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The AT25XE021A is one of the world’s lowest power Serial Flash Device. It boasts 200nA Ultra Deep Power Down currents. The device operates from 1.65V-3.6V and up to 85MHz. the AT25XE021A has a flexible erase architecture and can be erased in 4,32,64Kbyte blocks 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 AT25XE021A offers several package options including an ultra-small 2x3x0.6mm UTDFN package of which the smMEM-AT25XE021 breakout board makes use of. The smMEM-AT25XE021 provides an easy to use, low-cost, very small breakout board for the AT25XE021A. All pins are all mapped to standard 2.54mm/0.1” headers. This allows for use in a standard bread-board or to be ‘wired’ into an application. The header-header spacing is 10.2mm (400mil). All SMSTRS smMEM, smSENSR, smCOM, smBAT, smPWR products are compatible with the Sensor Maestros Wireless Sensor Platforms that provide Rapid prototyping for Sensor and BTLE applications. The smMEM-AT25XE021 can be plugged into ANY of the smBLOCK SPI sockets in the smWSP and smWSP-ARD rapid prototyping plugin boards. For orders over 100 fill out this form. -
The AT25XE041A is one of the world’s lowest power Serial Flash Device. It boasts 200nA Ultra Deep Power Down currents. The device operates from 1.65V-3.6V and up to 85MHz. the AT25XE041A has a flexible erase architecture and can be erased in 4,32,64Kbyte blocks 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 AT25XE041A offers several package options including an ultra-small 2x3x0.6mm UTDFN package of which the smMEM-AT25XE041A breakout board makes use of. For orders over 100 fill out this form.
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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. -
This is a MP2148 Low Iq DC-DC Buck regulator breakout board. The Monolithic Power MP2148 is a DC/DC buck regulator capable of 1A continuous output current from a 2.3V-to-5.5V input voltage with excellent load and line regulation. All of this is achieved at a mere 11uA of quiescent current. Fault protections include cycle-by-cycle current limiting and thermal shutdown. The MP2148 is available in an ultra-small QFN- 6 (1.0mmx1.5mm) package and requires a low value inductor of only 1uH and can provide >90% efficiency. The smPWR-MP2148-ADJ provides an easy to use breakout board for the MP2148 measuring only 7.8x9.9mm. All pins are all mapped to standard 2.54mm/0.1” headers. This allows for use in a standard bread-board or to be ‘wired’ into an application. The header-header spacing is 7.62mm (300mil). The smPWR-MP2148-ADJ comes pre-configured for a 3.0V output but can be modified to provide a 1.8V output by simply moving R3(0603) 0ohm jumper. By default the EN line is pulled to Vin via R1(0ohm jumper). For external control for Enable/Disable simply remove R1. All SMSTRS smMEM, smSENSR, smCOM, smBAT, smPWR products are compatible with the Sensor Maestros Wireless Sensor Platforms that provide Rapid prototyping for Sensor and BTLE applications. The smPWR-MP2148-ADJ can be plugged into ANY of the smPWR sockets in the smRF-WB and smWSP-ARD rapid prototyping sensor plugin boards. smWSP-ARD: Arduino compatible IoT Sensor Rapid Prototyping Platform MP2148 Datasheet For orders over 100 fill out this form -
The LTR-303ALS is an ultra-low cost($0.56 in 100piece quantity), ultra-small, I2C Ambient Light sensor. The LTR-303ALS comes in a 2.0x2.0x0.7mm 6pin DFN package. The LTR-303ALS has an operating voltage of 2.4-3.6V with I2C operation down to 1.7V. The LTR-303ALS provides a full dynamic range from 0.01-64K lux while providing close to the eye spectral response with immunity to IR/UV light sources and automatically rejects 50/60Hz light flicker. There are 6 gain settings available 1X, 2X, 3X, 4X, 8X, 48X, and 96X) to the user and provides a 16-bit effective resolution output. The smSENSR-LTR-303 provides an easy to use, low-cost, ultra-small breakout board that can be soldered directly into a prototype or can be used with a standard breadboard. The smSENSR-LTR303 pins are all mapped to standard 2.54mm/0.1” headers. The header-header spacing is 7.62mm(300mil). The smSENSR-LTR303 can be plugged into ANY of the 8pin smBLOCK I2C sockets in the smWSP and smWSP-ARD rapid prototyping sensor plugin boards. More info provided later in document. All SMSTRS smMEM, smSENSR, smCOM, smBAT, smPWR products are compatible with the Sensor Maestros Wireless Sensor Platforms that provide Rapid prototyping for Sensor and BTLE applications. For orders over 100 fill out this form.
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The Silicon Labs Si7006-A20 is an I2C interface, ultra-small, Temperature and Humidity Combination IC. It is offered in a 3x3x0.75mm DFN-6 package. The Si7006-A20 provides 0-90% RH with an Accuracy of +5% (max). It is operational from 0-100% RH. The Humidity sensor is configurable from 8-12bits with conversion times from 2.6-10ms respectively. The SI7006-A20 incorporates a ‘heater’ element to aid in testing the sensor, to dry the sensor membrane, or to implement a dew-point. For orders over 100 fill out this form. -
Sensor Maestros is the original inventor of the Rapid Prototyping Platform. Loads of thought and planning was put into the design of the smWSP-ARD. The smWSP-ARD is a Rapid Prototyping Platform for BLE and Sensor development. The smWSP-ARD has been designed to precisely mate with the Nordic nRF52 DK and is compatible with Ardiuno Revision 3. It can be used as a shield with Arduino Revision 3 compatible boards such as the nRF52 DK or as a Stand-alone BLE Sensor development kit with the addition of the smRF-LR832 Long Range modules based on the nRF52832 that provide up to +21dBm output power. For orders over 100 fill out this form.
