of the coils will be 125 µm for each 6mm coil. Each copper conductive layer will have a layer thickness of 35 µm. Ideally there will be 9 turns of the coil per is part of another schematic that i have made using diptrace,so it is preferably to be using diptrace or eagle

i need to make 9 coils (3x3 matrix) using diptrace budget can be increased if u can do it in a quick manner

I need to design and build a air shower decontamination chamber. I’m using electromagnetic locks for the door, 2 12inch in-line fans, have not decided on the jet nozzles. A helps filter for the return air. And some kind of sensor to let the system know someone has walked inside. The brain that runs this system will be an rpi b+. I need help designing a program to run this.

I need to design and build a air shower decontamination chamber. I’m using electromagnetic locks for the door, 2 12inch in-line fans, have not decided on the jet nozzles. A helps filter for the return air. And some kind of sensor to let the system know someone has walked inside. The brain that runs this system will be an rpi b+. I need help designing a program to run this.

We need a simple logo with the letter "o" lower cased, that looks like a watch / clock. The whole company name is planubo but the focus should be on the "o". As a font we would like to use something like "Electromagnetic Lungs" where everything is lowercased.

need to analyze effects on electromagnetic forces, winding impedance of a three phase transformer

Photography is the art, application and practice of creating durable images by recording light or other electromagnetic radiation, either electronically by means of an image sensor, or chemically by means of a light-sensitive material such as photographic film. It is employed in many fields of science, manufacturing (e.g., photolithography), and business, as well as its more direct uses for art, film and video production, recreational purposes, hobby, and mass communication

I need RF frequency emitter. Instead of audio it would emit downloaded music as electromagnetic waves. The purpose is instead of a sound (perceived by ears and also by the whole body as a vibrations) be exposed to just vibrations. It needs to have internal memory for loading music files, show a name of the file it plays, have regular player functions like fast forward, loop play, and functions indicator and audio option. Need to have 0ne or multiple files play option. I am not a sound specialist and need to discuss the project first. It would be perfect if the emitter could also be able to send the files wireless to remote soundless (frequency emitting) only "speakers" with audio option. Sort of audio or frequency only -- option.(I assume would be a Bluetooth sort of...

An individual who is knowledgeable in Inductive Proximity Sensors, Magnetometers and Current Sensors might be best suited to answer my questions attached and provide a sketch in Altium or Eagle. Need an Arduino Shield created for 8 PCB electromagnetic (inductor) coils as a prototype board. This will be a 6 layer PCB which is repetitive in design. See attached documents for an in-depth explanation of design. Of most important to me is simple design with as few components, particularly IC's as possible selected from Digikey that are active and in stock. The final design will have a very small footprint, so the fewer the IC's the better.

BACKGROUND Guaranteed Please submit a quote for web application u The quote includes web design including and Chrome Extension similar to https://selin...and/or Google Play, thus fully white-label. The application will be using NFC readers to identify the identity of any manufactured product and pair with producers identification NFC tags are passive devices, which means that they operate without a power supply of their own and are reliant on an active device to come into range before they are activated. ... In order to power these NFC tags, electromagnetic induction is used from a smartphone to create a current in the passive device, Here is a link to 4 minute video clip of how the web app will function including features BACKGROUND Guaranteed

BACKGROUND Guaranteed Please submit a quote for web application u The quote includes web design including and Chrome Extension similar to https://selin...and/or Google Play, thus fully white-label. The application will be using NFC readers to identify the identity of any manufactured product and pair with producers identification NFC tags are passive devices, which means that they operate without a power supply of their own and are reliant on an active device to come into range before they are activated. ... In order to power these NFC tags, electromagnetic induction is used from a smartphone to create a current in the passive device, Here is a link to 4 minute video clip of how the web app will function including features BACKGROUND Guaranteed

BACKGROUND Guaranteed Please submit a quote for web application u The quote includes web design including and Chrome Extension similar to https://selin...and/or Google Play, thus fully white-label. The application will be using NFC readers to identify the identity of any manufactured product and pair with producers identification NFC tags are passive devices, which means that they operate without a power supply of their own and are reliant on an active device to come into range before they are activated. ... In order to power these NFC tags, electromagnetic induction is used from a smartphone to create a current in the passive device, Here is a link to 4 minute video clip of how the web app will function including features BACKGROUND Guaranteed

The induction machine or the asynchronous motor is an AC electric motor in which the electric current in the rotor is needed to produce the torque by electromagnetic induction from the magnetic field of the stator winding. This system is generally described by five states that are the rotor speed, two flux variables, and two components of the currents. The objective of this project is to design a nonlinear feedback (sliding mode controller) to stabilize the motor speed at some desired reference. you need to write the paper in IEEE format. 1- Describe the system dynamics of the induction machine in the α-β frame or any other frame. 2- Develop a model-based-nonlinear feedback that realizes a perfect tracking of the desired speed. Provide a proof of convergence. 3- Sim...

The induction machine or the asynchronous motor is an AC electric motor in which the electric current in the rotor is needed to produce the torque by electromagnetic induction from the magnetic field of the stator winding. This system is generally described by five states that are the rotor speed, two flux variables, and two components of the currents. The objective of this project is to design a nonlinear feedback to stabilize the motor speed at some desired reference. 1- Describe the system dynamics of the induction machine in the α-β frame or any other frame. 2- Develop a model-based-nonlinear feedback that realizes a perfect tracking of the desired speed. Provide a proof of convergence. 3- Simulate the proposed closed-loop dynamics. 4- Assess the performance ...

The induction machine or the asynchronous motor is an AC electric motor in which the electric current in the rotor is needed to produce the torque by electromagnetic induction from the magnetic field of the stator winding. This system is generally described by five states that are the rotor speed, two flux variables, and two components of the currents. The objective of this project is to design a nonlinear feedback to stabilize the motor speed at some desired reference. 1- Describe the system dynamics of the induction machine in the α-β frame or any other frame. 2- Develop a model-based-nonlinear feedback that realizes a perfect tracking of the desired speed. Provide a proof of convergence. 3- Simulate the proposed closed-loop dynamics. 4- Assess the performance ...

BACKGROUND Guaranteed Please submit a quote for web application u The quote includes web design including and Chrome Extension similar to https://se...and/or Google Play, thus fully white-label. The application will be using NFC readers to identify the identity of any manufactured product and pair with producers identification NFC tags are passive devices, which means that they operate without a power supply of their own and are reliant on an active device to come into range before they are activated. ... In order to power these NFC tags, electromagnetic induction is used from a smartphone to create a current in the passive device, Here is a link to 4 minute video clip of how the web app will function including features BACKGROUND Guaranteed

I require quote for developing a web application with hybrid solution like flutter or xamarin The quote should include web design and mobile app in IOS and Android require quote for web ...adaptable for future addition of other languages The application will be using NFC readers to identify the identity of any manufactured product and pair with producers identification NFC tags are passive devices, which means that they operate without a power supply of their own and are reliant on an active device to come into range before they are activated. ... In order to power these NFC tags, electromagnetic induction is used from a smartphone to create a current in the passive device, Here is a link to 4 minute video clip of how the web app will function including features

Engineering Electromagnetic 1. Write a MATLAB program to compute electric force due to N multiple charges. 2. Write a MATLAB program to compute electric field intensity due to N multiple charges. Write : introduction code result discussion conclusion

Help me to develop my understanding and hands on experience in electric motor design. The topics I would like to learn are: 1. Electromagnetic analysis of motors 2. Thermal analysis of e-motors 3. Analysis and validation of designs with Finite Element Analysis calculations in both 2D and 3D 4. Characterize machine performance for basic sizing and performance estimations using analytical tools Would like the tutor could walk with me some examples to perform above analysis using commercial tools such as: Ansys and Jmag

I'm interested in leasing dedicated servers in underground data centers that can withstand electromagnetic pulses (EMPs, which can be caused by solar storms or nuclear events). My problem is that most data centers don't offer dedicated servers, but only co-location, often with a 1-rack minimum. A data center will typically have numerous customers who are hosting companies, who in turn offer dedicated servers. Some hosting companies mention on their website the specific data center they're housed in, but most simply state the location, and need to be asked directly which data center they're in. I've found more than a dozen underground data centers, but I'm particularly interested in servers in Helsinki (such as Equinix's HE2 data center), in the...

I'm interested in leasing dedicated servers in underground data centers that can withstand electromagnetic pulses (EMPs, which can be caused by solar storms or nuclear events). My problem is that most data centers don't offer dedicated servers, but only co-location, often with a 1-rack minimum. A data center will typically have numerous customers who are hosting companies, who in turn offer dedicated servers. Some hosting companies mention on their website the specific data center they're housed in, but most simply state the location, and need to be asked directly which data center they're in. I've found more than a dozen underground data centers, but I'm particularly interested in servers in Helsinki (such as Equinix's HE2 data center), in the...

I need to model a non contacting cylindrical strip of copper sensor around a piezoelectric PZT-5a cylindrical pellet, such that when a static or dynamic load is applied on the top surface of cylindrical PZT, the copper strip sense the voltage through electromagnetic radiation, the only thing is that, the result must be practically possible type.

You only need to submit a softcopy as a word document, along with your MATLAB codes as *.m files.

Just as it is in this video

Need to read output from Electromagnetic flowmeter using Arduino. it has outputs like pulse, hart, digital. any output is preferred