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George Z.

@zarnescugeorge

annual-level-two.svg
5.0
140
7.6
7.6
96%

Electronics PCB Design Engineer

$25 USD / Hour
・
Flag of
Romania (10:53 PM)
・
Joined on July 3, 2013
$25 USD / Hour
・
I am an expert Electronics PCB Design Engineer with 10 years industry experience. I can design and implement analog, digital and high speed circuits, FPGA circuits and write firmware in VHDL and Embedded C. I can design rigid, rigid-flex or flex PCBs, also I can do 3D modelling of electronic components. You can find a lot of interesting projects on my site: [login to view URL]
Verifications
On time
66%
On budget
66%
Accept rate
74%
Repeat hire rate
23%
Freelancer Electrical Engineers Romania
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Portfolio

Portfolio

4871415
In this project an electronics shelf label base board was designed and implemented. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, nRF52832, that has BTLE5.0 (Bluetooth) capability. Also there can be found an ePaper LCD display interface from Good Display, IL0373, an NXP NFC Reader interface, PN7150, an RGB led interface, a Secure IC interface from Microchip, an ISP TAG programming connector and a power interface with an SMPS chip from Texas Instruments, TPS62152RGTR. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings, the 3D view of the board and the enclosure with the board fitted.
Electronic Shelf Label Base Board
In this project an electronics shelf label base board was designed and implemented. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, nRF52832, that has BTLE5.0 (Bluetooth) capability. Also there can be found an ePaper LCD display interface from Good Display, IL0373, an NXP NFC Reader interface, PN7150, an RGB led interface, a Secure IC interface from Microchip, an ISP TAG programming connector and a power interface with an SMPS chip from Texas Instruments, TPS62152RGTR. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings, the 3D view of the board and the enclosure with the board fitted.
Electronic Shelf Label Base Board
In this project an electronics shelf label base board was designed and implemented. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, nRF52832, that has BTLE5.0 (Bluetooth) capability. Also there can be found an ePaper LCD display interface from Good Display, IL0373, an NXP NFC Reader interface, PN7150, an RGB led interface, a Secure IC interface from Microchip, an ISP TAG programming connector and a power interface with an SMPS chip from Texas Instruments, TPS62152RGTR. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings, the 3D view of the board and the enclosure with the board fitted.
Electronic Shelf Label Base Board
4871411
In this project an electronics shelf label sensor board was designed and implemented. The circuit consists of a microcontroller for time-of-flight applications from Intersil, ISL29501IRZ-T7A, a SMD Infrared led and a SMD photodiode. This sensor mates with the ESL base board presented in a section below. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings, the 3D view of the board and the enclosure with the board fitted.
Electronic Shelf Label Sensor Board (Intersil Sensor)
In this project an electronics shelf label sensor board was designed and implemented. The circuit consists of a microcontroller for time-of-flight applications from Intersil, ISL29501IRZ-T7A, a SMD Infrared led and a SMD photodiode. This sensor mates with the ESL base board presented in a section below. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings, the 3D view of the board and the enclosure with the board fitted.
Electronic Shelf Label Sensor Board (Intersil Sensor)
In this project an electronics shelf label sensor board was designed and implemented. The circuit consists of a microcontroller for time-of-flight applications from Intersil, ISL29501IRZ-T7A, a SMD Infrared led and a SMD photodiode. This sensor mates with the ESL base board presented in a section below. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings, the 3D view of the board and the enclosure with the board fitted.
Electronic Shelf Label Sensor Board (Intersil Sensor)
4871407
This is the light version of the ESL Base Board presented below. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, NRF52810, that has BTLE5.0 (Bluetooth) capability. Also there can be found a Crypto-Authentification IC, ATECC508A, from Microchip, a NFC TAG dynamic module, DTM0806, form SAG, two RGB led interfaces and a time-of-flight sensor interface mating connector. The circuit is able to be powered from a stable power source of 12 V or can be battery powered. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings and the 3D view of the board.
Electronic Shelf Label Base Board Mini
This is the light version of the ESL Base Board presented below. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, NRF52810, that has BTLE5.0 (Bluetooth) capability. Also there can be found a Crypto-Authentification IC, ATECC508A, from Microchip, a NFC TAG dynamic module, DTM0806, form SAG, two RGB led interfaces and a time-of-flight sensor interface mating connector. The circuit is able to be powered from a stable power source of 12 V or can be battery powered. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings and the 3D view of the board.
Electronic Shelf Label Base Board Mini
This is the light version of the ESL Base Board presented below. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, NRF52810, that has BTLE5.0 (Bluetooth) capability. Also there can be found a Crypto-Authentification IC, ATECC508A, from Microchip, a NFC TAG dynamic module, DTM0806, form SAG, two RGB led interfaces and a time-of-flight sensor interface mating connector. The circuit is able to be powered from a stable power source of 12 V or can be battery powered. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings and the 3D view of the board.
Electronic Shelf Label Base Board Mini
4871404
This is the flex version of the light version of the ESL Base Board presented below. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, NRF52810, that has BTLE5.0 (Bluetooth) capability. Also there can be found a Crypto-Authentification IC, ATECC508A, from Microchip, a NFC TAG dynamic module, DTM0806, form SAG, two RGB led interfaces and a time-of-flight sensor interface mating connector. The circuit is able to be powered from a stable power source of 12 V or can be battery powered. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings and the 3D view of the board.
Electronic Shelf Label Base Board Mini (Flex Version)
This is the flex version of the light version of the ESL Base Board presented below. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, NRF52810, that has BTLE5.0 (Bluetooth) capability. Also there can be found a Crypto-Authentification IC, ATECC508A, from Microchip, a NFC TAG dynamic module, DTM0806, form SAG, two RGB led interfaces and a time-of-flight sensor interface mating connector. The circuit is able to be powered from a stable power source of 12 V or can be battery powered. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings and the 3D view of the board.
Electronic Shelf Label Base Board Mini (Flex Version)
This is the flex version of the light version of the ESL Base Board presented below. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, NRF52810, that has BTLE5.0 (Bluetooth) capability. Also there can be found a Crypto-Authentification IC, ATECC508A, from Microchip, a NFC TAG dynamic module, DTM0806, form SAG, two RGB led interfaces and a time-of-flight sensor interface mating connector. The circuit is able to be powered from a stable power source of 12 V or can be battery powered. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings and the 3D view of the board.
Electronic Shelf Label Base Board Mini (Flex Version)
This is the flex version of the light version of the ESL Base Board presented below. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, NRF52810, that has BTLE5.0 (Bluetooth) capability. Also there can be found a Crypto-Authentification IC, ATECC508A, from Microchip, a NFC TAG dynamic module, DTM0806, form SAG, two RGB led interfaces and a time-of-flight sensor interface mating connector. The circuit is able to be powered from a stable power source of 12 V or can be battery powered. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings and the 3D view of the board.
Electronic Shelf Label Base Board Mini (Flex Version)
4847360
The board shown below incorporates 6 different DC input power connectors and at the output there are two 16 pin headers. This board is versatile because it can accept power from various power adapters. The input voltage is between 7 – 24 V DC around a maximum current of 8.0 A and the output voltage will be approximately equal to 5.1 V and the board will deliver a maximum current of 5.0 A which is on board limited. The board has at the input an EMI filter, a fuse for high current protection and an ideal diode configuration comprising a MOS-FET for back-feeding protection. There are LEDs for input and output showing the board works properly. The main switching mode power supply DC/DC converter chip is the Vishay SiC461 that accepts 4.5 V to 60 V as input voltage, and can deliver a maximum of 10.0 A, comes in a microBUCK® package.
SIC461 High Current Switch Module Power Supply (SMPS) Hub
4847353
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
4871415
In this project an electronics shelf label base board was designed and implemented. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, nRF52832, that has BTLE5.0 (Bluetooth) capability. Also there can be found an ePaper LCD display interface from Good Display, IL0373, an NXP NFC Reader interface, PN7150, an RGB led interface, a Secure IC interface from Microchip, an ISP TAG programming connector and a power interface with an SMPS chip from Texas Instruments, TPS62152RGTR. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings, the 3D view of the board and the enclosure with the board fitted.
Electronic Shelf Label Base Board
In this project an electronics shelf label base board was designed and implemented. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, nRF52832, that has BTLE5.0 (Bluetooth) capability. Also there can be found an ePaper LCD display interface from Good Display, IL0373, an NXP NFC Reader interface, PN7150, an RGB led interface, a Secure IC interface from Microchip, an ISP TAG programming connector and a power interface with an SMPS chip from Texas Instruments, TPS62152RGTR. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings, the 3D view of the board and the enclosure with the board fitted.
Electronic Shelf Label Base Board
In this project an electronics shelf label base board was designed and implemented. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, nRF52832, that has BTLE5.0 (Bluetooth) capability. Also there can be found an ePaper LCD display interface from Good Display, IL0373, an NXP NFC Reader interface, PN7150, an RGB led interface, a Secure IC interface from Microchip, an ISP TAG programming connector and a power interface with an SMPS chip from Texas Instruments, TPS62152RGTR. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings, the 3D view of the board and the enclosure with the board fitted.
Electronic Shelf Label Base Board
4871411
In this project an electronics shelf label sensor board was designed and implemented. The circuit consists of a microcontroller for time-of-flight applications from Intersil, ISL29501IRZ-T7A, a SMD Infrared led and a SMD photodiode. This sensor mates with the ESL base board presented in a section below. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings, the 3D view of the board and the enclosure with the board fitted.
Electronic Shelf Label Sensor Board (Intersil Sensor)
In this project an electronics shelf label sensor board was designed and implemented. The circuit consists of a microcontroller for time-of-flight applications from Intersil, ISL29501IRZ-T7A, a SMD Infrared led and a SMD photodiode. This sensor mates with the ESL base board presented in a section below. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings, the 3D view of the board and the enclosure with the board fitted.
Electronic Shelf Label Sensor Board (Intersil Sensor)
In this project an electronics shelf label sensor board was designed and implemented. The circuit consists of a microcontroller for time-of-flight applications from Intersil, ISL29501IRZ-T7A, a SMD Infrared led and a SMD photodiode. This sensor mates with the ESL base board presented in a section below. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings, the 3D view of the board and the enclosure with the board fitted.
Electronic Shelf Label Sensor Board (Intersil Sensor)
4871407
This is the light version of the ESL Base Board presented below. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, NRF52810, that has BTLE5.0 (Bluetooth) capability. Also there can be found a Crypto-Authentification IC, ATECC508A, from Microchip, a NFC TAG dynamic module, DTM0806, form SAG, two RGB led interfaces and a time-of-flight sensor interface mating connector. The circuit is able to be powered from a stable power source of 12 V or can be battery powered. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings and the 3D view of the board.
Electronic Shelf Label Base Board Mini
This is the light version of the ESL Base Board presented below. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, NRF52810, that has BTLE5.0 (Bluetooth) capability. Also there can be found a Crypto-Authentification IC, ATECC508A, from Microchip, a NFC TAG dynamic module, DTM0806, form SAG, two RGB led interfaces and a time-of-flight sensor interface mating connector. The circuit is able to be powered from a stable power source of 12 V or can be battery powered. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings and the 3D view of the board.
Electronic Shelf Label Base Board Mini
This is the light version of the ESL Base Board presented below. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, NRF52810, that has BTLE5.0 (Bluetooth) capability. Also there can be found a Crypto-Authentification IC, ATECC508A, from Microchip, a NFC TAG dynamic module, DTM0806, form SAG, two RGB led interfaces and a time-of-flight sensor interface mating connector. The circuit is able to be powered from a stable power source of 12 V or can be battery powered. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings and the 3D view of the board.
Electronic Shelf Label Base Board Mini
4871404
This is the flex version of the light version of the ESL Base Board presented below. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, NRF52810, that has BTLE5.0 (Bluetooth) capability. Also there can be found a Crypto-Authentification IC, ATECC508A, from Microchip, a NFC TAG dynamic module, DTM0806, form SAG, two RGB led interfaces and a time-of-flight sensor interface mating connector. The circuit is able to be powered from a stable power source of 12 V or can be battery powered. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings and the 3D view of the board.
Electronic Shelf Label Base Board Mini (Flex Version)
This is the flex version of the light version of the ESL Base Board presented below. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, NRF52810, that has BTLE5.0 (Bluetooth) capability. Also there can be found a Crypto-Authentification IC, ATECC508A, from Microchip, a NFC TAG dynamic module, DTM0806, form SAG, two RGB led interfaces and a time-of-flight sensor interface mating connector. The circuit is able to be powered from a stable power source of 12 V or can be battery powered. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings and the 3D view of the board.
Electronic Shelf Label Base Board Mini (Flex Version)
This is the flex version of the light version of the ESL Base Board presented below. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, NRF52810, that has BTLE5.0 (Bluetooth) capability. Also there can be found a Crypto-Authentification IC, ATECC508A, from Microchip, a NFC TAG dynamic module, DTM0806, form SAG, two RGB led interfaces and a time-of-flight sensor interface mating connector. The circuit is able to be powered from a stable power source of 12 V or can be battery powered. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings and the 3D view of the board.
Electronic Shelf Label Base Board Mini (Flex Version)
This is the flex version of the light version of the ESL Base Board presented below. The circuit consists of a microprocessor SOC chip from Nordic Semiconductors, NRF52810, that has BTLE5.0 (Bluetooth) capability. Also there can be found a Crypto-Authentification IC, ATECC508A, from Microchip, a NFC TAG dynamic module, DTM0806, form SAG, two RGB led interfaces and a time-of-flight sensor interface mating connector. The circuit is able to be powered from a stable power source of 12 V or can be battery powered. In the pictures below it can be observed the Assembly, Mechanical and Manufacturing drawings and the 3D view of the board.
Electronic Shelf Label Base Board Mini (Flex Version)
4847360
The board shown below incorporates 6 different DC input power connectors and at the output there are two 16 pin headers. This board is versatile because it can accept power from various power adapters. The input voltage is between 7 – 24 V DC around a maximum current of 8.0 A and the output voltage will be approximately equal to 5.1 V and the board will deliver a maximum current of 5.0 A which is on board limited. The board has at the input an EMI filter, a fuse for high current protection and an ideal diode configuration comprising a MOS-FET for back-feeding protection. There are LEDs for input and output showing the board works properly. The main switching mode power supply DC/DC converter chip is the Vishay SiC461 that accepts 4.5 V to 60 V as input voltage, and can deliver a maximum of 10.0 A, comes in a microBUCK® package.
SIC461 High Current Switch Module Power Supply (SMPS) Hub
4847353
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
In this project a high speed digital circuit was designed and implemented. The circuit has at the center the SolidRun SOM iMX8M Quad board. The smart handle board consists of various high speed interfaces and the corresponding circuitry. The first interfaces are two USB2 and two USB3 interfaces. One USB2 controls a Quectel BG96/EG91 LTE SOC module and the other USB2 and an USB3 are used in conjunction with a 4 port USB3 HUB controller that communicates with an Opticon barcode scanner, a cVend payment module, an Omron face and human detection camera and the last one was left free for future component integration. Another high speed interface is the HDMI that will be used to connect the smart handle board with an LCD monitor. The board has incorporated a NFC PN7150 reader. There is a high speed CSI camera interface and a MIPI-DSI interface for a TFT display. The last two interfaces are a PCIe interface for an SSD memory and an Ethernet interface for internet connectivity.
Smart Handle with High Speed Digital Interface
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5.0 · 140 Reviews
Reviews
M
Project for George Z. -- 2 • $19,950 USD
Yet another successful project with George. Long story short: he delivers. He helps us move our business forward with the new boards we can spec, design, produce and test in a short space of time. Thanks again George!
Matthew B.
@matthew43
•
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MINNEAPOLIS, United States
•
6 years ago
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M
Project for George Z. • $555 USD
I ALWAYS come to George for my design work. He is prompt, always adds value with thoughts about how to improve the designs, has great communication. Be in no doubt: he'll deliver for you. If you need to get a project delivered, he's the man to choose. I've been working with him for 2 years now, and I hope to be working with him for as long as he is available.
Matthew B.
@matthew43
•
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MINNEAPOLIS, United States
•
6 years ago
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J
EVS-11 Smartcard Reader • $8,807 USD
All worked very welll within time. I can recommend George Z. of course . Plan to do another project the next days.
Jürgen W.
@jw52
•
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Deggendorf, Germany
•
7 years ago
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L
DWM1000 pilot 2 • €330 EUR
George is a professional. He works into details and communicate promptly. I'm very satisfy with his work!
Closed User
@locatechs
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,
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7 years ago
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M
Update FRAM, Watchdogs + Power Connection Positioning • $3,526 USD
It's a pleasure to work with George. I put ALL of my hardware requirements to him, for all of my projects. There's no point going to anyone else. You can rely on George. I look forward to using George as our go-to guy.
Matthew B.
@matthew43
•
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MINNEAPOLIS, United States
•
7 years ago
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Experience
PCB/Hardware/Electronics Design Engineer
Jan, 2013 - Present
•
11 years, 11 months
Freelancer
Jan, 2013 - Present
•
11 years, 11 months
https://deltapcbdesign.com/Past_Projects.html
Jan, 2013 - Present
•
11 years, 11 months
Education
Universitatea 'Ovidius' din Constanta
2004 - 2009
•
5 years
Electronics Design Engineering
Flag of
Romania
2004 - 2009
•
5 years
Qualifications
Extensive PCB Design Experience
2013
Freelancer
https://deltapcbdesign.com/CV.html
2013
Publications
My Academic Experience
All My Publications
https://deltapcbdesign.com/Academic.html
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