List of products by brand KamamiLabs

KAmodWS2812-1 is a module with WS2812 multicolor LED. Thanks to the embedded controller, LED can be series connected to makes an amazing light effects. KAmodWS2812-1

SD/MMC Module with Voltage Level Translator

KAmodCSIextender modules are designed to work with Raspberry Pi cameras. KAmodCSIextender allows you to extend the signal from cameras using the HDMI <-> HDMI cable (up to 10 meters).

Yellow 6-core connecting cable, 30 cm long. Intended for use with Kamami KAmod modules. It is terminated on both sides with a red plug that fits the WF06S connector. CAB_HU06-30-YELLOW

Universal board equipped with a metalized hole grid with a pitch of 2.54 mm, enabling mounting using goldpin strips or directly on the surface, with markings facilitating the identification of signals

8-bit Bidirectional Voltage Converter

KAmodM41T82 is a module with the STMicroelectronics M41T82 RTC clock. The chip allows precise timing, and an additional battery connector allows you to maintain the power supply when the main power is turned off. Communication with the module is realized via I2C bus.

KAmodLIS35DE is a module with a three-axis LIS35DE accelerator from STMicroelectronics. The chip has a digital signal output (I2C or SPI bus) and allows acceleration measurement in three axes.

KAmodMMA8653FC is a module with NXP's MMA8653FC three-axis accelerometer. The sensor allows the measurement of acceleration in the range of ± 2g / ± 4g / ± 8g, the measurement frequency is from 1.56 Hz to 800 Hz. Communication with the sensor takes place via the I2C interface

KAmodMC3635 is a module with the MC3635 three-axis accelerometer from mCube. The sensor allows the measurement of acceleration in the range of ±2g/±4g/±8g/±12g/±16g, the measurement frequency is from 14 to 1300 Hz. Communication with the sensor is realized via the I2C interface. The board is equipped with the Pmod I2C standard connector and the KAMAMI connector. Kamami KAmodMC3635

KAmodPCF8883T is a module with capacitive touch sensor PCF8883 from NXP. The module has a probe placed on the PCB and a diode indicating the state of the chip. It enables work in one of three modes.

The KAmodPCAL6408 is an 8-bit I/O expander with the PCAL6408A chip by NXP, controlled by the I2C interface.

Module with NXP temperature sensor. It allows you to measure temperature in the range from -55 °C to +125 °C. I2C interface. The board is equipped with a Pmod I2C standard connector and a KAMAMI connector

KAmodLSM303C is a module with the MEMS LSM303C chip from STMicroelectronics. The chip has a digital signal output (I2C or SPI bus) and allows measurement of accelerations and magnetic field values in three axes

Module with DS18B20 temperature sensor from Dallas Semiconductor. The sensor used allows you to measure temperatures in the range -55 ~ 125 ° C with an accuracy of ± 0.5 ° C (in the range of -10 ~ 85 ° C). The 1-Wire interface is used for communication. The plate is equipped with a goldpin connector and a KAMAMI connector, allowing easy connection of the module to the commissioning kits.

Module with a 4-bit bi-directional voltage level converter. It allows you to connect digital interfaces with different operating voltages. KAmodNTS0104PW

Module with a micro SD (TF) card reader. It allows you to connect and operate popular memory cards using a microcontroller. It is commonly used in various devices to store images, sounds or measurement data. KAmodMicroSD

KAmodMAG3110FC is a module with magnetic field sensor MAG3110FC from NXP. The sensor measures the magnetic field in the range of ±1000μT, with a resolution of 0.1μT. Communication with the sensor is realized via the I2C interface. The board is equipped with the Pmod I2C standard connector and the KAMAMI connector. Kamami KAmodMAG3110FC

KAmodMPC17C724 is a module with a double MP bridge bridge type MPC17C724. The system allows you to control two DC brush motors or one bipolar stepping motor. The controller operates at a voltage range of 2.7 - 5.5 V and can work with motors with power consumption up to 0.4 A.