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$70 USD / jam
Bendera CROATIA
dakovo, croatia
$70 USD / jam
Sekarang jam 1:44 PG di sini
Menyertai Mac 10, 2016
0 Cadangan

David Z.

@eradionicacom

 4.8 (3 ulasan)
4.3
4.3
100%
100%
$70 USD / jam
Bendera CROATIA
dakovo, croatia
$70 USD / jam
100%
Pekerjaan Disiapkan
100%
Mengikut Bajet
100%
Tepat Pada Masa
N/A
Kadar Upah Semula

Embedded hardware & software engineer

Hey there! I'm an embedded hardware and software junkie with a master's in automotive engineering and nearly a decade (9 years, to be exact) under my belt in hardware R&D. When you bring me on board, you're not just getting another team member. You're getting a passionate engineer who's all about results, quality, and going that extra mile for you. Welcome to my lab - it's not just my workspace, it's my playground! We're talking full production equipment right here: stencil printer, pick and place, reflow solder machine, and a treasure trove of testing tools. I've got all it needs to take your product from a mere idea to a tangible reality, all under one roof. Here's a sneak peek into my skillset: • Crafting embedded systems designs – PCB design, Altium designer, KiCAD, Eagle • Working with Atmel, Microchip, Espressif and STM microcontrollers • Being the go-to person for Internet of Things systems • Having a soft spot for E-Paper Displays (EPD) (E Ink) • Manufacturing products in-house • Programming in C++, microPython for embedded systems • Running SPICE simulation tools • Exploring Embedded Linux and Raspberry Pi My passion for what I do isn't just a job, it's a lifestyle. I'm all in when it comes to your project, and I've got a track record of hitting deadlines, serving top-notch quality, and being the reliable partner you're looking for. Need an embedded hardware or software guru? Look no further! Send me a message, and let's make magic happen together.
Freelancer Electronics Engineers Croatia
Lihat semua Electronics Engineers dalam Croatia

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Portfolio

4063633
The project is embeddable controller board for LED lights. The board consists of total 16 output channels supporting up to 3A/channel, driven by the microcontroller and LED driver. The controller was developed for a client who is in the advertising business and does a lot of lighting street billboards. Adjusting the working mode of the board is easy, using the onboard 7-segment display and rotary encoder. Board comes with a total of 16 preprogrammed work modes, of which each can be adjusted for duration and brightness. Input is wide range 4V - 24V, which is as well applied to the outputs. Connections to the boards are via standard industrial 5.00mm terminals.
LED lights embedded controller
The project is embeddable controller board for LED lights. The board consists of total 16 output channels supporting up to 3A/channel, driven by the microcontroller and LED driver. The controller was developed for a client who is in the advertising business and does a lot of lighting street billboards. Adjusting the working mode of the board is easy, using the onboard 7-segment display and rotary encoder. Board comes with a total of 16 preprogrammed work modes, of which each can be adjusted for duration and brightness. Input is wide range 4V - 24V, which is as well applied to the outputs. Connections to the boards are via standard industrial 5.00mm terminals.
LED lights embedded controller
4063563
The goal of this project was to design an independent temperature sensor. The device connects to the WiFi network at the defined time interval and submits the temperature data, battery level, date and time to the servers. It is powered by 3x AA batteries which need to be changed every 9 months at time interval od 30min - meaning the device can send data about 13 thousand times before depleting the batteries. It has 3 temperature sensors; 2x DS18B20 and 1x K-type thermocouple. The microcontroller is ESP8266, which is supplied by high-efficiency buck converter. Onboard RGB LED is used to signalise current board status, empty battery, successful data sent. In case there is no WiFI connection or the server to which data is being sent is down, the device will temporarily save the data until connection to WiFi network and server is established. All parameters, including SSID and password, and configured via simple portal. Whole system is packed in a 3D printer box for a prototype series.
Battery powered WiFi temperature sensors
The goal of this project was to design an independent temperature sensor. The device connects to the WiFi network at the defined time interval and submits the temperature data, battery level, date and time to the servers. It is powered by 3x AA batteries which need to be changed every 9 months at time interval od 30min - meaning the device can send data about 13 thousand times before depleting the batteries. It has 3 temperature sensors; 2x DS18B20 and 1x K-type thermocouple. The microcontroller is ESP8266, which is supplied by high-efficiency buck converter. Onboard RGB LED is used to signalise current board status, empty battery, successful data sent. In case there is no WiFI connection or the server to which data is being sent is down, the device will temporarily save the data until connection to WiFi network and server is established. All parameters, including SSID and password, and configured via simple portal. Whole system is packed in a 3D printer box for a prototype series.
Battery powered WiFi temperature sensors
The goal of this project was to design an independent temperature sensor. The device connects to the WiFi network at the defined time interval and submits the temperature data, battery level, date and time to the servers. It is powered by 3x AA batteries which need to be changed every 9 months at time interval od 30min - meaning the device can send data about 13 thousand times before depleting the batteries. It has 3 temperature sensors; 2x DS18B20 and 1x K-type thermocouple. The microcontroller is ESP8266, which is supplied by high-efficiency buck converter. Onboard RGB LED is used to signalise current board status, empty battery, successful data sent. In case there is no WiFI connection or the server to which data is being sent is down, the device will temporarily save the data until connection to WiFi network and server is established. All parameters, including SSID and password, and configured via simple portal. Whole system is packed in a 3D printer box for a prototype series.
Battery powered WiFi temperature sensors
The goal of this project was to design an independent temperature sensor. The device connects to the WiFi network at the defined time interval and submits the temperature data, battery level, date and time to the servers. It is powered by 3x AA batteries which need to be changed every 9 months at time interval od 30min - meaning the device can send data about 13 thousand times before depleting the batteries. It has 3 temperature sensors; 2x DS18B20 and 1x K-type thermocouple. The microcontroller is ESP8266, which is supplied by high-efficiency buck converter. Onboard RGB LED is used to signalise current board status, empty battery, successful data sent. In case there is no WiFI connection or the server to which data is being sent is down, the device will temporarily save the data until connection to WiFi network and server is established. All parameters, including SSID and password, and configured via simple portal. Whole system is packed in a 3D printer box for a prototype series.
Battery powered WiFi temperature sensors
The goal of this project was to design an independent temperature sensor. The device connects to the WiFi network at the defined time interval and submits the temperature data, battery level, date and time to the servers. It is powered by 3x AA batteries which need to be changed every 9 months at time interval od 30min - meaning the device can send data about 13 thousand times before depleting the batteries. It has 3 temperature sensors; 2x DS18B20 and 1x K-type thermocouple. The microcontroller is ESP8266, which is supplied by high-efficiency buck converter. Onboard RGB LED is used to signalise current board status, empty battery, successful data sent. In case there is no WiFI connection or the server to which data is being sent is down, the device will temporarily save the data until connection to WiFi network and server is established. All parameters, including SSID and password, and configured via simple portal. Whole system is packed in a 3D printer box for a prototype series.
Battery powered WiFi temperature sensors
The goal of this project was to design an independent temperature sensor. The device connects to the WiFi network at the defined time interval and submits the temperature data, battery level, date and time to the servers. It is powered by 3x AA batteries which need to be changed every 9 months at time interval od 30min - meaning the device can send data about 13 thousand times before depleting the batteries. It has 3 temperature sensors; 2x DS18B20 and 1x K-type thermocouple. The microcontroller is ESP8266, which is supplied by high-efficiency buck converter. Onboard RGB LED is used to signalise current board status, empty battery, successful data sent. In case there is no WiFI connection or the server to which data is being sent is down, the device will temporarily save the data until connection to WiFi network and server is established. All parameters, including SSID and password, and configured via simple portal. Whole system is packed in a 3D printer box for a prototype series.
Battery powered WiFi temperature sensors
3348067
Internet-connected beehive scales which measure physical parameters of the hive and make them remotely accessible via Web or Mobile application. Applications provide historical access to all data and custom notifications via custom triggers. The product is fully stand-alone featuring solar panel and internal batteries. The electronic design included whole power management system, with MPPT(Maximum Power Point Tracking) Solar input and lithium-ion battery charger. Two precise load-scale ADCs have been implemented, few environmental sensors, GSM+GPRS+GPS communications - all with a 32-bit microcontroller. Mechanical design is industrial-protected-design. Product preview can be seen at sunbeescales.com and can be tested at app.sunbeescales.com.
SUNBEE Smart Beehive Scale
Internet-connected beehive scales which measure physical parameters of the hive and make them remotely accessible via Web or Mobile application. Applications provide historical access to all data and custom notifications via custom triggers. The product is fully stand-alone featuring solar panel and internal batteries. The electronic design included whole power management system, with MPPT(Maximum Power Point Tracking) Solar input and lithium-ion battery charger. Two precise load-scale ADCs have been implemented, few environmental sensors, GSM+GPRS+GPS communications - all with a 32-bit microcontroller. Mechanical design is industrial-protected-design. Product preview can be seen at sunbeescales.com and can be tested at app.sunbeescales.com.
SUNBEE Smart Beehive Scale
Internet-connected beehive scales which measure physical parameters of the hive and make them remotely accessible via Web or Mobile application. Applications provide historical access to all data and custom notifications via custom triggers. The product is fully stand-alone featuring solar panel and internal batteries. The electronic design included whole power management system, with MPPT(Maximum Power Point Tracking) Solar input and lithium-ion battery charger. Two precise load-scale ADCs have been implemented, few environmental sensors, GSM+GPRS+GPS communications - all with a 32-bit microcontroller. Mechanical design is industrial-protected-design. Product preview can be seen at sunbeescales.com and can be tested at app.sunbeescales.com.
SUNBEE Smart Beehive Scale
Internet-connected beehive scales which measure physical parameters of the hive and make them remotely accessible via Web or Mobile application. Applications provide historical access to all data and custom notifications via custom triggers. The product is fully stand-alone featuring solar panel and internal batteries. The electronic design included whole power management system, with MPPT(Maximum Power Point Tracking) Solar input and lithium-ion battery charger. Two precise load-scale ADCs have been implemented, few environmental sensors, GSM+GPRS+GPS communications - all with a 32-bit microcontroller. Mechanical design is industrial-protected-design. Product preview can be seen at sunbeescales.com and can be tested at app.sunbeescales.com.
SUNBEE Smart Beehive Scale
3353431
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
4063633
The project is embeddable controller board for LED lights. The board consists of total 16 output channels supporting up to 3A/channel, driven by the microcontroller and LED driver. The controller was developed for a client who is in the advertising business and does a lot of lighting street billboards. Adjusting the working mode of the board is easy, using the onboard 7-segment display and rotary encoder. Board comes with a total of 16 preprogrammed work modes, of which each can be adjusted for duration and brightness. Input is wide range 4V - 24V, which is as well applied to the outputs. Connections to the boards are via standard industrial 5.00mm terminals.
LED lights embedded controller
The project is embeddable controller board for LED lights. The board consists of total 16 output channels supporting up to 3A/channel, driven by the microcontroller and LED driver. The controller was developed for a client who is in the advertising business and does a lot of lighting street billboards. Adjusting the working mode of the board is easy, using the onboard 7-segment display and rotary encoder. Board comes with a total of 16 preprogrammed work modes, of which each can be adjusted for duration and brightness. Input is wide range 4V - 24V, which is as well applied to the outputs. Connections to the boards are via standard industrial 5.00mm terminals.
LED lights embedded controller
4063563
The goal of this project was to design an independent temperature sensor. The device connects to the WiFi network at the defined time interval and submits the temperature data, battery level, date and time to the servers. It is powered by 3x AA batteries which need to be changed every 9 months at time interval od 30min - meaning the device can send data about 13 thousand times before depleting the batteries. It has 3 temperature sensors; 2x DS18B20 and 1x K-type thermocouple. The microcontroller is ESP8266, which is supplied by high-efficiency buck converter. Onboard RGB LED is used to signalise current board status, empty battery, successful data sent. In case there is no WiFI connection or the server to which data is being sent is down, the device will temporarily save the data until connection to WiFi network and server is established. All parameters, including SSID and password, and configured via simple portal. Whole system is packed in a 3D printer box for a prototype series.
Battery powered WiFi temperature sensors
The goal of this project was to design an independent temperature sensor. The device connects to the WiFi network at the defined time interval and submits the temperature data, battery level, date and time to the servers. It is powered by 3x AA batteries which need to be changed every 9 months at time interval od 30min - meaning the device can send data about 13 thousand times before depleting the batteries. It has 3 temperature sensors; 2x DS18B20 and 1x K-type thermocouple. The microcontroller is ESP8266, which is supplied by high-efficiency buck converter. Onboard RGB LED is used to signalise current board status, empty battery, successful data sent. In case there is no WiFI connection or the server to which data is being sent is down, the device will temporarily save the data until connection to WiFi network and server is established. All parameters, including SSID and password, and configured via simple portal. Whole system is packed in a 3D printer box for a prototype series.
Battery powered WiFi temperature sensors
The goal of this project was to design an independent temperature sensor. The device connects to the WiFi network at the defined time interval and submits the temperature data, battery level, date and time to the servers. It is powered by 3x AA batteries which need to be changed every 9 months at time interval od 30min - meaning the device can send data about 13 thousand times before depleting the batteries. It has 3 temperature sensors; 2x DS18B20 and 1x K-type thermocouple. The microcontroller is ESP8266, which is supplied by high-efficiency buck converter. Onboard RGB LED is used to signalise current board status, empty battery, successful data sent. In case there is no WiFI connection or the server to which data is being sent is down, the device will temporarily save the data until connection to WiFi network and server is established. All parameters, including SSID and password, and configured via simple portal. Whole system is packed in a 3D printer box for a prototype series.
Battery powered WiFi temperature sensors
The goal of this project was to design an independent temperature sensor. The device connects to the WiFi network at the defined time interval and submits the temperature data, battery level, date and time to the servers. It is powered by 3x AA batteries which need to be changed every 9 months at time interval od 30min - meaning the device can send data about 13 thousand times before depleting the batteries. It has 3 temperature sensors; 2x DS18B20 and 1x K-type thermocouple. The microcontroller is ESP8266, which is supplied by high-efficiency buck converter. Onboard RGB LED is used to signalise current board status, empty battery, successful data sent. In case there is no WiFI connection or the server to which data is being sent is down, the device will temporarily save the data until connection to WiFi network and server is established. All parameters, including SSID and password, and configured via simple portal. Whole system is packed in a 3D printer box for a prototype series.
Battery powered WiFi temperature sensors
The goal of this project was to design an independent temperature sensor. The device connects to the WiFi network at the defined time interval and submits the temperature data, battery level, date and time to the servers. It is powered by 3x AA batteries which need to be changed every 9 months at time interval od 30min - meaning the device can send data about 13 thousand times before depleting the batteries. It has 3 temperature sensors; 2x DS18B20 and 1x K-type thermocouple. The microcontroller is ESP8266, which is supplied by high-efficiency buck converter. Onboard RGB LED is used to signalise current board status, empty battery, successful data sent. In case there is no WiFI connection or the server to which data is being sent is down, the device will temporarily save the data until connection to WiFi network and server is established. All parameters, including SSID and password, and configured via simple portal. Whole system is packed in a 3D printer box for a prototype series.
Battery powered WiFi temperature sensors
The goal of this project was to design an independent temperature sensor. The device connects to the WiFi network at the defined time interval and submits the temperature data, battery level, date and time to the servers. It is powered by 3x AA batteries which need to be changed every 9 months at time interval od 30min - meaning the device can send data about 13 thousand times before depleting the batteries. It has 3 temperature sensors; 2x DS18B20 and 1x K-type thermocouple. The microcontroller is ESP8266, which is supplied by high-efficiency buck converter. Onboard RGB LED is used to signalise current board status, empty battery, successful data sent. In case there is no WiFI connection or the server to which data is being sent is down, the device will temporarily save the data until connection to WiFi network and server is established. All parameters, including SSID and password, and configured via simple portal. Whole system is packed in a 3D printer box for a prototype series.
Battery powered WiFi temperature sensors
3348067
Internet-connected beehive scales which measure physical parameters of the hive and make them remotely accessible via Web or Mobile application. Applications provide historical access to all data and custom notifications via custom triggers. The product is fully stand-alone featuring solar panel and internal batteries. The electronic design included whole power management system, with MPPT(Maximum Power Point Tracking) Solar input and lithium-ion battery charger. Two precise load-scale ADCs have been implemented, few environmental sensors, GSM+GPRS+GPS communications - all with a 32-bit microcontroller. Mechanical design is industrial-protected-design. Product preview can be seen at sunbeescales.com and can be tested at app.sunbeescales.com.
SUNBEE Smart Beehive Scale
Internet-connected beehive scales which measure physical parameters of the hive and make them remotely accessible via Web or Mobile application. Applications provide historical access to all data and custom notifications via custom triggers. The product is fully stand-alone featuring solar panel and internal batteries. The electronic design included whole power management system, with MPPT(Maximum Power Point Tracking) Solar input and lithium-ion battery charger. Two precise load-scale ADCs have been implemented, few environmental sensors, GSM+GPRS+GPS communications - all with a 32-bit microcontroller. Mechanical design is industrial-protected-design. Product preview can be seen at sunbeescales.com and can be tested at app.sunbeescales.com.
SUNBEE Smart Beehive Scale
Internet-connected beehive scales which measure physical parameters of the hive and make them remotely accessible via Web or Mobile application. Applications provide historical access to all data and custom notifications via custom triggers. The product is fully stand-alone featuring solar panel and internal batteries. The electronic design included whole power management system, with MPPT(Maximum Power Point Tracking) Solar input and lithium-ion battery charger. Two precise load-scale ADCs have been implemented, few environmental sensors, GSM+GPRS+GPS communications - all with a 32-bit microcontroller. Mechanical design is industrial-protected-design. Product preview can be seen at sunbeescales.com and can be tested at app.sunbeescales.com.
SUNBEE Smart Beehive Scale
Internet-connected beehive scales which measure physical parameters of the hive and make them remotely accessible via Web or Mobile application. Applications provide historical access to all data and custom notifications via custom triggers. The product is fully stand-alone featuring solar panel and internal batteries. The electronic design included whole power management system, with MPPT(Maximum Power Point Tracking) Solar input and lithium-ion battery charger. Two precise load-scale ADCs have been implemented, few environmental sensors, GSM+GPRS+GPS communications - all with a 32-bit microcontroller. Mechanical design is industrial-protected-design. Product preview can be seen at sunbeescales.com and can be tested at app.sunbeescales.com.
SUNBEE Smart Beehive Scale
3353431
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series
Croduino is series of Arduino compatible boards made for hobbyists, schools, universities and all interested in making they own microcontroller projects or education using them. Programming is quite simple and there is a wide database of tutorials for using those boards at our webpage. Find all boards here: https://e-radionica.com/en/croduino/croduino Croduino boards are manufactured in Croatia, at our own manufacturing facility. Currently, it includes: - Croduino NET: Atmega328 + Ethernet W5100 + PoE - Croduino Damba: Wearable device with Attiny85 - Croduino Basic2: Atmega328 + CP2102 UART bridge - Croduino NOVA: With WiFi connectivity, based on ESP8266 + CP2102 - Bandit the Racoon - educational board for beginners in programming which allows you to see what you code in the real world - Croduino SAMD: 32-bit Arduino compatible with lithium battery charger and an automatic power source control - Croduino ETA: Atmega328 + GSM/GPRS module with battery interface for IoT projects
Croduino - microcontroller board series

Ulasan

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Menunjukkan 1 - 3 daripada 3 ulasan
 Tapis ulasan mengikut:
5.0
$511.00 USD
I would like to hire a PCB Designer_2
David did a great job at designing my PCB board. He constantly kept me in the loop, asking me questions and for feedback. Would definitely hire again. Thank you, David!
Electronics
Microcontroller
Electrical Engineering
PCB Layout
Arduino
Avatar Pengguna
Bendera James V.
@jamesvestuto
•
5 tahun yang lalu
4.0
$255.00 USD
Asynchronous wirless TTL data transceiver
Highly skilled, understanding & committed. Did the hard parts of the work straight ahead.I highly recommend them & would for sure hire them again soon. The project was about data capture & transmission using the NRF signal, data capture & reproduction libraries was fully created by eradionicacom & it worked perfectly.
Electronics
Microcontroller
Embedded Software
PCB Layout
Arduino
A
Bendera Ahmad J.
@ajbara
•
7 tahun yang lalu
5.0
$610.50 USD
Design product test PCB
understood the brief perfectly and did a great job. we have the hardware and firm ware looking forward to using it in production.
Electronics
Manufacturing
H
Bendera Michael M.
@hycomfg
•
7 tahun yang lalu

Pengalaman

Embedded engineer

Soldered Electronics
Jun 2016 - Hari ini
As an Embedded Engineer, I design, develop, and optimize embedded software. My role involves system analysis, prototype creation, and collaboration with teams to meet product standards. I document designs, troubleshoot systems, and comply with industry regulations while staying abreast of the latest technology trends in embedded systems.

Pendidikan

Master's degree in Automotive engineering and communications

Sveuèilište 'Josipa Jurja Strossmayera' u Osijeku, Croatia 2015 - 2021
(6 tahun)

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