Single-board mini computers from the Raspberry Pi series have gained recognition around the world. They are used by both home-type tinkerers and professional designers of programmable electronic devices. In 2019, the latest model appeared on sale - the Raspberry Pi 4B. Compared to previous models, Pi 4B has been equipped with an even more efficient quad-core processor Broadcom BCM2711 clocked at 1,5 GHz of frequency and for the first time, it consists two Micro HDMI outputs for external monitors instead of a single standard A-type HDMI connector. You can use the Raspberry Pi 4B in the same way as a standard PC for internet browsing and office work, as well as a driver for physical devices with electronic and mechanical systems, thanks to the versatile 40-pin GPIO connector. By using the GPIO connector in Raspberry Pi, you can easily create a home automation management centre, electrical drive controller, audiophile D-class amplifier, retro-style gaming machine, remote control apparatus for unmanned vehicles and much more! Sounds marvellous, isn't it? And it's still real to come true - just use the Raspberry Pi HAT hardware extension boards that are GPIO-compatible with Raspberry Pi 4B!
Panel providing power to a mini-computer Raspberry Pi with the help of technology Power over Ethernet. Implementation of such a solution allows to sow minikomputera using a network cable connector RJ-45. The pad was additionally equipped with a fan and radiator to facilitate heat removal from the sites most prone to heat.
Sound pad to GIVE the Raspberry Pi 4B / 3B+ / 3 / 2 / B+ / A+ equipped with the system DAC Burr Brown PCM5242 with a resolution of 32-bit, operating at speeds of 384 kHz. Volume control implemented in hardware using the ALSA system. The Board has 2 RCA connector and plug Jack 3.5 mm
Panel providing power to the Raspberry Pi using the technology of PoE. The use of this technology will allow you to fill minikomputer using a network cable ending with connector RJ-45. The cover does not block access to the unused connectors using the pad, due to its small size. The input voltage of the device is from 37 V to 57 V. the output Voltage...
Mark NB-IoT for Raspberry Pi that allows you to send text messages and create calls in the GSM network. Supports communication protocols such as LWM2M/COAP/MQTT. Also has a GPS module. Communication via serial interface UART (RX, TX) using the AT command.
Cover, fan 40 x 40 mm for Raspberry Pi 4B / 3B+ / 3B / 2B. After downloading the script from the manufacturer's website, you can adjust the fan speed. On the Board there is a power button / reset and LEDs indicating the fan speed.
Trim for minikomputera Raspberry Pi version 4B / 3B+ / 3B / 2B, which was allocated a separate section of conclusions Raspberry Pi, such as contacts, digital, analog, PWM, I2C, UART, SPI, I2C, together with the additional power contact VCC and GND. In addition, the module was equipped with a connector ARK external power from 6 Volts to 12 Volts for the PWM.
Cover for Raspberry Pi 4B / 3B+ / 3B based on the STM32 microcontroller with 12-bit ADC Converter, with the Grove connectors for connection of sensors and modules from the Grove, interacting through the interface digital, analog, I2C, PWM, UART. Currently, more than 60 modules Grove supported the imposition Grove Base Hat.
Trim that to food minikomputera Raspberry Pi version 4B and 3B+ directly to the Ethernet port, located on the Board. In addition, the panel was equipped with an active cooling fan. The input voltage is 37 Volts to 57 Volts, but the output is 5 V / 3 A.
Driver dual DC motor TB6612FNG operating with a supply voltage from 7 V to 12 V and DC 1.2 A per channel and momentary 2 A. the Module in the form of overlays for the Raspberry Pi communicates through an I2C interface.
Panel with amplifier DAC for minikompoutera Raspberry Pi. Has a built-in speaker 1W / 8 ? and colorful display IPS 1,3". Moreover, motherboard is equipped with 4 buttons. The device communicates via the SPI and I2S.
Pad with two systems minikomputera DAC for the Raspberry Pi. The tile was equipped with stereo audio output 3, two inputs and outputs to connect speakers and a color IPS display is 1.3". The module also includes buttons to control the player and mono / stereo switch.
Trim with a 3.5 mm output audio for the Raspberry Pi. Built-in DAC chip provides crisp sound 24-bit / 192kHz, while IPS display and 1.3" displays album art. The module also includes buttons to control the player.
Trim with headphone amplifier for minikomputera Raspberry Pi. The module was equipped with the amplifier circuit and DAC. Has a resolution of 24-bits, runs at a frequency of 192 kHz. On the Board there is a connector mini-Jack 3.5 mm and IPS display is 1.3", and four buttons to control the player.
Lora IoT Gateway is a wrapper for the Raspberry Pi that allows you to create access gateway for Laura, compatible with The Network Thing. Lora Gateway is part LoRaWAN, the device receives packets with Laura Nodes and provides mechanical compensation in LoRaWAN. Works with a frequency of 868 MHz.
Overlay for Raspberry Pi is equipped with a sensor of temperature, pressure and humidity BME280, light sensor and proximity LTR-559, analog gas sensor MICS6814, Converter ADC ADS1015, a MEMS microphone and a color LCD display. The Board also has a connector for the sensor PMS5003.
Kiedy tworzymy projekt robota, dobrze jest zadbać o jego dobre wyposażenie pod kątem układów sterowania. Znakomitym solution jest nakładka 4tronix RoboHAT. Ten moduł zawiera zestaw programowalnych wejść i wyjść, to których możesz podłączyć czujniki, buzzers, LEDs oraz sterownik silników elektrycznych i serwomechanizmów. Nakładka została starannie zmontowana i jest gotowa do podłączenia do Raspberry Pi bezpośrednio po unboxing. Zasilanie modułu może być podłączone poprzez złącze śrubowe ARK oraz gniazdo zasilające DC jack. Konstruktorzy udostępnili przykładowe programy i zestawy instrukcji w Pythonie, w oparciu o które użytkownik może poznać zasadę działania robotów. Z tego powodu, nakładkę RobotHAT szczególnie polecamy osobom rozpoczynającym przygodę z robotyką.
Using the Pimoroni Piano HAT overlay, you can turn the Raspberry Pi 4B into a simple music synthesizer with keyboard and buttons. According to the standards in the hardware design of synthesizers and drum machines since the 1980s, this overlay supports MIDI protocol (Musical Instruments Digital Interface). The keyboard contains a single octave with a C1-C2 tonal range (13 notes). These are capacitive touch keys. In addition, the user has at his disposal buttons for changing the tonal range (Octave Up / Octave Down) and a button for selecting sound presets stored in memory. The Piano HAT overlay is equipped with a GPIO connector that is compatible with the Raspberry Pi 4B minicomputer hardware. A practical feature of the overlay is built-in LEDs that perform an educational function. All you have to do is follow which of the LEDs that are linked with keys are lights up to learn to play simple songs from scratch. The program implementing this function was written in Python and is pre-loaded into memory in the Piano HAT module. The alternative,,non-musical” project, which you can create by using this board is a whac-a-mole game.
Also, SparkFun Electronics has prepared interesting hardware extensions for Raspberry Pi. The RELAYplate module contains seven Single-Pole Single-Throw Normally Opened electromechanical relays. With this overlay, you can control the circuits powered by a voltage of 120VAC or 30VDC. The overlay allows you to switch-on and switch-off the power supply of electric motors, pumps, fans, lighting, heaters and other electrical devices. The kit includes a protective cover to prevent accidental electric shock due to contact with high voltage circuits. At the same time, you can connect eight such modules together, which gives you the ability to control up to 56 circuits in parallel, independently of each other. The board is equipped with LEDs that indicate the state of contacts of individual relays. The RelayPLATE overlay is controlled by a 40-pin GPIO connector, the pin layout of which is compatible with most models of the Raspberry Pi minicomputer, including Pi 4B.