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The AT45DB081E is a low voltage, low power Serial Flash Device. It boasts 400nA Ultra Deep Power Down currents. The device operates from 1.7V-3.6V and up to 85MHz with a Low Power Read at 15MHz. The AT45DB081E has a flexible erase architecture and can be erased by Page(256bytes), Block(2KB), Sector(64KB), or a full chip erase. The device also offers flexible Writes in which it can be programmed either by Bytes or by Page(256bytes) and has Dual-Input Byte/Page Program capability along with Sequential Program Mode capability. The AT45DB081E offers package options including 8ld SOIC(0.150” and 0.208” wide) and an 8ld UDFN(5x6x0.6mm) package of which the smMEM-AT45DB081 breakout board makes use of. Sensor Maestros developed Software API Library for the Adesto Technology Serial Flash IC's. The API library is a portable embedded 'C' abstraction layer that can be ported to any MCU platform and includes high level API's for everything from reading, writing, erasing, reading the device ID, etc. The API library is utilized in an Application Example using the Silicon Labs EFM32 MCU platform. This application software can be used with any of the Silicon Labs EFM32 or EFR32 Starter Kits and the smWSP(Rapid Prototyping Plugin Board). The smWSP plugs into any EFM32/EFR32 Starter Kit via the Expansion Port and allows all the Sensor Maestros smMEM, smSENSR, smMOTN, etc breakout boards to be plugged into the smBLOCKs(header blocks) on the smWSP. The EFM32 'C' demo firmware reads the smMEM device plugged into the smWSP and allow various functions to be performed such as Read, Write, Erase, etc and the power consumption can be easily measured using the Silicon Labs Energy Profiler. For orders over 100 fill out this form. -
The AT45DB641E is a low voltage, low power Serial Flash Device. It boasts 400nA Ultra Deep Power Down currents. The device operates from 1.7V-3.6V and up to 85MHz with a Low Power Read at 15MHz. The AT45DB641E has a flexible erase architecture and can be erased by Page(256bytes), Block(2KB), Sector(64KB), or a full chip erase. The device also offers flexible Writes in which it can be programmed either by Bytes or by Page(256bytes) and has Dual-Input Byte/Page Program capability along with Sequential Program Mode capability. The AT45DB641E offers several package options including 8ld SOIC(0.208” wide), 9-Ball BGA(6x6mm) and an 8ld UDFN(5x6x0.6mm) package of which the smMEM-AT45DB641 breakout board makes use of. For orders over 100 fill out this form. -
The ICS-43434 is a digital I2S output microphone featuring a bottom sound port. The ICS-43434 provides a direct Audio to Digital solution. No Audio Codec is needed to get direct sampled audio straight to a host processor. The ICS-43434 follows the industry standard 24-bit I2S interface for easy connection to any host processor that has an I2S interface. It provides 3 operation modes: High Performance(~490uA), Low Power(230uA) and Sleep(~12uA) while being powered from a 1.8V source. In a very small package size of 3.5x2.65x0.98mm it also provides a high SNR of 64dBA across a 20KHz bandwidth along with an exceptional Dynamic Range of 90dB. For orders over 35 fill out this form. -
smMOTN-BMI160 : 6-DOF BMI160 IMU Breakout- 12.6 x 12.6mm
- I2C or SPI Configurable (Default I2C)
- All BMI160 Pins Mapped Out
- Secondary I2C Master and OIS Slave Ports accessible through Vias 1-4
- Compatible with Sensor Maestros Rapid Development IoT Platforms
- smWSP-ARD => Arduino Compatible Shield
- smWSP => Compatible with Silicon Labs EFM32 and EFR32 Starter Kits
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The smACCEL-H3LIS331DL breakout board features the H3LIS331DL 400G 3-Axis Accelerometer on a micro-sized 12.7x15.2mm breakout board. The H3LIS331DL high-g accelerometer can be configured for 100G, 200G, or 400G Full Scale operation. It can be configured for a SPI or I2C interface. Sensor Maestros has expertise in precision motion tracking. We have developed numerous products in this area including the Wearable Precision 9 DOF IMU SFM2 and additionally the FAZR PUCK a first of its kind hockey puck that measures shot speed and provides user feedback via built-in LED's. We have also developed a LAX ball using the same technology. Let us know what we can develop for you or if you have interest in licensing our technology. DESIGN SERVICES INQUIRY -
Sensor Maestros developed the smMOTN-10 DOF-ST-LSM6DSO IMU Breakout Board to provide 9 DOF IMU capability. We also included a LPS22HH pressure sensor. Equally important we designed it to measure a mere 15.2mm x 12.7mm . The LSM6DSO utilizes a single SPI interface and directly interfaces to the LIS2MDL 3-Axis Magnetometer and LPS22HH pressure sensor. Sensor Maestros also designed this breakout board to be compatible with the smWSP-ARD and smWSP Rapid Prototyping Platforms. We developed these boards as Arduino and SiLabs EFR32 and EFM32 STK compatible.- LSM6DSO(3-Axis Accel & Gyro), LIS2DML(3-Axis Mag), LPS22HH(260-1260 Pressure Sensor)
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Sensor Maestros developed the smMOTN-10 DOF-ST-LSM6DSV32 IMU Breakout Board to provide 9 DOF IMU capability. We also included a LPS22HH pressure sensor. Equally important we designed it to measure a mere 15.2mm x 12.7mm . The LSM6DSV32 utilizes a single SPI interface and directly interfaces to the LIS2MDL 3-Axis Magnetometer and LPS22HH pressure sensor. Sensor Maestros also designed this breakout board to be compatible with the smWSP-ARD and smWSP Rapid Prototyping Platforms. We developed these boards as Arduino and SiLabs EFR32 and EFM32 STK compatible.
- LSM6DSV32(3-Axis Accel & Gyro), LIS2DML(3-Axis Mag), LPS22HH(260-1260 Pressure Sensor)
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The SenseAir Sunrise CO2 Sensor is one of the world's lowest power and fully calibrated direct measurement CO2 Sensor. As low as 45uA average current enabling it to be used in battery operated systems. The Sunrise CO2 Sensor comes fully calibrated and provides for an automated re-calibration that has a user defined interval. UART and I2C Interfaces. FREE SHIPPING FOR USA!! LOW COST INTERNATIONAL SHIPPING!! Sunrise CO2 Sensor used in the Open Source IAQ-LOGR Indoor Air Quality Reference Design. -
smWSP-ARP: Wireless Sensor Rapid Prototyping Shield
The smWSP-ARD is a wireless sensor rapid prototyping shield that is Arduino R3 compatible. The smWSP-ARD supports all Sensor Maestros smMEM, smSENSR, smMOTN, smCOM, smBAT, and smPWR standardized pinout breakout boards. These breakout boards plug directly into the smWSP-ARD using smBLOCKs allowing you to rapidly prototype your wireless sensor hardware one day and completely change it the next day. Gone are the days of having to work with a sensor evaluation board that has several sensors you would love to change but they are soldered directly to the PCB. Now you can pick and choose your RF, sensor, memory, power, and battery configuration. Secondarily all these components can then be un-plugged from the smWSP-ARD to be either used in a prototype of your own, in a bread-board application, or simply be replaced by a different smBLOCK compatible component. smWSP-ARD Board Includes: smCOM(USB-UART) and the smWSP-ARD base board.IAQ-LOGR Open Source Wireless Indoor Air Quality Data Logger Application
The IAQ-LOGR is an Open-Source firmware application that implements a Wireless Indoor Air Quality Monitor and Data Logger using the smWSP-ARD base board. The IAQ-LOGR application utilizes the smSENSR, smMEM, and/or smPWR and smRF standardized plugins. The IAQ-LOGR reads and data logs CO2, Temperature, Humidity, and Ambient light using the following breakout boards listed below. Open Source IAQ-LOGR firmware Repository: IAQ-LOGR Firmware More information on the IAQ-LOGR at the following link: IAQ-LOGR Product Page Volume orders please inquire directly.
