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AMR Current Click Board

AMR Current Click Board™



App-Lighting Click Board Pack

The App-Lighting Click Pack comprises a RS485 Click Board™ 3.3V, WiFi3 Click Board™, ETH Click Board™ and a BLE P Click Board™, so you can build a smartphone app and tinker with your lights whenever you want.



Barcode Click Board

The Barcode Click Board™ is a very fast and agile barcode scanner on a Click Board™, which is compliant with a wide range of different 1D and 2D barcode protocols. The barcode scanner module is equipped with the micro USB port; thus, it can work both as a standalone device and a standard Click Board™, which communicates with the MCU via the RX, TX, RST and PWM pin of the mikroBUS. The barcode module has two red LEDs, used to illuminate the area in low light conditions. Also, Barcode Click Board™ features two push buttons, used to control the device when working as a standalone device.



Beyond keys Click Board Pack

Beyond The Keys Click Pack.



C Meter Click Board

C Meter Click Board™ is a mikroBUS add-on board with circuitry for measuring the value of capacitors. The design is based on a NE-555 timer/square-wave generator.



Click Board Analyzer

The Click Board™ Analyzer is a smart and powerful tool for analyzing pin states and voltage levels on the mikroBUS. It is a versatile and powerful smart analyzing tool, which consists of two 8-bit PIC microcontrollers (MCUs), from Microchip. By utilizing some of the capabilities of the PIC18F26K42 MCU, such as the DMA, CLC, SMT, and NCO to name few, it is possible to achieve measurement and monitoring of the voltage states on all the pins of the stackable mikroBUS slot. The stackable slot allows installation of any Click Board™ on a top of the Click Analyzer, allowing easy and simple data traffic analysis. Click Analyzer offers several data transfer protocols, suitable both for various M2M applications, as well as for the human-machine interface (HMI) applications.



Click Board USB adapter

The Click USB adapter board provides the necessary interface for connecting Click add-on boards to your PC through USB connection. It features FT2232H dual high speed USB to multipurpose IC, AD converter, EEPROM memory and mikroBUS host socket.



Clock Gen 2 Click Board

The Clock Gen 2 Click Board™ is an accurate square wave generator that can generate a clock signal in the range from 260kHz to 66.6MHz. It generates a square wave in the frequency of 66.6MHz, which is then processed by the prescaler, which can be set in the range from 20 up to 28. This allows the full frequency range to be achieved on the output. The DS1087L, a 3.3V spread-spectrum Econ Oscillator, used on the Clock Gen 2 Click Board™, offers the spread-spectrum function, which can be controlled via the IC pin and register setting. This allows reduced EMI, especially on the high frequencies. Finally, the DS1087L offers a NV memory (EEPROM), which is used for storing the values of the configuration registers.



Comparator Click Board

The Comparator Click Board™ from MikroElektronika is a voltage comparator on a Click Board™ add-on board carrying LM2903 chip. This LM2903 IC features two independent voltage comparators, two pairs of screw terminals (additional two screw terminals are for GND connections), and two potentiometers.

It can be used with either single or dual power supply over a wide range of voltages. The screw terminals allow the user to connect separate inputs, while the two potentiometers, placed between the screw terminals and the IC, configure the set point voltage. Each input has its own interrupt pin on the socket, i.e., one through the MikroBUS INT pin, the other in place of the default MikroBUS AN pin. The Comparator Click Board™ is designed to use either a 3.3V or a 5V power supply.



Counter Click Board

The Counter Click is an accessory board designed to keep the DC motor shafts in check. Featuring the LS7366R quadrature counter, Counter Click Board™ uses the MikroBUS SPI interface (CSK, MISO, MOSI), plus enable (CNT EN) and interrupt (LFLAG or DFLAG) pins for communication with the target board microcontroller. The 32-bit quadrature counter is to be used with a rotary encoder to quantify the speed and direction of rotation of DC motor shafts. It enables the user to calculate the number of rotations of a shaft precise when things get blur to the naked human eye. The rotary encoder on a DC motor outputs ENCA and ENCB signals which are out of phase to each other. For decoding the signal, the other end of these wires is connected to the pinout on the top of the board for interfacing with incremental encoders. In addition to ENCA and ENB, the pinout aboard the Counter Click Board™ also an ENCI pin, which is a programmable index. The board is designed to operate using either a 3.3V or 5V power supply.

Counter Click Board™ is an ideal choice for applications that include measurement of the direction and RPM of DC motor shafts.



Current 2 Click Board

Current 2 Click Board™ is an accurate current sensing Click Board™ suitable for a very accurate measurement of the current through the load. It utilizes the high-side current sensing approach, which has a few advantages over the low-side current sensing. Current 2 Click Board™ is equipped with an integrated transimpedance amplifying circuit, designed specifically for low-power current sensing applications. Designed to be used with a common mode voltage up to 6V, this Click Board™ is a perfect solution for the battery charging monitoring, various battery gauges, and other similar low voltage applications that require simple and reliable current monitoring.

It comes in the package which also includes the mikroSDK software and a library with all the functions. The Click Board™ comes as a fully tested and approved prototype, making it a reliable device ready to use on the development board.



Current Click Board

The MikroE Current Click is a complete electric current measurement solution that supports bandwidth up to 500 kHz. This add-on board includes a high-speed, voltage output INA196 current shunt monitor, a 12-bit resolution MCP3201 ADC, a low-dropout, micropower MAX6106 voltage reference, as well as two on-board screw terminals.

The package includes four shunts with different values: 0.05.