Interface Development Kits

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USB-COM485-Plus4, FTDI Chip

FTDI Chip USB To Rs485 Adapter Board The FTDI chip USB to RS485 adapter board incorporates FTDIs FT4232H Hi-Speed USB2.0 (480Mb/s) to quad serial UART interface IC device. It handles all the USB signalling and protocols. The adaptor provides a fast and simple way to connect devices with an RS485 interface to USB. The integrated electronics circuit utilise the FT2232H and include RS485 level shifters plus TXD/RXD LEDs to provide a visual indication of data traffic through the module. This module uses a standard USB mini-B device connector for connection to an upstream host or hub port. This board supports Windows Server 2008, 2003, Vista, XP, 2000, Windows CE, Linux, and Mac OS X. Features and Benefits Adds four RS-485 serial ports by connecting to a USB 2.0 Hi-Speed interface COM port number can be changed to any available COM port number to support HyperTerminal or any other serial communications software application running in Windows Data transfer rate is up to 10Mbps Easy plug & play installation Installs as a standard Windows COM ports LEDs indicate USB enumeration, RxD, TxD for monitoring port status and easy diagnostics Operates with USB 1.1 & 2.0 Host and Hub ports Operating temperature ranges between -40°C and 85°C Powered by USB port, no external power adapter required Two modes: Echo and non-echo Applications Communication Embedded system Certifications ANSI/ESD S20.20:2014 BS EN 61340-5-1:2007

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USB-COM422-Plus2, FTDI Chip

USB-COM-PLUS Modules The USB-COM-PLUS modules provide a simple method of adapting legacy serial devices with RS-232, RS-422 or RS-485 interfaces to modern USB ports. Versions Available: ( 687-7730 ) USB-COM232-Plus1 - USB to RS232 Adapter ( 687-7749 ) USB-COM232-Plus2 - USB to Dual RS232 Adapter ( 687-7742 ) USB-COM232-Plus4 - USB to Quad RS-232 Adapter ( 687-7752 ) USB-COM422-Plus1 - USB to RS422 Adapter ( 687-7761 ) USB-COM422-Plus2 - USB to Dual RS422 Adapter ( 687-7764 ) USB-COM422-Plus4 - USB to Quad RS422 Adapter ( 687-7746 ) USB-COM485-Plus1 - USB to RS485 Adapter ( 687-7755 ) USB-COM485-Plus2 - USB to Dual RS485 Adapter ( 687-7758 ) USB-COM485-Plus4 - USB to Quad RS-485 Adapter

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MIKROE-2888, MikroElektronika

MikroElektronika Cap Touch Click board The MikroElektronika cap touch click board is a capacitive touch sensing button. This click can sense touch even through plastic, wood or other dielectric materials that are used to protect the surface of the PCB or the sensor pad. The MIKROE-2888 cap touch click can be activated by touch and unlike the mechanical button, the capacitive touch button lasts much longer. This touch-sensitive click on a device allows to accommodate a compact design and opens possibilities for various kinds of human-machine interface. Features and Benefits A single-key QTouch® touch sensor IC Auto-calibrating and detection integration algorithms improve touch sensing quality Input supply voltage is 3.3V and 5V Max ON duration for improved obstacle problem handling Patented QTouch® sensing technology allows for low power consumption Applications Environments with a switch or a button requirement Touch activated lighting controls and control panels

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MIKROE-2672, MikroElektronika

MikroElektronika DALI 2 Click board The MikroElektronika DALI 2 click board is a simple and reliable interface to DALI and DALI 2 communication bus, making it possible to dive into the world of intelligent lighting. The DALI network is an international standardized protocol for intelligent digital lighting control, which enables implementation of robust, scalable and flexible lighting networks. This DALI network comes with a controller and one or more slave devices which include LED drivers, dimmers and ballasts equipped with DALI interfaces. It can be used to develop applications for controlling other slave nodes of the DALI network or to develop slave node applications that would respond to the commands sent by the master control unit. Features and Benefits GPIO interface Operating supply voltage ranges between 3.3V or 5V

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MIKROE-2882, MikroElektronika

MikroElektronika mikroBUS Shuttle board The MikroElektronika mikroBUS shuttle board is a small add-on board, which is intended to be used with shuttle click, to expand the mikroBUS with additional stacking options. This small add-on board has one mikroBUS equipped on itself and it is connected to the shuttle click via a flat ribbon cable (20cm). Being connected with a flat ribbon cable to shuttle click, mikroBUS shuttle allows being freely positioned according to the requirements of the application. Features and Benefits Four mounting holes to fix the shuttle in place ICD BOX header to connect to existing shuttle click One mikroBUS slot that can be populated with any click board Operating supply voltage is 3.3V or 5V Product weight is 27g SPI, I2C and UART interface support

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MIKROE-2891, MikroElektronika

There are many kinds of touch sensors on the market, but every one of them has some unique features that make it stand out from the crowd. TouchKey 3 click is equipped with seven advanced capacitive sensors, based on the proprietary QTouch® technology. Besides quite a large number of QTouch® capacitive sensor channels, TouchKey 3 click also offers some additional features, such as the Adjacent Key Suppression (AKS®), a technology that ensures correct button press, even when the touch sensing pads are placed close to each other. With its many sensing channels and their advanced sensing technologies, TouchKey 3 really stands out from the crowd. It can be used as a multi-button control pad for various embedded applications, replacing mechanical buttons, which are typically prone to malfunctions, with elegant and durable touch sensing pads.

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MIKROE-2935, MikroElektronika

MikroElektronika GeoMagnetic Click Board The MikroElektronika Geomagnetic click board carries the BMM150, a three-axis geomagnetic sensor from Bosch Sensortec. The on-board BMM150 sensor uses FlipCore technology for tuned performance. It features digital interface, low voltage operation, low current consumption, short wake-up time and advanced system power management. The click also offers an advanced programmable interrupt engine for flexible design and uses SPI or I2C interface to communicate with the host controller. Features and Benefits Four power modes Interface used GPIO, I2C and SPI Operating supply voltage is 3.3V Programmable interrupt engine Three-axis geomagnetic sensor Applications Augmented reality applications Gaming controllers Navigation Tilt-compensated electronic compass for map rotation

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DS9481R-3C7+, Maxim Integrated

Driver Support for Windows® 7, Windows Vista®, and Windows XP® Operating Systems Enumerates as a Virtual PC COM Port by Use of the Prolific PL-2303HXD USB-to-UART Bridge IC Emulates the DS2480B 1-Wire Line Driving Functionality 1-Wire OTP/EPROM Programming Provided Without the Need of an External Power Supply (12V on OW, 7V on PULSE) 3.3V Read/Write Operation to 1-Wire/iButton Devices RJ11 Interface for Standard Connectivity Accessories such as the DS9120 Socket Adapter Supports Standard and Overdrive 1-Wire Communication Provides Strong Pullup to 3.3V Fully Compliant with USB 2.0 Specification

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VDIP2, FTDI Chip

MCU to USB Host Controller VDIP Modules These modules are MCU to USB host controller development modules for the Vinculum VNC1L device. They are supplied on a PCB designed to fit into 24-pin or 40-pin DIP sockets and provide access to the UART, parallel FIFO and SPI interface pins on the VNC1L device via its AD and AC bus pins. All other Vinculum I/O pins are also accessible and the modules are ideal for developing and rapid prototyping of VNC1L designs. 406-552 VDIP1 Module for 24-pin DIP socket 429-280 VDIP2 Module for 40-pin DIP socket Jumper selectable UART, SPI or FIFO MCU interfaces USB "A" type socket(s) to interface with USB peripherals Single +5V supply input Auxiliary +3.3V @ 200mA power output to power external logic Power Good and Traffic Indicator LEDs

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IP03, XinaBox

xChip Boards xChips are a rapid electronics development ecosystem to help reduce development time and simplify making custom products as well as aiding learning. Without soldering, wiring, breadboarding, or hardware knowledge you can assemble a circuit in minutes, and concentrate on coding. xChips are compatible with the platform you want to use and bridges are available for the most popular pltatforms; Raspberry Pi, Minnowboard, Beaglebone, Micro:bit, Pixhawk and 96 boards. Rather than bridging to Ardunio, we offer compatible cores for Arduino Uno, the CC01, and for Arduino Zero, the CC03. xChips utilise I2C, and due to this bus architecture, unlimited expansion of circuits is possible. Limitations of I2C addresses have been negated by development multiplexers. Because of its simple connection method, it is easy to build quickly - for prototyping and small product runs xChips connect to each other using an xBus connector, available from RS 174-4977 . Some xChips need an xPDI connector (RS 174-4974 ) to connect to programming interfaces, such as the IP02 or IP03. Xinabox Modular Prototyping Boards

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IX01, XinaBox

xChip Boards xChips are a rapid electronics development ecosystem to help reduce development time and simplify making custom products as well as aiding learning. Without soldering, wiring, breadboarding, or hardware knowledge you can assemble a circuit in minutes, and concentrate on coding. xChips are compatible with the platform you want to use and bridges are available for the most popular pltatforms; Raspberry Pi, Minnowboard, Beaglebone, Micro:bit, Pixhawk and 96 boards. Rather than bridging to Ardunio, we offer compatible cores for Arduino Uno, the CC01, and for Arduino Zero, the CC03. xChips utilise I2C, and due to this bus architecture, unlimited expansion of circuits is possible. Limitations of I2C addresses have been negated by development multiplexers. Because of its simple connection method, it is easy to build quickly - for prototyping and small product runs xChips connect to each other using an xBus connector, available from RS 174-4977 . Some xChips need an xPDI connector (RS 174-4974 ) to connect to programming interfaces, such as the IP02 or IP03. This xCHIP is a xBUS and xPDI breakout designed for breadboarding with other chipsets and I2C devices. This xCHIP is a xBUS and xPDI breakout designed for breadboarding with other chipsets and I2C devices. Product highlights xBUS and xPDI breakout Xinabox Modular Prototyping Boards

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IX02, XinaBox

xChip Boards xChips are a rapid electronics development ecosystem to help reduce development time and simplify making custom products as well as aiding learning. Without soldering, wiring, breadboarding, or hardware knowledge you can assemble a circuit in minutes, and concentrate on coding. xChips are compatible with the platform you want to use and bridges are available for the most popular pltatforms; Raspberry Pi, Minnowboard, Beaglebone, Micro:bit, Pixhawk and 96 boards. Rather than bridging to Ardunio, we offer compatible cores for Arduino Uno, the CC01, and for Arduino Zero, the CC03. xChips utilise I2C, and due to this bus architecture, unlimited expansion of circuits is possible. Limitations of I2C addresses have been negated by development multiplexers. Because of its simple connection method, it is easy to build quickly - for prototyping and small product runs xChips connect to each other using an xBus connector, available from RS 174-4977 . Some xChips need an xPDI connector (RS 174-4974 ) to connect to programming interfaces, such as the IP02 or IP03. IX02 – SPI to xBus breakout xChip (SC18IS602B) This xChip is an interface breakout module. The SC18IS602B is designed to serve as an interface between a standard I²C-bus of a microcontroller and an SPI bus. The IX02 is an SPI to xBus breakout designed for breadboarding with SPI and I²C devices. This allows the microcontroller to communicate directly with SPI devices through its I²C-bus. The SC18IS602B operates as an I²C-bus slave-transmitter or slave-receiver and an SPI master. It controls all the SPI bus-specific sequences, protocol, and timing. It has its own internal oscillator, and it supports four SPI chip select outputs that may be configured as GPIO when not used. Product Features ● I2C-bus slave interface operating up to 400 kHz ● SPI master operating up to 1.8 Mbits/s Applications ...

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Interface Development Kits

New Items

USB-COM485-Plus4, FTDI Chip

USB-COM422-Plus2, FTDI Chip

MIKROE-2888, MikroElektronika

MIKROE-2672, MikroElektronika

MIKROE-2882, MikroElektronika

MIKROE-2891, MikroElektronika

MIKROE-2935, MikroElektronika

DS9481R-3C7+, Maxim Integrated

VDIP2, FTDI Chip

IP03, XinaBox

IX01, XinaBox

IX02, XinaBox

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