Luminus UV-C LEDs are highly efficient, have compact form factors and enable applications such as healthcare disinfection, water and air purification, and surface disinfection of consumer appliances Features: High power UVC LED with emission wavelength between 275 nm and 285 nm Compact form factor: 3.5 mm x 3.5 mm package Drive currents up to 800mA Wide viewing angle of 120 degrees High Reliability package Standard SMD Process RoHS and REACH compliant Applications Water/Air/Surface Disinfection Healthcare Food & Pharmaceutical Processing Medical Spectroscopy Horticulture

DIGI XBEE 3 ZIGBEE MESH KIT

Explore hands-on mesh networking and connectivity with Digi XBee 3 RF modules The Digi XBee® 3 Zigbee Mesh Kit offers a great way to learn how to use Digi XBee 3 RF modules for device connectivity and Zigbee-based mesh networking. Zigbee is one of the most popular open standard mesh networking protocols, specifically designed for low-data rate and low-power applications. With simple examples and step-by-step guidance, you can quickly assemble kit components to create reliable, low-power device communications and sensor networks. Mesh networking is a powerful way to route data. Range is extended by allowing data to hop from node to node, and reliability is increased by “self-healing,” the ability to create alternate paths when one node fails or a connection is lost. Digi XBee 3 Zigbee Modules Included in the Kit Digi XBee 3 and XBee 3-PRO Zigbee modules are ideal for applications in the energy and controls markets where timeto-market and reliability are critical. With Digi’s extensive and easy-to-use DIGI XBee API framework, customers can get their Zigbee product to market faster than any other module available in the industry. Features like binding and multicasting also allow for simple integration for building automation applications. Our modules are available in the popular Digi XBee throughhole, surface mount and now micro-mount form factors, providing customers the flexibility to substitute one Digi XBee technology for another with minimal development time and risk. Using the long-range Digi XBee 3-PRO variant, customers can get up to two miles (3200 meters) LoS range.

Features

The Kit Includes: - 3 Digi XBee Grove Development Board - 3 Digi XBee ZigBee SMT Modules - 3 Micro-USB Cables - 3 Antennas - Comprehensive Web and Video-Based Instruction

DIGI XBEE 3 USB ADAPTER

Digi XBee 3 USB Adapter provides local connectivity to wireless Digi XBee networks from a laptop or PC, enabling local commissioning of the network and its devices Digi XBee® 3 USB Adapter is an easy-to-use USB-to-Digi XBee Wireless Personal Area Network (WPAN) adapter, providing local connectivity to wireless networks. Simply plug Digi XBee 3 USB Adapter into the USB port of a laptop or PC for instant access to a Digi XBee network and its devices. This compact, USB-powered wireless adapter enables local network configuration, diagnostics and device monitoring. Digi XBee 3 USB Adapter is part of Digi’s XBee family of solutions, providing wireless communication between devices, including routers and gateways. Digi XBee 3 USB Adapter uses Digi’s XBee 3 module which lets you program the desired protocol using the Digi XCTU software platform. The adapter connects with DigiMesh, 802.15.4 and Zigbee network protocols. Digi XBee 3 USB Adapter and Digi XBee Network Assistant Digi Network Assistant is a Windows-based free software download that works in tandem with Digi XBee 3 USB Adapter. Used together, these tools enable network technicians to perform a range of tasks on a local network, out in the field, whether or not network connectivity is available. These tasks may include administering on-site surveys and troubleshooting via the network mapping feature, reviewing the status of all nodes, and performing over-the-air firmware updates. You can download and install Digi XBee Network Assistant at www.digi.com/xbeenetworkassistant.

Features

- Programmable to communicate with any of Digi’s supported wireless protocols - Provides connectivity to local Digi XBee networks from a laptop/PC - Enables fast local commissioning of devices on the local network - USB powered - LEDs for UART traffic and network association

DIGI TRANSPORT WR11 XT

Secure 3G/4G/LTE cellular router for retail, kiosk and industrial control applications Digi TransPort® WR11 XT delivers a cost-optimized 4G LTE connection to mission critical M2M applications around the world. These cellular routers are ideal for connecting: - Building and process automation controllers - Smart grid assets (meters, switches and controllers) - IP cameras and access controllers - Remote data loggers, flow meters and sensing equipment - Telco infrastructure controllers - ATMs, kiosks and service terminals Digi TransPort WR11 XT provides a secure, reliable connection to industrial controllers, retail terminals and process automation equipment on third party sites or remote locations. This drop-in connectivity gives operators a way to reduce the cost of downtime and service calls and also increase revenue by bringing distributed sites online faster. Digi management solutions provide easy setup, configuration and maintenance of large installations of remote Digi TransPort devices. Digi Remote Manager ® offers webbased device management for remote Digi cellular routers, gateways and third-party devices.

Features

Global HSPA+ and 4G LTE support and certification - Extremely resilient cellular connection through patented Digi SureLink™, VRRP+ protocol and dual SIM slots - Enterprise routing features for security, logging and redundancy (e.g., stateful firewall, VPN, SNMP); no annual enterprise software license required - Digi Remote Manager ® provides mass configuration, device management and troubleshooting tools - Rugged aluminum enclosure, flanges and optional DIN rail clip for flexible mounting - Digi Foundations™ 1-, 3- or 5-year subscription available

Until now the benefits of digital PMR/LMR have been restricted in unlicensed frequency bands due to regulatory restrictions or limited frequency allocations. Operating in the 2.4GHz ISM band the SCT2400 offers a comprehensive solution supporting near global usage without the need for complex licensing. Capable of replacing unlicensed PMR/LMR solutions (FRS/MURS/GMRS/PMR446), the SCT2400 offers a rich set of features supporting not only secure digital voice operation but also wireless data capabilities. The SCT2400 also offers superior operating range over Wi-Fi based digital radio providing up to 30dB of additional sensitivity. Range is further extended using voice coding technology with enhanced error correction that also maintains voice clarity and a high level of voice security under the most demanding RF environments. The internal power amplifier achieves 12.5dBm and an operational range up to 2km. Using an external FEM to achieve 100mW output power and -123dBm sensitivity, increases operational range to greater than 12km line of site. In comparison to other licensed and unlicensed PMR solutions the SCT2400 operates on a fraction of the power in both receive and transmit, enabling significantly longer operating times or the use of smaller batteries that allows innovative small form factor solutions to be realised. In addition to LMR/PMR the SCT2400 offers a low power, cost effective solution for all applications requiring digital voice or long range data transmission. Features - Highly integrated 2.4GHz spread spectrum radio transceiver - Range optimised vocoder - Digital voice modes - Peer to peer - Group Call - Broadcast - Data Modes - Continuous SMS style data Technical Features - 12.5dBm RF Tx power - Single 3V supply - Low power consumption - ~10mA standby/scanning - ~52mA receive voice - ~64mA transmit voice - 144-BGA package (10mm x 10mm) Applications - License Free 2.4GHz Voice + Data - Intercoms - Access control and gate entry - Two-way radio, PMR/LMR - Wearable communications - Wireless headsets

Traditionally voice codes have interfaced to electret microphones and speakers providing A to D and D to A functions, using precision oversampling data converters. Recent advances in microphone design using MEMS techniques are now changing this, along with higher efficiency speaker driver architectures such as Class D topologies. Both of these advances enable significant reductions in power consumption which is needed to address new applications such as voice control, that require always-on operation. Such applications that are often battery powered, driving the need for ultra-low power consumption. The CMX655D addresses these needs, providing an update to the traditional voice codec, that is both very low power and small in size. Microphone interfaces connect single or dual MEMS microphones to the device, with parallel processing of each data stream to maintain phase alignment between the two channels. In the reverse channel, digital voice data drives a Class D speaker driver, also featuring programmable filtering and digital gain control. This architecture operates with much higher efficiency than conventional speaker drivers. An additional low level output is also provided. The device interfaces via standard serial busses that are commonly found on many microcontrollers, DSPs and low cost single chip radio transceivers. The CMX655D is available in a small VQFN-24 package and supported by a range of development tools, including the EV6550D evaluation kit. The EV6550D and EV6550A Evaluation Kits are designed to assist in the evaluation and application development of the CMX655D and CMX655A. The EV6550D/EV6550A is designed to interface with MEMS (Micro-Electro Mechanical System) microphone evaluation boards.

The AVR-IoT WG development board is a small and easily expandable demonstration and development platform for IoT solutions, based on the AVR® microcontroller architecture using Wi-Fi® technology. It was designed to demonstrate that the design of a typical IoT application can be simplified by partitioning the problem into three blocks: • Smart - represented by the ATmega4808 microcontroller • Secure - represented by the ATECC608A secure element • Connected - represented by the WINC1510 Wi-Fi controller module .

Features

The AVR-IoT WG development board features a USB interface chip Nano Embedded Debugger (nEDBG) that provides access to a serial port interface (serial to USB bridge), a mass storage interface for easy ‘drag and drop’ programming, configuration and full access to the AVR microcontroller UPDI interface for programming and debugging directly from Microchip MPLAB® X IDE and the Atmel® Studio 7.0 IDE. The AVR-IoT WG development board comes preprogrammed and configured for demonstrating connectivity to the Google Cloud IoT Core. The AVR-IoT WG development board features two sensors: • A light sensor • A high-accuracy temperature sensor - MCP9808 Additionally, a mikroBUS™ connector is provided to expand the board capabilities with 450+ sensors and actuators offered by MikroElektronika (www.mikroe.com) via a growing portfolio of Click boards™

Highly-Efficient Regulated Dual-Output, Ambient Energy Manager for AC or TEG sources with optional primary battery AEM30940 is an integrated energy management subsystem that extracts DC power from TEG to simultaneously store energy in a rechargeable element and supply the system with two independent regulated voltages. This allows product designers and engineers to extend battery lifetime and ultimately get rid of the primary energy storage element in a large range of wireless applications like industrial monitoring, home automation, wearables. FEATURES: Ultra-low power start-up; - Cold start from 380 mV input voltage and 3 µW input power (typical) Ultra-low power boost regulator; - Open circuit voltage sensing for MPPT every 0.3s - Configurable MPPT with 2-pin programming - Selectable Voc ratios of 50, 65, 80, 100% - Input voltage operation range from 50 mV to 5V - MPPT voltage operation range from 50 mV to 5V Integrated 1.2/1.8V LDO regulator; - Up to 10 mA load current - Power gated dynamically by external control Integrated 1.8V-4.2V LDO regulator; - Up to 80 mA load current with 300 mV drop-out - Power gated dynamically by external control Flexible energy storage management; - Programmable overcharge and overdischarge protection - For any type of rechargeable battery or (super)capacitor - Fast supercapacitor charging - Warns load when battery is running low - Warns when regulators are switched on Smallest footprint, smallest BOM; - Only seven passive external components Optional primary battery; - Automatically switches to the primary battery when secondary battery is exhausted APPLICATIONS: > Harvesting from a TEG > Harvesting from piezo generator > Harvesting from micro turbine generator > Industrial monitoring > Home automation > Wearables > Smart agriculture

Silicon Labs SLTB010A Thunderboard BG22 is a small form-factor, optimized development platform for adding Bluetooth connectivity to battery-powered IoT products.

Features