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Sherif M.

@SherifAmr0007

5.0
5
1.6
1.6
83%

Electrical Power Engineer

$25 USD / Hour
・
Flag of
Egypt (3:43 PM)
・
Joined on December 29, 2019
$25 USD / Hour
・
Hey, I'm Sherif Amr, I have been an Electrical Engineer for 2+ years. I've worked in the field of Power converters and Drive Systems. I've been involved in a lot of projects such as Electric Elevator, Electric Smart Vehicle, Motor Drivers, UPS, Forward and Flyback Converters and much more. I am Specialized in fields of ✅Power Converter such as (SMPS, DC2DC, Inverters, Advanced Converters, much more...) ✅Electrical Machine Operation/Control. ✅Simulink/Matlab modelling. ✅Classical/Modern Control Engineer ✅Embedded C (AVR familly). ✅ARDUINO C. ✅Drive Systems. ✅Advanced Power Converters such as (PWM Techniques, Gate Driver Design, much more...) ✅Altium PCB Design and Circuit Schematic Layout. ✅Proteus PCB Design and Circuit simulation ✅MS Office. ِِِِAnd you must know something about me Discipline, Reliability and Commitment at Work means everything to me. So, Once You Hire Me, I'll Jump to Work with all my effort to achieve Your Desired Requirements.
Verifications
On time
100%
On budget
100%
Accept rate
83%
Repeat hire rate
14%
Freelancer Electronics Engineers Egypt
See all Electronics Engineers in Egypt

Portfolio

Portfolio

9081316
PCB For Atmega32A which can easily programmed using usbasp through IDC male 10 connector. also LCD connecting with AVR in 4 bit Mode Fashion. PCB designed to be one layer with 10x15 cm in dimension. PCB is made using ALITUM DESIGNER software.
PCB AVR Atmega 32A
PCB For Atmega32A which can easily programmed using usbasp through IDC male 10 connector. also LCD connecting with AVR in 4 bit Mode Fashion. PCB designed to be one layer with 10x15 cm in dimension. PCB is made using ALITUM DESIGNER software.
PCB AVR Atmega 32A
PCB For Atmega32A which can easily programmed using usbasp through IDC male 10 connector. also LCD connecting with AVR in 4 bit Mode Fashion. PCB designed to be one layer with 10x15 cm in dimension. PCB is made using ALITUM DESIGNER software.
PCB AVR Atmega 32A
PCB For Atmega32A which can easily programmed using usbasp through IDC male 10 connector. also LCD connecting with AVR in 4 bit Mode Fashion. PCB designed to be one layer with 10x15 cm in dimension. PCB is made using ALITUM DESIGNER software.
PCB AVR Atmega 32A
PCB For Atmega32A which can easily programmed using usbasp through IDC male 10 connector. also LCD connecting with AVR in 4 bit Mode Fashion. PCB designed to be one layer with 10x15 cm in dimension. PCB is made using ALITUM DESIGNER software.
PCB AVR Atmega 32A
PCB For Atmega32A which can easily programmed using usbasp through IDC male 10 connector. also LCD connecting with AVR in 4 bit Mode Fashion. PCB designed to be one layer with 10x15 cm in dimension. PCB is made using ALITUM DESIGNER software.
PCB AVR Atmega 32A
PCB For Atmega32A which can easily programmed using usbasp through IDC male 10 connector. also LCD connecting with AVR in 4 bit Mode Fashion. PCB designed to be one layer with 10x15 cm in dimension. PCB is made using ALITUM DESIGNER software.
PCB AVR Atmega 32A
PCB For Atmega32A which can easily programmed using usbasp through IDC male 10 connector. also LCD connecting with AVR in 4 bit Mode Fashion. PCB designed to be one layer with 10x15 cm in dimension. PCB is made using ALITUM DESIGNER software.
PCB AVR Atmega 32A
6697300
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
5990540
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
6467926
it's a cascaded loop feedback system, the outer loop for voltage feedback compensation and the inner loop for peak current mode control technique. we used TL431 + optocoupler topology as a voltage compensator type 2. by cascading loop we can control the output voltage instead of the current , also cascaded loop gives many features including current protection as it limit peak current to a certain value.
Cascaded Loop (Voltage + Pk Current) (Boost_Circuit)
it's a cascaded loop feedback system, the outer loop for voltage feedback compensation and the inner loop for peak current mode control technique. we used TL431 + optocoupler topology as a voltage compensator type 2. by cascading loop we can control the output voltage instead of the current , also cascaded loop gives many features including current protection as it limit peak current to a certain value.
Cascaded Loop (Voltage + Pk Current) (Boost_Circuit)
it's a cascaded loop feedback system, the outer loop for voltage feedback compensation and the inner loop for peak current mode control technique. we used TL431 + optocoupler topology as a voltage compensator type 2. by cascading loop we can control the output voltage instead of the current , also cascaded loop gives many features including current protection as it limit peak current to a certain value.
Cascaded Loop (Voltage + Pk Current) (Boost_Circuit)
it's a cascaded loop feedback system, the outer loop for voltage feedback compensation and the inner loop for peak current mode control technique. we used TL431 + optocoupler topology as a voltage compensator type 2. by cascading loop we can control the output voltage instead of the current , also cascaded loop gives many features including current protection as it limit peak current to a certain value.
Cascaded Loop (Voltage + Pk Current) (Boost_Circuit)
it's a cascaded loop feedback system, the outer loop for voltage feedback compensation and the inner loop for peak current mode control technique. we used TL431 + optocoupler topology as a voltage compensator type 2. by cascading loop we can control the output voltage instead of the current , also cascaded loop gives many features including current protection as it limit peak current to a certain value.
Cascaded Loop (Voltage + Pk Current) (Boost_Circuit)
6467854
it's an isolation feedback circuit which is need in isolation system like flyback, forward, push-pull and any isolation power supply. this topology of TL431 and opto coupler provide a negative feedback with type 2 compensation with isolated signal.
Tl431+Opto-Coupler Feedback
it's an isolation feedback circuit which is need in isolation system like flyback, forward, push-pull and any isolation power supply. this topology of TL431 and opto coupler provide a negative feedback with type 2 compensation with isolated signal.
Tl431+Opto-Coupler Feedback
6185455
This is a Peak Current Mode Control with Highly efficient Response For a Buck Converter work as a Current source with High Precision in Output Current. it has Very Low sensitivity for Perturbation in the Input Voltage . it also Contains an artificial Ramp for Improving stability of the system and Very Low Q-Factor.
Peak Current Mode Control (Buck Converter)
This is a Peak Current Mode Control with Highly efficient Response For a Buck Converter work as a Current source with High Precision in Output Current. it has Very Low sensitivity for Perturbation in the Input Voltage . it also Contains an artificial Ramp for Improving stability of the system and Very Low Q-Factor.
Peak Current Mode Control (Buck Converter)
This is a Peak Current Mode Control with Highly efficient Response For a Buck Converter work as a Current source with High Precision in Output Current. it has Very Low sensitivity for Perturbation in the Input Voltage . it also Contains an artificial Ramp for Improving stability of the system and Very Low Q-Factor.
Peak Current Mode Control (Buck Converter)
This is a Peak Current Mode Control with Highly efficient Response For a Buck Converter work as a Current source with High Precision in Output Current. it has Very Low sensitivity for Perturbation in the Input Voltage . it also Contains an artificial Ramp for Improving stability of the system and Very Low Q-Factor.
Peak Current Mode Control (Buck Converter)
This is a Peak Current Mode Control with Highly efficient Response For a Buck Converter work as a Current source with High Precision in Output Current. it has Very Low sensitivity for Perturbation in the Input Voltage . it also Contains an artificial Ramp for Improving stability of the system and Very Low Q-Factor.
Peak Current Mode Control (Buck Converter)
This is a Peak Current Mode Control with Highly efficient Response For a Buck Converter work as a Current source with High Precision in Output Current. it has Very Low sensitivity for Perturbation in the Input Voltage . it also Contains an artificial Ramp for Improving stability of the system and Very Low Q-Factor.
Peak Current Mode Control (Buck Converter)
9081316
PCB For Atmega32A which can easily programmed using usbasp through IDC male 10 connector. also LCD connecting with AVR in 4 bit Mode Fashion. PCB designed to be one layer with 10x15 cm in dimension. PCB is made using ALITUM DESIGNER software.
PCB AVR Atmega 32A
PCB For Atmega32A which can easily programmed using usbasp through IDC male 10 connector. also LCD connecting with AVR in 4 bit Mode Fashion. PCB designed to be one layer with 10x15 cm in dimension. PCB is made using ALITUM DESIGNER software.
PCB AVR Atmega 32A
PCB For Atmega32A which can easily programmed using usbasp through IDC male 10 connector. also LCD connecting with AVR in 4 bit Mode Fashion. PCB designed to be one layer with 10x15 cm in dimension. PCB is made using ALITUM DESIGNER software.
PCB AVR Atmega 32A
PCB For Atmega32A which can easily programmed using usbasp through IDC male 10 connector. also LCD connecting with AVR in 4 bit Mode Fashion. PCB designed to be one layer with 10x15 cm in dimension. PCB is made using ALITUM DESIGNER software.
PCB AVR Atmega 32A
PCB For Atmega32A which can easily programmed using usbasp through IDC male 10 connector. also LCD connecting with AVR in 4 bit Mode Fashion. PCB designed to be one layer with 10x15 cm in dimension. PCB is made using ALITUM DESIGNER software.
PCB AVR Atmega 32A
PCB For Atmega32A which can easily programmed using usbasp through IDC male 10 connector. also LCD connecting with AVR in 4 bit Mode Fashion. PCB designed to be one layer with 10x15 cm in dimension. PCB is made using ALITUM DESIGNER software.
PCB AVR Atmega 32A
PCB For Atmega32A which can easily programmed using usbasp through IDC male 10 connector. also LCD connecting with AVR in 4 bit Mode Fashion. PCB designed to be one layer with 10x15 cm in dimension. PCB is made using ALITUM DESIGNER software.
PCB AVR Atmega 32A
PCB For Atmega32A which can easily programmed using usbasp through IDC male 10 connector. also LCD connecting with AVR in 4 bit Mode Fashion. PCB designed to be one layer with 10x15 cm in dimension. PCB is made using ALITUM DESIGNER software.
PCB AVR Atmega 32A
6697300
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
Design Mechanical Parts for Small EV with High Performance and perfect aerodynamics solution, we use solid work to check stress analysis to have an approval with the mechanical design
EV SolidWorks
5990540
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
it's an App done by app designer Matlab which is used to simulate the overall performance of the e-Car and calculate the dynamic Response of an e-Car. and check all the details including controller, VFD, Batteries, Motor and Forces act upon the car at different speeds
EV(Electric Performance)
6467926
it's a cascaded loop feedback system, the outer loop for voltage feedback compensation and the inner loop for peak current mode control technique. we used TL431 + optocoupler topology as a voltage compensator type 2. by cascading loop we can control the output voltage instead of the current , also cascaded loop gives many features including current protection as it limit peak current to a certain value.
Cascaded Loop (Voltage + Pk Current) (Boost_Circuit)
it's a cascaded loop feedback system, the outer loop for voltage feedback compensation and the inner loop for peak current mode control technique. we used TL431 + optocoupler topology as a voltage compensator type 2. by cascading loop we can control the output voltage instead of the current , also cascaded loop gives many features including current protection as it limit peak current to a certain value.
Cascaded Loop (Voltage + Pk Current) (Boost_Circuit)
it's a cascaded loop feedback system, the outer loop for voltage feedback compensation and the inner loop for peak current mode control technique. we used TL431 + optocoupler topology as a voltage compensator type 2. by cascading loop we can control the output voltage instead of the current , also cascaded loop gives many features including current protection as it limit peak current to a certain value.
Cascaded Loop (Voltage + Pk Current) (Boost_Circuit)
it's a cascaded loop feedback system, the outer loop for voltage feedback compensation and the inner loop for peak current mode control technique. we used TL431 + optocoupler topology as a voltage compensator type 2. by cascading loop we can control the output voltage instead of the current , also cascaded loop gives many features including current protection as it limit peak current to a certain value.
Cascaded Loop (Voltage + Pk Current) (Boost_Circuit)
it's a cascaded loop feedback system, the outer loop for voltage feedback compensation and the inner loop for peak current mode control technique. we used TL431 + optocoupler topology as a voltage compensator type 2. by cascading loop we can control the output voltage instead of the current , also cascaded loop gives many features including current protection as it limit peak current to a certain value.
Cascaded Loop (Voltage + Pk Current) (Boost_Circuit)
6467854
it's an isolation feedback circuit which is need in isolation system like flyback, forward, push-pull and any isolation power supply. this topology of TL431 and opto coupler provide a negative feedback with type 2 compensation with isolated signal.
Tl431+Opto-Coupler Feedback
it's an isolation feedback circuit which is need in isolation system like flyback, forward, push-pull and any isolation power supply. this topology of TL431 and opto coupler provide a negative feedback with type 2 compensation with isolated signal.
Tl431+Opto-Coupler Feedback
6185455
This is a Peak Current Mode Control with Highly efficient Response For a Buck Converter work as a Current source with High Precision in Output Current. it has Very Low sensitivity for Perturbation in the Input Voltage . it also Contains an artificial Ramp for Improving stability of the system and Very Low Q-Factor.
Peak Current Mode Control (Buck Converter)
This is a Peak Current Mode Control with Highly efficient Response For a Buck Converter work as a Current source with High Precision in Output Current. it has Very Low sensitivity for Perturbation in the Input Voltage . it also Contains an artificial Ramp for Improving stability of the system and Very Low Q-Factor.
Peak Current Mode Control (Buck Converter)
This is a Peak Current Mode Control with Highly efficient Response For a Buck Converter work as a Current source with High Precision in Output Current. it has Very Low sensitivity for Perturbation in the Input Voltage . it also Contains an artificial Ramp for Improving stability of the system and Very Low Q-Factor.
Peak Current Mode Control (Buck Converter)
This is a Peak Current Mode Control with Highly efficient Response For a Buck Converter work as a Current source with High Precision in Output Current. it has Very Low sensitivity for Perturbation in the Input Voltage . it also Contains an artificial Ramp for Improving stability of the system and Very Low Q-Factor.
Peak Current Mode Control (Buck Converter)
This is a Peak Current Mode Control with Highly efficient Response For a Buck Converter work as a Current source with High Precision in Output Current. it has Very Low sensitivity for Perturbation in the Input Voltage . it also Contains an artificial Ramp for Improving stability of the system and Very Low Q-Factor.
Peak Current Mode Control (Buck Converter)
This is a Peak Current Mode Control with Highly efficient Response For a Buck Converter work as a Current source with High Precision in Output Current. it has Very Low sensitivity for Perturbation in the Input Voltage . it also Contains an artificial Ramp for Improving stability of the system and Very Low Q-Factor.
Peak Current Mode Control (Buck Converter)
Changes saved
5.0 · 5 Reviews
Reviews
User Avatar
Project for Sherif M. • $15 USD
He is very nice, kind, excellent I highly recommend him. I will hire him again for sure
Hamzah B.
@HamzahBanyAta
•
Flag of
Ajloun, Jordan
•
5 years ago
Share
User Avatar
Buck converter simulation and control in Simulink • $13 USD
Sherif is really helpful, kind and professional. He is great in communication I will hire him again for sure
Hamzah B.
@HamzahBanyAta
•
Flag of
Ajloun, Jordan
•
5 years ago
Share
P
Project for Sherif M. • ₹480 INR
He was quite understanding through out the project. He really did his best to provide the best result and to satisfy me till the end. This person is very nice and honest. He has lot of patience! Very Cooperative. It was some delay in releasing the payment, but he didn't utter a single word. Unlike other freelancer did. Keep this patience level in you and provide the dedication to other. You will definitely get high amounts in future! "Highly Recommended".
Rahul A.
@projectfor
•
Flag of
Delhi, India
•
5 years ago
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User Avatar
SIMULINK program for Cruise control -- 2 • $150 AUD
The project is not completed according to the dispute
Ibrahim M.
@iamabroor
•
Flag of
Dandenong, Australia
•
5 years ago
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User Avatar
Schematic of a SMPS • $20 USD
Excellent expertise and professionalism, Thank you for a very good quality job!
Moataz B.
@moatazbeheta2016
•
Flag of
Alexandria, Egypt
•
5 years ago
Share
Education
Ain Shams University
2014 - 2019
•
5 years
Very Good
Flag of
Egypt
2014 - 2019
•
5 years
Certifications
P
Preferred Freelancer Program SLA
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