The InvenSense simple evaluation board that allows quick evaluation of the performance of single-ended analog MEMS microphones. The evaluation board consists of a bottom port microphone soldered to a flexible PCB with color-coded wires attached. It has output impedance of 4.5 Kohm. Low profile of the flexible PCB enables direct placement of the microphone into a prototype<BR/>Small in size

The InvenSense evaluation board for IAM-20680, a MEMS 6-axis motion sensor that combines a 3-axis gyroscope, and a 3-axis accelerometer. The UEVB communicates with a system processor through the custom header using either the I²C or the SPI serial interface. Universal evaluation board is lead free<BR/>RoHS compliant

The InvenSense ICS series is an analog MEMS microphone with very high dynamic range and capable of operation up to 105°C. It includes a MEMS microphone element, an impedance converter, and an output amplifier. Differential non‐inverting analog output<BR/>Enhanced RF immunity<BR/>Extended frequency response from 35 Hz to 20 kHz<BR/>Compatible with Sn/Pb and Pb-free solder processes<BR/>RoHS/WEEE compliant

The InvenSense CH101 series is a miniature, ultra-low-power ultrasonic time-of-flight range sensor. It is based on chirp&#146;s patented MEMS technology. It is a frequency matched pitch-catch product intended for applications using one sensor for transmit and a second sensor for receiving the frequency matched ultrasonic pulse. Fast, accurate range-finding<BR/>Easy to integrate<BR/>Works in any lighting condition, including full sunlight to complete darkness<BR/>Operating temperature ranges from -40°C to 85°C

The InvenSense simple evaluation board that allow quick evaluation of the performance of differential output analog MEMS microphones. The evaluation board consists of a top or bottom port microphone soldered to a flexible PCB with color-coded wires attached. It has output impedance of 430 ohm. Low profile of the flexible PCB enables direct placement of the microphone into a prototype<BR/>Small in size

The InvenSense simple evaluation board that allow quick evaluation of the performance of differential output analog MEMS microphones. The evaluation board consists of a top or bottom port microphone soldered to a flexible PCB with color-coded wires attached. It has sensitivity of -32 dBV. Low profile of the flexible PCB enables direct placement of the microphone into a prototype<BR/>Small in size

The InvenSense simple evaluation board that allows quick evaluation of the performance of PDM MEMS microphones. The evaluation board consists of a bottom port microphone soldered to a flexible PCB with color-coded wires attached. It has clock frequency of 400 KHz to 3.3 MHz at -26 dB sensitivity. Low profile of the flexible PCB enables direct placement of the microphone into a prototype<BR/>Small in size

The InvenSense simple evaluation board that allows quick evaluation of the performance of single-ended analog MEMS microphones. The evaluation board consists of a bottom port microphone soldered to a flexible PCB with color-coded wires attached. It has output impedance of 190 Ohm. Low profile of the flexible PCB enables direct placement of the microphone into a prototype<BR/>Small in size

The InvenSense simple evaluation board that allow quick evaluation of the performance of differential output analog MEMS microphones. The evaluation board consists of a top or bottom port microphone soldered to a flexible PCB with color-coded wires attached. It has sensitivity of -38 dBV. Low profile of the flexible PCB enables direct placement of the microphone into a prototype<BR/>Small in size

The InvenSense simple evaluation board that allow quick evaluation of the performance of differential output analog MEMS microphones. The evaluation board consists of a top or bottom port microphone soldered to a flexible PCB with color-coded wires attached. It has sensitivity of -43 dBV. Low profile of the flexible PCB enables direct placement of the microphone into a prototype<BR/>Small in size

The InvenSense comprehensive development platform for CH-101, a miniature ultrasonic time-of-flight range sensor with a range of 4 cm to 120 cm. The development kit is equipped with an on-board CH-101 sensor and up to four external MOD_CH101 sensor modules can be connected to the board via flat-flex cables for easy prototyping. Ultralow power range sensing<BR/>Accurate range measurement regardless of target size<BR/>Detects objects of any colour, including optically transparent ones<BR/>Works under any lighting condition

The InvenSense smart motion is development kit for ICM-42605, a high performance 6-axis motion sensor that combines a 3-axis gyroscope, and a 3-axis accelerometer. The development kit comes with necessary software including InvenSense motion link, a GUI based development tool and embedded motion drivers for ICM-42605. Microchip G55 MCU with 512KB Flash<BR/>On-board embedded debugger for programming and debugging<BR/>USB connectors for host interface to support software debug and sensor data logging<BR/>Board power supply through USB<BR/>Sensor fusion<BR/>Accelerometer & gyroscope calibrat