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Electrical Engineering
Electronics
Engineering
Microcontroller
PCB Layout
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$20 USD / heure
Drapeau de CROATIA
zagreb, croatia
$20 USD / heure
Il est actuellement 8:30 PM ici
Rejoint le juin 10, 2017
0 Recommandations

Ivan B.

@IvanFER123

 5,0 (1 commentaire)
1,1
1,1
100%
100%
$20 USD / heure
Drapeau de CROATIA
zagreb, croatia
$20 USD / heure
100 %
Travaux complétés
100 %
Suivant le budget
100 %
Dans les temps
N/A
Taux de réembauche

mag. ing. el. techn. inf.

Currently working as Power Electronics Engineer. Have experience in analog and digital circuit development, PCB layout, RF circuit design.
Freelancer Electrical Engineers Croatia
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Portfolio

4853885
The core of this work is the HMC441LP3 power amplifier and the digitally controlled HMT424ALP3E attenuator of Hittite Microwave Corporation. The power supply is designed with switching DC – DC converters and linear voltage regulators. The 8-bit microcontroller is used to control the attenuation level, and the logic inverter adjusts the signals to the digital inputs of the attenuator. RF PCBs are made on Rogers substrate and MCU is on FR4 substrate.
Broadband attenuator and a microwave power amplifier
The core of this work is the HMC441LP3 power amplifier and the digitally controlled HMT424ALP3E attenuator of Hittite Microwave Corporation. The power supply is designed with switching DC – DC converters and linear voltage regulators. The 8-bit microcontroller is used to control the attenuation level, and the logic inverter adjusts the signals to the digital inputs of the attenuator. RF PCBs are made on Rogers substrate and MCU is on FR4 substrate.
Broadband attenuator and a microwave power amplifier
The core of this work is the HMC441LP3 power amplifier and the digitally controlled HMT424ALP3E attenuator of Hittite Microwave Corporation. The power supply is designed with switching DC – DC converters and linear voltage regulators. The 8-bit microcontroller is used to control the attenuation level, and the logic inverter adjusts the signals to the digital inputs of the attenuator. RF PCBs are made on Rogers substrate and MCU is on FR4 substrate.
Broadband attenuator and a microwave power amplifier
The core of this work is the HMC441LP3 power amplifier and the digitally controlled HMT424ALP3E attenuator of Hittite Microwave Corporation. The power supply is designed with switching DC – DC converters and linear voltage regulators. The 8-bit microcontroller is used to control the attenuation level, and the logic inverter adjusts the signals to the digital inputs of the attenuator. RF PCBs are made on Rogers substrate and MCU is on FR4 substrate.
Broadband attenuator and a microwave power amplifier
The core of this work is the HMC441LP3 power amplifier and the digitally controlled HMT424ALP3E attenuator of Hittite Microwave Corporation. The power supply is designed with switching DC – DC converters and linear voltage regulators. The 8-bit microcontroller is used to control the attenuation level, and the logic inverter adjusts the signals to the digital inputs of the attenuator. RF PCBs are made on Rogers substrate and MCU is on FR4 substrate.
Broadband attenuator and a microwave power amplifier
4853885
The core of this work is the HMC441LP3 power amplifier and the digitally controlled HMT424ALP3E attenuator of Hittite Microwave Corporation. The power supply is designed with switching DC – DC converters and linear voltage regulators. The 8-bit microcontroller is used to control the attenuation level, and the logic inverter adjusts the signals to the digital inputs of the attenuator. RF PCBs are made on Rogers substrate and MCU is on FR4 substrate.
Broadband attenuator and a microwave power amplifier
The core of this work is the HMC441LP3 power amplifier and the digitally controlled HMT424ALP3E attenuator of Hittite Microwave Corporation. The power supply is designed with switching DC – DC converters and linear voltage regulators. The 8-bit microcontroller is used to control the attenuation level, and the logic inverter adjusts the signals to the digital inputs of the attenuator. RF PCBs are made on Rogers substrate and MCU is on FR4 substrate.
Broadband attenuator and a microwave power amplifier
The core of this work is the HMC441LP3 power amplifier and the digitally controlled HMT424ALP3E attenuator of Hittite Microwave Corporation. The power supply is designed with switching DC – DC converters and linear voltage regulators. The 8-bit microcontroller is used to control the attenuation level, and the logic inverter adjusts the signals to the digital inputs of the attenuator. RF PCBs are made on Rogers substrate and MCU is on FR4 substrate.
Broadband attenuator and a microwave power amplifier
The core of this work is the HMC441LP3 power amplifier and the digitally controlled HMT424ALP3E attenuator of Hittite Microwave Corporation. The power supply is designed with switching DC – DC converters and linear voltage regulators. The 8-bit microcontroller is used to control the attenuation level, and the logic inverter adjusts the signals to the digital inputs of the attenuator. RF PCBs are made on Rogers substrate and MCU is on FR4 substrate.
Broadband attenuator and a microwave power amplifier
The core of this work is the HMC441LP3 power amplifier and the digitally controlled HMT424ALP3E attenuator of Hittite Microwave Corporation. The power supply is designed with switching DC – DC converters and linear voltage regulators. The 8-bit microcontroller is used to control the attenuation level, and the logic inverter adjusts the signals to the digital inputs of the attenuator. RF PCBs are made on Rogers substrate and MCU is on FR4 substrate.
Broadband attenuator and a microwave power amplifier

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5,0
$35,00 USD
need a timer plug built
Ivan has done a fantastic job understanding the requirements, great communication, and will hire again !
Electrical Engineering
AutoCAD
DFM (Design for Manufacturing)
P
Drapeau de Peroz M.
@perozmizori11
•
il y a 5 ans

Expérience

Analog electronics engineer (power electronics)

Mareton d.o.o.
sept. 2018 - Jusqu'à présent
Currently working as Analog Design Engineer at Mareton Power Electronics. My responsibilities are choosing basic topology depending on specifications, developing circuits and PCB design, manufacturing and testing prototype. Tuning the design and preparing device for production.

Éducation

mag. ing. el. techn. inf.

Sveuèilište u Zagrebu, Croatia 2016 - 2018
(2 ans)

bacc. ing.

Sveuèilište u Zagrebu, Croatia 2013 - 2016
(3 ans)

Contactez Ivan B. concernant votre travail

Connectez-vous pour discuter de tous les détails via la messagerie.

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Meilleures compétences

Electrical Engineering 1
Engineering
Electronics
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PCB Layout

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