NB IoT click is a Click board™ that allows LTE Cat NB1 connectivity by utilizing Quectel BC95-G, a specialized multi-band IoT module with very low power requirements and compact form factor, making it perfectly suited for various IoT-based applications. This module is an embedded IoT communication solution which supports several NB frequency bands, offering an alternative to similar Low Power Wide Area Network (LPWAN) solutions, such as those offered by Sigfox and LoRa. Its most important advantage is the ability to use already widely established cellular network infrastructures. These features make the NB IoT click a perfect choice for a wide range of IoT applications such as smart metering, bike sharing, smart parking, smart city, security and asset tracking, home appliances, agricultural and environmental monitoring, and more.

Note: To ensure the best performance, please use an antenna that supports frequency bands used by the Quectel BC95-G module

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.

LLC I2C click can be utilized as the level converter for logic signals, which makes it a very useful Click board™. The topology of this logic level conversion (LLC) circuit is perfectly suited for the bi-directional I2C communication. Although there are some specialized integrated circuits on the market, sometimes it is more convenient to have a simple solution made of just a few passive elements and four MOSFETs. Besides this, MOSFETs can withstand up to 20V across their terminals (12V V_GS), and they support far greater currents than typical ICs, making them less likely to fail. The LLC circuitry, also known as the level translator or level shifter, can be used in virtually any application that utilizes the I2C communication protocol and needs matching between the logic voltage levels.

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.

Magnetic linear click is a very accurate position sensing Click board™ which utilizes the HMC1501, a magnetic field displacement sensor IC. This integrated sensor uses a single saturated-mode Wheatstone bridge which consists of four magneto-resistive elements. The precision of up to 0.07° in the angular range of ±45° can be easily achieved using the Magnetic linear click, making it far more accurate than the commonly used Hall-effect sensors.

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.

ECG 3 click is a complete solution for the development of ECG applications, which utilizes a specialized clinical-grade biopotential analog front-end (AFE) IC. ECG click uses the MAX30003 IC, an ultra-low power, single channel, integrated biopotential AFE, which features a wide range of options, making it a universal solution for many different types of ECG applications. ECG 3 click is an ideal solution for the development of heart rate monitoring applications, fitness applications, for the ECG bio-authentication, and similar applications.

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.

Pedometer 3 click is an acceleration sensing and step counting Click board™ equipped with the KX126-1063, an advanced tri-axis acceleration sensor IC, which features several acceleration detection algorithms, including a pedometer. The micro-electromechanical sensor (MEMS) element itself is based on the principle of measuring the differential capacitance, which further decreases errors due to manufacturing imperfections and temperature. The MEMS element is coupled with a very sophisticated application-specific IC (ASIC), which offers many advanced features, such as the 2048-byte FIFO buffer, pedometer algorithms, tap, and double tap sensing algorithms, free fall algorithms, tilt single/double pole IIR filtering, and more.

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.

Temp&Hum 7 click is a Click board™ which is perfectly suited for measuring the relative humidity (RH) and temperature. The Click board™ is equipped with the Si7021-A20, an accurate and reliable sensor IC, packed in a miniature 3x3mm DFN package. By using the patented low-K polymeric dielectrics, this sensor is available to achieve measurements with a very low drift and hysteresis, and excellent long-term stability. Each sensor has the factory calibration parameters pre-programmed in the non-volatile memory, requiring no additional calibration by the user. this Click board™ can be used for the development of the many different relative humidity and temperature measuring applications, including weather stations, reliable monitoring systems, asset tracking, HVAC/R based applications, and more.

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.

BarGraph 3 click is equipped with a five-segment LED bar graph display, notable for its strong and uniform illumination of the segments. Each segment consists of three internal LEDs with a common cathode, while the anodes of all LEDs are connected in a single point. This reduces the number of the display bar pins to just six. The common anode is connected to the PWM pin of the microbus via the P-type MOSFET, which can use the PWM signal from the microcontroller to change the intensity of the display. The fact that there are as many as three LEDs per segment makes the segments evenly illuminated, and the red color of the light on the dark background makes segments clearly visible.

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.

Temp&Hum 8 click is based on a sensor from the popular SHT family, designed to measure temperature and humidity. This sensor family has already become an industry standard, providing proven reliability and stability while requiring a minimum number of components, making the development of applications cheaper and faster. The sensor used on this click is labeled as SHT21, which features a high degree of measurement linearity, thanks to the factory calibration and testing which is performed for each sensor sample. Featuring high accuracy, good linearity, proven reliability, and long-term stability, you can use this sensor can for many different applications. Some of them include weather stations, various environmental data collection applications, IoT based applications, and all applications that require a reliable thermal and humidity readings over longer periods of time.

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.

Angle 2 click is a magnetic rotational sensor which relies on the ultra-fast MA700 angular sensor IC. Due to a high data output rate of 500kHz, the MA700 IC is able to provide a reliable absolute angular positional data at speeds up to 100,000 RPM. This can be achieved by utilizing the advanced Spinaxis technology based on a direct angle sampling approach, instead of using the extensive arctangent computations and other similar solutions. This also allows for relaxed mechanical tolerances, allowing even the off-axis magnetic field to be used.

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.

Pressure 7 click features an integrated digital barometric pressure and temperature sensor labeled as MS5837. This sensor relies on the advanced MEMS technology by MEAS Switzerland, a well-known high-volume MEMS manufacturer. It is a high-resolution pressure sensor, with offers 24-bit pressure and thermal data over the I2C interface. Each sensor is factory calibrated, with the compensation parameters stored within its internal PROM memory. A hermetically sealed stainless-steel body filled with the protective gel ensures high reliability and mechanical endurance of the sensor. A high-speed conversion, long-term stability, high resolution, low count of external components required, and a wide range of MCUs that can it can be interfaced with, make for just some of the benefits of the Pressure 7 click.

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.

Button Y click is a Click board™ equipped with the tactile switch, sometimes referred to as a pushbutton. A pushbutton is a component that is used very often in various designs, allowing the user to interact with the application. Although it sounds simple, a button needs to comply with a range of application requirements. It needs to have a very good mechanical endurance while retaining its specifications, a predictable bouncing time, a very low ON resistance, very high OFF resistance, and it needs to fulfill aesthetical requirements.

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.

Accel 7 click is a three-axis acceleration sensing Click board™. It uses the KXTJ3-1057, a 14bit tri-axis digital accelerometer, which can sense the acceleration up to ±16 g. This sensor is built using the proprietary Kionix micromachining technology, which results with a high accuracy and very good noise immunity. Accel 7 click can be used in a wide range of applications that require low power consumption, fast response, precision, and reliability. It can be used for display orientation, HID applications, drop detection applications (for warranty logging), and similar applications that rely on acceleration and motion-sensing.

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.

MUX 2 click is a Click board™ that switches one of the eight inputs to one output. It employs the MUX508, a modern CMOS analog multiplexing integrated circuit, produced by Texas Instruments. This IC can be powered with both dual power supplies, ranging from ±5V to ±18V, and single power supplies, ranging from 10V to 36V. It offers rail-to-rail operation, allowing the input signal to swing up (and down) to the voltage of the power supply, with no distortion. Features such as the break-before-make switching action, electrostatic discharge protection up to 2kV, low on-resistance and low input current leakage, make this circuit a perfect solution for various switching applications, operating with both unipolar and bipolar signals.

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.

LDC1101 click is an inductance-to-digital converter Click Board™. It is designed for a range of different applications, based on the inductivity measurements. You can use it to detect the position, rotation, or motion of an object. LDC1101 carries the LDC1101, the integrated, high-resolution, high-speed, inductance-to-digital converter. The converter allows both the inductance and the impedance to be measured. The fast impedance + inductance (R_P+L) mode offers separate 16-bit readings for both parameters, while the high-resolution inductance (LHR) mode offers a single reading with a resolution of 24 bits.

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.

Heart Rate 8 click is an optical biosensor Click board™, designed for heart-rate monitoring (HRM). This Click board™ employs a specialized sensor that incorporates three LED drivers and two photo-sensing elements, sensitive to green and IR light. The green light is most commonly used to measure the dilatation of the blood vessels; therefore, Heart rate 8 click is equipped with two green LEDs, which are driven by the BH1792GLC, a monolithic integrated sensor for heart rate monitoring, and the additional IR LED, used to detect a finger touch. Heart rate 8 click is a perfect solution for the development of various wearable health-related devices, smart phones, tablets, and similar space-constrained applications.

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.

MUX click is a Click board™ that switches one of the four differential inputs to one differential output. It employs the MUX509, a modern CMOS analog multiplexing integrated circuit, produced by Texas Instruments. This IC can be powered with both dual power supplies, ranging from ±5V to ±18V, and single power supplies, ranging from 10V to 36V. It offers rail-to-rail operation, allowing the input signal to swing up (and down) to the voltage of the power supply, with no distortion. Features such as the break-before-make switching action, electrostatic discharge protection up to 2kV, low on-resistance and low input current leakage, make this circuit a perfect solution for various switching applications, especially those that utilize differential signals.

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.

Excelon LP click carries a ferroelectric RAM module. Ferroelectric RAM, also known as FRAM, is a non-volatile memory type, with characteristics comparable to much faster DRAM memory modules. It is a much faster alternative to common serial FLASH and EEPROM modules which use the conventional technologies. Excelon LP click is ideal for embedded applications which frequently execute write operations. It can be used for a wide range of applications, ranging from data collection where the number of write cycles may be critical, to demanding industrial controls where lengthy write intervals of conventional serial FLASH or EEPROM memory modules can cause data loss.

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.

Heart rate 6 click is an optical biosensor Click board™ designed for heart-rate monitoring (HRM). This Click board™ employs a specialized sensor that incorporates two LED drivers and photo-sensing elements which are the most sensitive to green light. The green light is most commonly used to measure the dilatation of the blood vessels, therefore Heart rate 6 is equipped with two green LEDs, which are driven by the BH1790GLC, a monolithic integrated sensor for heart rate monitoring. Heart rate 6 click is a perfect solution for the development of various wearable health-related devices, smartphones, tablets, and similar space-constrained applications.

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.

IR Grid 3 click is a thermal imaging sensor. It has an array of 768 very sensitive, factory calibrated IR elements (pixels), arranged in 32 rows of 24 pixels, each measuring an object temperature up to 300°C within its local Field of View (FOV). The MLX90640-BAA IR sensor used on this Click board™ has only four pins, and it is mounted inside of the industry standard TO39 package. The Click board™ comes as a fully tested and approved prototype, making it a reliable device ready to use on the development board. The full package also includes the mikroSDK™ software and a library with all the functions.

The click board™ is suitable for a wide range of applications, including thermal scanners, precise contactless thermal measurement, thermal leaks in homes, industrial temperature control of moving parts, other types of heated object localization, human presence, and similar applications that require accurate contactless thermal measurement, or thermal imaging.

Flash 4 click is a perfect solution for the mass storage option in various embedded applications. With fast performance being one of its key features, Flash 4 click can also be used for the code shadowing, execute-in-place (XIP), and data storage. It features the S25FL512S Flash memory module made by combined high-performance MirrorBit® technology and Eclipse™ architecture. The 512 Mbit SPI Flash memory module is one of the fastest and most reliable Flash modules on the market.

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.