Since the introduction on the market, the Raspberry Pi became a hit worldwide, both among Amateurs and professionals. Small size, powerful interface, ample opportunities to work with external devices, as well as affordable price, it is one of the many benefits of this minikomputera. In our offer you will find many useful accessories, modules, and other additional services, with which you will be able to expand the capabilities of your Raspberry Pi and unleash its full potential.
Set to create a retro game console based on the shield Picade X Hat for the Raspberry Pi. On the board are connectors for joystick and buttons, audio I2S DAC with 3 W amplifier and the power switch. The set includes items such as Picade X HAT, Joystick, buttons, speaker and connecting cables.
Set to create a retro machine to play based on the strip Picade X Hat, USB-C for the Raspberry Pi. On the Board there are connectors for joystick and buttons, audio I2S DAC In the amplifier 3 and the power switch. The set includes items such as Picade X HAT, USB-C, display 10", Joystick, buttons, speaker and jumper cables.
Previously collected by retro slot based on the cover Picade X Hat, USB-C for the Raspberry Pi. On the Board there are connectors for joystick and buttons, audio I2S DAC In the amplifier 3 and the power switch. The set includes items such as Picade X HAT, USB-C, display 10", Joystick, buttons, speaker and jumper cables.
Set to create a retro compact console, based on the shield Picade X for the Raspberry Pi. On the board are connectors for joystick and buttons, audio I2S DAC with 3 W amplifier and the power switch. The set includes items like Picade X HAT, Joystick, buttons, speaker and jumper cables.
Expander of pins on the basis of the MCP23017 system, it extends the capabilities of the Arduino or Raspberry Pi with additional 16 pins of I/O. It communicates via I2C interface. The supply voltage is 3.3 V or 5 V.
Pi-top is a modular laptop, its main element is the Raspberry Pi 3. It features the screen 14 " with a resolution of 1920 x 1080 pixels, a keyboard, a touchpad, and a full case. It can work up to 8 hours on an attached battery. The set does not contain minicomputer Raspberry Pi, you should buy it separately.
The module with the HAT shield for Raspberry Pi is equipped with eight HLS8L relays with a coil powered with a voltage of 5 V along with optoelectronic insulation. The system allows you to control actuators using microcontroller's ports or any development kit.
The system allows to increase the number of pins (up to 16) of the microcontroller (including minicomputer Raspberry Pi). It communicates with the central unit via the I2C bus (TWI). It has an output of the open-drain type.
The module allows to exchange the data between systems that use the most popular voltage levels: from 1.2 V to 3.6 V for VCCA inputs, and from 1.65 V to 5.5 V for VCCB inputs. It works in both directions with automatic detection. It has four channels.
Digital-to-analog converter with I2C interface. The module allows you to receive signal in the form of analog voltage from any microcontroller that has I2C. It is powered with the voltage between 2.7 and 5.5 V, it has a resolution of 12-bits.
The module allows for two-way communication between systems that use different voltage levels for I2C bus and SMBus. PCA9306 converts the voltages out of the range of lower from 1.0 V to 3.6 V to higher from 1.8 V to 5.5 V.
Shield for Raspberry Pi which consists to the tuner of the terrestrial television. It enables the reception of all available, uncoded channels of digital terrestrial television in DVB-T and DVB-T2. It can also stream the signal over the network, to other devices.
Shield for Raspberry Pi, version 3 and 2 with a microcontroller with ARM Cortex M3 core connecting many features in one, small board, for example, FPGA Xilinx Spartan, microphone array, temperature sensor, UV light, pressure, accelerometer, gyroscope, magnetometer, humidity sensor, LED ring. There are also interfaces NFC, Z-Wave, Zig-Bee and two...
Board compatible with Arduino Uno with additions. It has the possibility to directly attach it to the Raspberry Pi. The module is equipped with an ATmega328P microcontroller, it is running at 16MHz and the system ATmega48 with the IRDA interface. The connectors are compatible with traditional Arduino.
Miniature (13 x 10 mm). the module allows to exchange data between systems that use the most popular voltage levels ranging from 1.5 V to 18 V and Vice versa. Four channels to provide support for the interfaces: I2C, SPI, UART.
OnOff SHIM is a shield for the Raspberry Pi, mounted on the GPIO connectors. After disconnecting the power supply to the micro USB port on the shield, you can turn on and off the minicomputer using the button on the board.
The module allows to exchange data between systems that use the most popular levels of voltage: 5 V <-> 3.3 V and 3.3 V <-> 1,8 V. It works in both directions simulatneously. It has four channels. This kit includes the goldpin connectors for self-soldering.
Module with real time clock PCF8563, of which the voltage is supported by the round CR2032 battery (included). The system allows you to measure the time when the Raspberry Pi is disconnected from the power supply. It has a 40-pin connector and built-in buzzer.
Especially for fine, game consoles and computer games of the last century, we have produced a range of kits for making machine guns Picade Arcade Machine based on the hardware on the Raspberry Pi. The control method looks just like the original slot machines to arcade games, that is with joystick and buttons. Display with a diagonal of 10” and an aspect ratio of 4:3 and 2.5-inch speaker with 3 WATTS, you'll hear a sound track and special effects, known for many historical games - the main advantages of the machine are utilities Picade Arcade Machine. The kits contain all the necessary elements to build a gaming machine, along with installation instructions. The body is made of fiberboard painted with powder method. Installation takes about. 2 to 3 hours. The Raspberry Pi computer is required for operation of the machine, must be purchased separately.
When connected to Raspberry Pi peripheral devices (such as, for example, sensors or electric engines), you should pay attention to their rated working voltage. Connectors GPIO in “Malinka” is designed for a voltage of 3.3 V as the voltage in the logical high state. Connecting to the GPIO connector devices requiring a supply voltage of 5.0 V, in particular, in accordance with standard TTL and may even cause permanent damage to the Raspberry Pi. Through the logic levels, you need to understand the levels of stress that are recognized by the system, as logic state high and low. Because of progressive miniaturization of the systems, microprocessor-based, including those used in the Raspberry Pi or BeagleBone, was created by standard power source voltage of 3.3 V. the processor To even larger scale integration, voltage high position is 1.2 V. for Your Raspberry Pi can work with external devices that operate at other levels of the logical relations Malinki, it will be easier if you apply the logic level Converter. We offer modules, logic level converters from SparkFun, allow two-way change logic voltage levels, ensuring full interoperability of devices of different standards. For example, driving with a Raspberry Pi matrix constructed from logic elements and przerzutników in the form of chips TLL series 74XY, you will have to connect the Raspberry Pi page under the voltage of 3.3 V Converter, and a matrix chip on the TTL side of the Converter, the supply voltage of 5.0 V.
GertDuino is based on the design of Arduino Uno tiles, which can be directly connected to the Raspberry Pi, creating a rich platform of development. The program recorded in the memory of the Raspberry Pi, you can upload directly to the plate GertDuino to allow communication in real time between two plates. Printed circuit Board has a built-in Atmega328 microcontroller with the findings, placed in accordance with the Arduino Uno, the reset button two programmable buttons and six LED indicators. On the Board is also the inverter voltage levels RS232 - UART and the microcontroller Atmega48 connected to the 20-pin connector I/O. this System can perform the function of accurate real-time clock has the ability to connect the emergency battery CR1025 and works in conjunction with the onboard receiver that allows you to communicate via the IRDA Protocol.