Products and solutions for Wearable devices Content Introduction................................................................................ 3 Motion MEMS & environmental sensors ........................... 4 Signal conditioning.................................................................. 9 Microcontrollers....................................................................... 11 Connectivity............................................................................. 18 Power management.............................................................. 22 User interface........................................................................... 26 ESD protection.......................................................................... 28 EMI filtering............................................................................... 29 Design support......................................................................... 30 Introduction STMicroelectronics offers smart solutions for wearable devices Leveraging its long experience in a wide range of technologies, ST offers a selection of products specifically designed for wearable devices targeting applications such as: • Consumer fitness and wellness • Healthcare • Portable infotainment • Monitoring and safety in Industrial In these applications high precision, low power consumption, compact form factor and outstanding performance are a must and ST’s products take into account the needs of the most recent and innovative wearable devices. 32-bit ULP MCUs Motion and environmental MEMS sensors Digital sensors GPS/GNSS receivers Signal transducers Switches MEMS microphones Led drivers User interface Microcontroller Analog front-end Analog sensors Power management Bluetooth SMART Connectivity Sub 1 GHz Real-time clock Wi-Fi Modules Power management ICs Battery management & monitoring ICs Audio amplifiers Smart reset & Current sensing Protections Thin-film battery NFC & RFID ESD Protections EMI Filter & RF-IPD 3 Motion MEMS & environmental sensors The one-stop MEMS supplier 4 ST has shipped more than 9 billion micro-electromechanical sensors and has one of the industry’s most extensive MEMS portfolio including accelerometers, gyroscopes, digital compasses, inertial modules, MEMS microphones, and environmental sensors including pressure, temperature, UV index sensors and humidity sensors. • A unique sensor portfolio, from discrete to fully-integrated solutions, to meet all design needs • High-volume manufacturing capacity to provide cost competitive solutions, fast time-to-market and security of supply • High-performance sensor fusion to improve the accuracy of multi-axis sensor systems in order to enable emerging and highlydemanding applications, such as indoor navigation and location-based services • High-quality products, already tested in different application fields, including mobile, portable, gaming, consumer, automotive and health care segments • Multiple sites dedicated to MEMS, with full in-house dual-sourcing, guaranteeing 100% security of supply • • • Movement recognition through shoes and wearable sensors (AXL, GYRO, PS) Golf and tennis swing detection (AXL, GYRO, MAG) Body tracking recognition (AXL, GYRO, MAG, PS) • Large sensor portfolio • Integrated hardware and software solutions • 100% security of supply • Scalability of solutions • Quality is a must for ST • ST is MEMS market leader Sensors for improving wearable applications • Athlete performance monitoring Complete solution • Watches, personal navigation devices, PND and pedometers (AXL, GYRO, MAG, PS) • Map orientation • Heading and navigation • Power-saving using auto-wake-up functionality • Taps display activation Accelerometers Key Features ST’s state-of-the-art MEMS accelerometers include analog and digital sensors featuring up to ±400g acceleration full scale and from 1.71 to 3.6 V supply voltage. Accelerometers have advanced power-saving features that make them suitable for ultra-low-power applications. These features include low-power mode, auto wake-up function and a FIFO buffer that can be used to store data, thus reducing the host processor loading and system power consumption. The small size and embedded features of ST’s accelerometers make them an ideal choice for wearable applications and where long battery life is required. Part number • Low power consumption and smart ultra-low-power operating modes including Always-on • High resolution: accuracy and stability • Selectable full-scale up to 16g • Smart embedded features for less power hungry systems • Ultra compact devices in packages smaller than 4 mm3 • Advanced digital features Package size (mm) Full-scale typ (g) Noise RMS (mg) Key features LIS2DS12 2 x 2 x 0.86 ±2; ±4; ±8; ±16 0.65** 14-bit, embedded temperature compensation, long FIFO, Smart features and pedometer LIS2DH12 2x2x1 ±2; ±4; ±8; ±16 3 12-bit, ultra low power LIS2DE12 2x2x1 ±2; ±4; ±8; ±16 9 8-bit, ultra low power Note:Only tape and reel versions available ** RMS noise @ 50Hz FS 2g, 14 bit setting Gyroscopes 5 ST’s new digital gyroscopes are a perfect synthesis of accuracy and design flexibility as a result of their unique and patented mechanical structure based on a single driving mass. They offer superior stability over time and temperature, with a noise density lower than 0.01 dps/√Hz for zero-rate level. Key Features • Low power consumption lengthens battery life • Embedded FIFO for smart data storage and power saving • High performance in terms of accuracy, resolution and stability • Ultra compact device Part number L3GD20H Package size (mm) Full-scale typ (g) Noise density (An) typ (µg/√ Hz) Key features 3 x 3 x 1.0 ± 245/±500/±2000 0.011 Embedded FIFO Note: Only tape and reel versions available Digital compasses ST’s digital compasses include combo solutions, with an accelerometer and magnetic sensor integrated in a single LGA package and standalone magnetometer, to give the possibility of designing a solution locating the magnetic sensor in the best position on the board in order to minimize magnetic interference. Key Features • Superior sensing precision combined with low power consumption • Temperature detection for advanced thermal drift compensation • Extended magnetic-scale range • Very small package to address footprint reduction Part number LSM303C Package size (mm) Full-scale typ (g) Magnetic Range(M_FS) typ (Gauss) Noise density (An) typ (µg/√ Hz) Key features LGA-12 (2 x 2 x 1) ±2/±4/±8 16 140 3D accelerometer and 3D magnetometer Note: Only tape and reel versions available iNEMO® inertial modules 6 iNEMO inertial modules integrate complementary types of sensors to offer more compact, robust and easy-to-assemble solutions compared to discrete MEMS products. iNEMO solutions bring motion sensing systems to the level required for the most demanding applications. The new LSM6DS3 6 axes accelerometer and gyroscope offers best-in-class accuracy, stability and resolution ensuring ultra low power always on activity for advanced tracking and smart motion capture. Ultra low power Industry-leading low-power performance for 3A+3G combo Down to 0.6 mA in Always-on mode 20% better than the best alternative solution Ultra small size Tiny size to fit in the smallest, slimmest mobile, wearable and Internet of Things devices 2.5 x 3.0 x 0.83 mm Ultra performing Industry-best resolution for gyroscope and accelerometer Gyroscope rate noise down to 0.007 dps/√Hz typical Ultra capable 8-Kbyte “smart” FIFO memory to batch more data before system wake-up 2 times larger than the best alternative solution Ultra smart Embedded efficient and reliable motion tracking, pedometer and context awareness Saving power and enabling faster system reaction time Ultra scalable Ideal companion for the ultra-low-power STM32 family of microcontrollers The best combination of 6-axis sensor plus sensor hub Pressure sensors BENEFITS ST’s absolute digital output barometer integrates ST’s consolidated pressure sensor with a new fully-molded package to further improve robustness, reliability and moisture resistance while reducing package thickness. Part number • Low-power consumption • Fully-molded package ensure stability in any condition and water resistance General description LPS25H LPS25HB • Ultra-small footprint Package (mm) RMS Noise with embedded filter Supply voltage min-max (V) Current consumption (operating @ high resolution) typ (µA) HCLGA-10L, 2.5 x 2.5 x 1.0 260-1260 hPa absolute digital output barometer 1 Pa HLGA-10L, 2.5 x 2.5 x 0.76 LPS22HB HLGA-10L, 2 x 2 x 0.8 25 1.7-3.6 0.75 Pa 15 Note: a complete list of part numbers is available at www.st.com/pressure Humidity and temperature sensors BENEFITS The HTS221 is an ultra-compact sensor that measures relative humidity and temperature. Housed in a tiny but robust HLGA package (2 x 2 x 0.9 mm), the HTS221 is suitable for wearable and portable devices and all applications where comfort, health and safety might be negatively impacted by humidity and temperature variations. Part number HTS221 • Ultra-small footprint • Low-power consumption to address wearable devices • Allows customized calibration for best design flexibility 7 General description Package Supply voltage min-max (V) Humidity (RH) min-max (% RH) Interfaces Capacitive digital sensor for relative humidity and temperature HLGA-6L 2 x 2 x 0.9 mm 1.7-3.6 0-100 SPI, I2C UV Index Sensors STMicroelectronics' new family of UV Index sensors provides a direct digital output of the ultraviolet index (UVI), the international measurement of the strength of ultraviolet (UV) radiation. Leveraging ST's proprietary technology, UV Index devices are sensitive to UV waves from UV-A (315-400 nm) to UV-B (280-315 nm) wavelengths that are of greatest concern to human health-related effects. The UVIS25 allows the measurement of the UV Index, without the need of a dedicated algorithm to calculate the UV Index, nor specific calibrations at customer manufacturing facilities. Part number UVIS25 General description Supply voltage (Vcc) min-max (V) Interface Package Current consumption typ (µA) Digital UV Index sensor: 0 - 15 UV Index output range 1.7-3.6 I2C; SPI LGA 2.5 x 2.5 x 0.8 10L TRANSP MOLD 10 MEMS microphones Key Features Voice control is a wide spreading trend across many portable applications, making the interaction easier, faster and smoother. It enables fashionable designs by reducing the number of button. • Tiny packages • Low power consumption • High performance • Solution to integrate more sensors in a single package Part number Sensitivity (dBV) SNR (dB) AOP (dB) Supply voltage range (V) Supply current (µA) Dual mode Package (mm) -38±3 64 125 1.6-3.6 150 - RHLGA metal cap 2.5 x 3.35 x 0.98 MP23AB02B TEMPERATURE SENSORS STMicroelectronics’ temperature sensors include both analog and digital temperature sensor ICs. DIGITAL TEMPERATURE SENSORS BENEFITS ANALOG TEMPERATURE SENSORS BENEFITS • One-shot mode for power saving • Ultra small package: UDFN-4L (1 x 1.3 mm) • Dual alarm • Ultra-Low supply current: • Tiny package 4.8 µA typ. • Oper. temperature: -55°C to 130°C • Programmable resolution • Low supply current 8 Package General description I/O Interface Operating voltage min-max (V) Standby current (μA typ) Operating current (μA typ) STTS751 UDFN-6L (2 x 2 mm) 2.25 V low-voltage local digital temperature sensor SMBus/I2C compatible 2.25-3.6 3 15 STLM20 UDFN-4L (1 x 1.30 mm) Ultra-low current 2.4 V precision analog temperature sensor - 2.4-5.5 - 4.8 Part number Signal conditioning ST’s product portfolio contains a comprehensive range of op amps, comparators and current-sense amplifiers. In addition to our broad portfolio of mainstream devices, ST offers a range of high-performance products specifically designed to meet the tight requirements of the wearable market. The main features of our growing portfolio are: • Low power • High precision • Tiny packages OPERATIONAL AMPLIFIERS Key Features Analog sensors need signal transducers to deliver the information for digital processing. ST offers a dedicated set of operational amplifiers suitable for wearable devices with excellent features. • Very high accuracy and stability • Low supply voltage and low power consumption for battery operation • Rail-to-rail inputs and outputs • High tolerance to ESD • Extended temperature range • Tiny packages Part number Number of channels Input offset voltage Input bias (mV) @ 25 °C current (pA) typ 9 Supply current x channel (µA) Supply voltage (V) ΔVio/ΔT (µV/°C) GBWP (kHz) Package (mm) OA1NP 1 0.1 1 0.6 1.5 to 5.5 5 8 SC70-5 (2.0 x 2.1 x 0.9) OA2NP 2 0.1 1 0.6 1.5 to 5.5 5 8 DFN8 (2.0 x 2.0 x 0.75) MiniSO8 (3.0 x 4.9 x 1.1) OA4NP 4 0.1 1 0.6 1.5 to 5.5 5 8 QFN16 (3.0 x 3.0 x 0.9) OA1MPA 1 0.2 1 9 1.5 to 5.5 10 120 SC70-5 (2.0 x 2.1 x 0.9) OA2MPA 2 0.2 1 9 1.5 to 5.5 10 120 DFN8 (2.0 x 2.0 x 0.75) MiniSO8 (3.0 x 4.9 x 1.1) OA4MPA 4 0.2 1 9 1.5 to 5.5 10 120 QFN16 (3.0 x 3.0 x 0.9) OA1ZHA 1 0.1 50 28 1.5 to 5.5 0.01 400 SC70-5 (2.0 x 2.1 x 0.9) OA2ZHA 2 0.1 50 28 1.5 to 5.5 0.01 400 DFN8 (2.0 x 2.0 x 0.75) MiniSO8 (3.0 x 4.9 x 1.1) OA4ZHA 4 0.1 50 28 1.5 to 5.5 0.01 400 QFN16 (3.0 x 3.0 x 0.9) CURRENT SENSORS Key Features Battery and energy management in wearable devices is critical whether for wired or wireless battery chargers or precision current sources from sensors. • Up to 70 V line monitoring • Independent supply and common mode voltages • Selectable gains • Low power Common mode operating range (V) Current consumption (µA) Gain (V/V) Temperature range (°C) Supply voltage (V) Package (mm) CS30 2.8 to 30 165 20 to 100 -40 to 125 4 to 24 SOT23-5 (2.9 x 2.8 x 1.2) CS70 2.9 to 70 200 20 to 100 -40 to 125 2.7 to 5.5 TSSOP8 (6.4 x 3.0 x 1.2) Part number ANALOG SWITCHES In portable devices, switches are used to route a great variety of signals such as audio to speakers/headphones or other signals to and from sensors. ST’s analog switch line-up is meant to cover all the possible signal typologies from audio to USB. Key Features • Ultra-low power dissipation • Low on-resistance • Wide operating voltage range • USB (2.0) high-speed (480 Mbit/s) signal switching compliant • Integrated fail-safe function • Tiny packages 10 Logical function Propagation delay Tphl typ (ns) Supply voltage (V) Supply current (µA) Off Isolation (dB) Package (mm) AS21P2THB Dual SPDT 0.13 1.65 to 4.3 0.2 (max) -78 @ 1 MHz QFN10L (1.8 x 1.4 x 0.5) AS11P2TLR Single SPDT 0.13 1.65 to 4.5 0.1 (max) -75 @ 100 kHz DFN6L (1.2 x 1.05 x 0.5) AS21P2TLR Dual SPDT 0.3 1.65 to 4.3 0.05 -66 @ 100 kHz QFN10L (1.8 x 1.4 x 0.5) Part number Microcontrollers STM32 SMART AND WIDE CHOICE OF SOLUTIONS FOR WEARABLE DEVICES By choosing one of ST's microcontrollers for your embedded application, you gain from our leading expertise in MCU architecture, technology, multi-source manufacturing and support. ST's product portfolio contains a comprehensive stm32 range of microcontrollers, from robust, low-cost 8-bit MCUs up to 32-bit ARM®® based Cortex -M0 and M0+, Cortex®-M3, Cortex®-M4 and Cortex®-M7 Flash microcontrollers with a great choice of peripherals. Leveraging its wide and market-proven portfolio, ST offers a selection of STM32 microcontrollers perfectly fitting wearable devices targeting applications such as: • Wide range of processing • Healthcare and consumer fitness and wellness • RTC with Calendar performance • Low power and energy efficiency • Multiple and flexible power modes • Wide voltage operation range • Batch Acquisition Mode (BAM) • LCD drivers • Serial Audio Interfaces • Medical • Multiple peripherals • Portable infotainment • Advance analog features • Monitoring and safety in Industrial • WLCSP packages • Small and thin UQFN packages In these applications high precision, low power consumption, compact form factor and outstanding performances are a must and ST’s products take into account the needs of the most recent and innovative wearable devices. 8-bit MCUs 32-bit MCUs 11 stm8 Ultra-low-power Mainstream How to make your selection? The ST MCU Finder is a free app for smartphones and tablets, guiding you through the portfolio of more than 600 STM32 and STM8 MCUs, to select the best fit for your application. The selection results can be shared and technical features and documentation can be instantly accessed. An integrated feed provides up-to-date worldwide and local news around STM32 and STM8 MCUs. Supported languages are English, Chinese and Japanese. The ST MCU Finder is currently available on GooglePlay, AppStore and Windows Store. www.st.com/stmcufinder High-performance STM32 – The reference in sensor hubs Key Features • A complete microcontroller offer including ultra-low-power STM32L as well as high-performance and power-efficient STM32F401/411 to address sensor hub applications in smartphones, tablets and wearable devices. STM32 sensor hub microcontrollers enable low power, low latency sensor fusion and implements an innovative Batch Acquisition Mode (BAM) allowing ultra-low-power sensor data acquisition. The application range is wide and covers from simple activity monitoring bands implementing a single accelerometer up to smartphones with 9-axis accelerometer, gyroscope & magnetometer combined with environmental sensor and audio with MEMS microphones. • STM32 sensor hub microcontrollers are available with 3rd party motion processing libraries including Always-on sensor fusion, gesture recognition, activity & sleep monitoring, context awareness and indoor navigation with map matching on both AndroidTM and Windows® platforms. • Cortex®-M0+, M3 and M4 devices • Up to 100 MHz with FPU • Up to 125 DMIPS, 339 CoreMark • Up to 1 Mbyte of Flash memory and 128 Kbytes of RAM • Batch Acquisition Mode (BAM) • Current down to 87 µA/MHz in Run mode • Current down to 300 nA in Stop mode • I2C, SPI/I2S, USB, USART, SDIO • ADC, DFSDM (PDM to PCM) • Down to WLCSP25 to 2x2.2mm Sensors G sensors Gyroscope Compass Proximity 12 I2C (1 Mbit/s) SPI (42 Mbit/s) 12-bit ADC Motion coprocessor Main processor 1.8/3.3 V 1.8 V STM32 I2C (1 Mbit/s) SPI (42 Mbit/s) USB OTG FS Application processor Pressure Ambient light Gesture recognition Micro Context awareness Sensor fusion STM32 Dynamic Efficiency™ Less dynamic power More performance STM32L Ultra-low-power MCUs Indoor navigation STM32 – the reference in advanced graphic user interfaces Enhanced user experience with the Chrom-ART Accelerator™ STM32 high-performance products take full advantage of ST’s proprietary Chrom-ART Accelerator™ to offer advanced graphic capabilities with minimum processing overhead. Through the combination of processing acceleration, rich connectivity and optimized architecture, STM32 high-performance MCUs can handle both the demanding real-time processing and enhanced GUI that would otherwise require even more powerful – and more power-hungry – processors. Key Features • Chrom-ART Accelerator™ enabling efficient 2D copy, transparency effects and pixel format conversion independently from the main CPU • MIPI-DSI controller supporting up to 720 p / 30 Hz resolution • TFT-LCD controller supporting up to XGA resolution • LCD parallel interface supporting 8080/6800 modes • Power efficiency • Maximum integration 13 Support for the most advanced display technology ST introduced the world's first MIPI-Display Serial Interface (DSI) -enabled microcontroller, opening the door to the most advanced displays from the mobile phone industry with higher pixel density and lower power consumption. Efficiently combining the Chrom-ART Accelerator™ and the new MIPI-DSI interface, ST's latest STM32 high-performance microcontrollers enable high resolution and enhanced user experience in the smallest product form factors. Rich graphic ecosystem The STM32 ecosystem offers a large choice of advanced graphic libraries taking the full advantage of the Chrom-ART Accelerator™ and simplifying your GUI design. STM32 – the reference in audio and voice Low-power audio DSP replacement STM32L4 ultra-low-power and STM32F4 Dynamic Efficiency™ product lines combine advanced processing capabilities, outstanding low power consumption and maximum integration to offer the ideal low-power audio and voice solutions for wearable applications. Leveraging ST’s proprietary ART Accelerator™, the two product lines achieve zero wait state execution from internal Flash memory and deliver the full processing capabilities of the Cortex-M4 core running at up to 80 and 100 MHz. The Cortex-M4 DSP instruction set and the embedded floating point unit boost the performance capabilities, enabling advanced audio processing. STM32L4 ultra-low-power and STM32F4 Dynamic Efficiency™ access lines achieve an outstanding 100 µA/MHz power consumption in Run mode and offer a Batch Acquisition Mode (BAM) enabling extended battery life by exchanging batches of data through communication peripherals while maintaining the rest of the system, including the CPU, in power-saving modes. Always-on acquisition (PDM to PCM & signal conditioning) < 410 µA Low-power sound detector • 100/125 DMIPS • DSP & FPU • 100 µA/MHz in Run mode • Batch Acquisition Mode • Maximum integration Voice trigger detection < 22 mA Sub-microwatt acquisition thanks to Batch Acquisition Mode (BAM) 14 Wide range of processing performance, connectivity features and optimized software ST's scalable STM32 microcontroller portfolio offers a wide range of processing performance and embedded SRAM sizes to meet a large number of audio application requirements. In addition, STM32 microcontrollers embed numerous audio interfaces with I2S, TDM and PDM support as well as audio dedicated PLLs to achieve audio accuracy. STM32 microcontrollers also offer rich connectivity features with USB, SDMMC, camera, and display interfaces to meet the requirements for the most advanced applications. Equally important, the STM32 software ecosystem facilitates the development of audio and voice applications by providing optimized internal and third-party audio software as well as hardware kits for prototyping. The software offer includes internal voice and audio codecs with MP3, AAC, WMA, Speex, ADPCM, G711 and G726 support. It also includes synchronization software, as well as audio post-processing solutions with SRC, equalization, bass management, smart volume control and visualization. The STM32 ecosystem also gives access to a wide range of optimized third-party software including voice command solutions. STM32 and STM8 – the references in touch sensing and wireless STM32 and STM8L families: Integrated touch-sensing functions Certain STM32 microcontrollers feature a full hardware touch-sensing acquisition module stm8 l based on self-capacitance technology. These devices include several I/Os (up to 24 channels) for integrating multiple touch keys and providing developers with a single-device solution. 14ch 12ch STM32F3x STM32F0x 24ch 24ch 12ch 14ch STM32L4 STM32L0 24ch Microcontroller-based I/Os internally coupled to touch sensing controller with up to 24 channels 24ch Touch sensing acquisition < 5% CPU load. Based on charge transfer acquisition Free-of-charge software libraries (C source code, firmware examples) Self -capacitance Adapted development tools: STM-STUDIO and STM32CubeMX STM8 - STM32 families: Wireless charging system From basic waveform generation for low-end devices up to complex waveform generation, our MCU mainstream series ensures extreme flexibility for the digital control of the coil. Timers with flexible PWM generation, dead time management or complemented output. • ARM Cortex-M4 + FPU at 72 MHz – 90 DMIPS • From 16 to 512 Kbytes of Flash memory • Mixed-signals: CCM-SRAM, 16-bit ADC ∑∆, HR-timer… • ARM Cortex-M3 at 72 MHz – 61 DMIPS • From 16 Kbytes to 1 MB byte of Flash memory • STM32 foundation: USB, Ethernet, CEC… • ARM Cortex-M0 at 48 MHz – 38 DMIPS • From 16 to 256 Kbytes of Flash memory • Entry-level, cost-sensitive: 32-bit MCU at 32 cents, USB, CAN… • STM8 core at 24 MHz stm8 s • From 4 to 128 Kbytes of Flash memory, plus E2Data • Robust and reliable for basic functions 15 STM32 and STM8 – the references in power management • Entry-level in ultra-low- STM8L family: 8-bit ultra-low-power MCU family The STM8L, based on the 8-bit STM8 core, benefits from our proprietary ultra-low-leakage process, shared with the STM32L family, and features an ultra-low power consumption of 0.30 µA with the lowest power mode. STM32L family: the 32-bit ultra-low power mcu family ST’s ultra-low-power MCU platform is based on a proprietary ultra-low-leakage technology. STM32L0 (ARM® Cortex®-M0+), STM32L1 (Cortex-M3), STM32L4 (Cortex-M4) and the STM8L (8-bit proprietary core) represent a large range of devices addressing devices supplied from batteries or through energy harvesting and grant an optimized cost/performance ratio in all kinds of low-power applications. This ultra-low-power platform with the industry’s lowest current variation between 25 and 125 °C warrants outstandingly low current consumption at elevated temperatures. The MCUs reach the industry's lowest power consumption of 350 nA in Stop mode (with SRAM retention), while maintaining the wakeup time as low as 3.5 µs. The new STM32L4 is the convergence of the ultra-low-power and high performance providing 100 DMIPS with DSP instructions and floating point unit, more memory (up to 1 Mbyte of Flash) and innovative features. DMIPS Performance stm8 l power performance • Targeting cost-sensitive applications • Ultra-low-power market-proven solutions • Best in class in ultra–low-power performance • 32-bit ARM Cortex-M4 + FPU at 80 MHz • From 256 Kbytes to 1 Mbyte of Flash • Lowest power mode + RAM + RTC: 0.6 µA 100 100 • 32-bit ARM Cortex-M3 at 32 MHz • From 32 to 512 Kbytes of Flash 75 • Lowest power mode + RAM + RTC: 1.2 µA 16 26 25 0 • 32-bit ARM Cortex-M0+ at 32 MHz L4 50 5 STM8L 16 L0 32 • From 8 to 192 Kbytes of Flash 33 • Lowest power mode + RAM + RTC: 0.8 µA L1 • 8-bit STM8 core at 16 MHz stm8 l 32 80 MHz • From 2 to 64 Kbytes of Flash • Lowest power mode + RAM +RTC: 0.5 µA STM32CubeMx power consumption calculator wizard With the STM32CubeMX configuration and initialization C code generator, select your chip and configure its peripherals and power supply. Then use its Power Consumption Calculator wizard to define a sequence of steps representing your application and analyze its power consumption and battery life results. 17 Connectivity Wireless connectivity ST’s portfolio offers a variety of wireless ICs and modules to address the needs of designers for their applications. Low-power wireless connectivity represents the key technology for connecting smart objects to the internet and the cloud. As a matter of fact, wireless connectivity is not dominated by one single technology. Depending on application needs or technology constraints, different hardware and software integration requirements must be considered. SPWF01S series of Wi-Fi Modules The SPWF01S series of Wi-Fi modules offers a fast, flexible and affordable Plug&Play solution for integration of 802.11 b/g/n and TCP/IP technologies in IoT devices. The modules integrate a complete TCP/IP stack and a user-friendly application layer that ensures a simple and effective way to use the modules via AT commands. The modules are configured around a single-chip 802.11 transceiver with integrated PA and an STM32 32-bit microcontroller with extensive GPIO support. The modules also incorporate timing clocks and voltage regulators. Multiple antenna options are available. Order code 18 Description SPWF01SA.11 SPWF01SC.11 SPWF01SA.21 SPWF01SC.21 Extended Flash, Integrated Antenna, AT Full Stack Extended Flash, Integrated U.F.I. connector, AT Full Stack Integrated Antenna, AT Full Stack Integrated U.F.I. connector, AT Full Stack BlueNRG-MS Bluetooth Smart network processor Key Features ST’s BlueNRG-MS Bluetooth Low Energy network processor, compliant with Bluetooth 4.1 core specifications, is able to support master and slave roles simultaneously. It is ideal for all applications that need to operate for months or even years while being powered from a small coin cell battery. It also allows easy firmware upgrades in the field through an OTA mechanism, a perfect solution for IoT applications. • Significantly extends battery life • Excellent co-existence performance in crowded 2.4 GHz bandwidth • Single firmware for supporting master and slave roles • Easy firmware upgrades in the field to maintain compliance with future releases of the Bluetooth® specification • Embedded Bluetooth® Low Energy protocol stack: GAP, GATT, SM, L2CAP, LL and RF-PHY • 96 dB of RF link budget RX TX current Operating Standby RX Output Operating current @ 0 dBm Order code volatge current sensitivity power temperature Package typ output (V) typ (µA) typ (dBm) (dBm) (°C) (mA) power (mA) VFQFPN32 BLUENRG-MSQTR 5x5x0.9 1.7 to 3.6 1.7 7.3 8.2 -88 -18 to 8 -40 to 85 WLCSP BLUENRG-MSCSP 2.66x2.56 Companion baluns Part number General description Integrated harmonic filter Insertion loss(IL) max (dB) Operating frequency(f) min (GHz) Operating frequency(f) max (GHz) Package BALF-NRG-01D3 50 Ω nominal input / conjugate match balun to BlueNRG transceiver Y 1.1 2.4 2.5 WLCSP SPBTLE-RF very low power module for Bluetooth® Smart v4.1 The SPBTLE-RF is an easy-to-use Bluetooth® Smart master/slave network processor module compliant with Bluetooth® v4.1. The SPBTLE-RF is designed around ST’s BlueNRG-MS network processor and takes advantage of its enhanced features to create a complete RF platform in a tiny form factor. Integrating radio, antenna, high frequency and LPO oscillators, the SPBTLE-RF offers a certified (ETSI, FCC, IC) solution to optimize the time to market of the final applications and to simplify the RF and wireless design, allowing engineers to concentrate on creating innovative IoT applications. Key Features • E Significantly extends battery life • Master, slave role support • Bluetooth radio performance: • • • • • Embedded ST BlueNRG-MS BQE End-Product qualified (in progress) Tx power: + 4 dBm Rx sensitivity: -88 dBm Link budget up to 92 dB with excellent link reliability • Fully RF certified ETSI Certified FCC ID: S9NSPBTLERF • IC ID: 8976C-SPBTLERF • Operating supply voltage: from 1.7 to 3.6 V • Operating temperature range: -40 °C to 85 °C • • SPIRIT1 RF TRANSCEIVER ST’s SPIRIT1 transceiver is intended for RF wireless-sensor node applications in the sub-1 GHz band, such as Automatic Meter Infrastructure, alarm and security systems, home and building automation, and industrial monitoring and control. It combines excellent receiver sensitivity with a very low current consumption. Additional embedded features include a "Listen-before-talk" with CSMA/CA engine, AES-128-bit data encryption, error correction and detection, FIFO memory blocks, as well as a highly flexible and programmable data packet which contributes to further reducing the computational load of the host microcontroller and the overall system power consumption. SPIRIT1 is designed to operate within the ISM and SRD sub-1 GHz frequency bands namely at 169, 315, 433, 868, and 915 MHz. Several software stacks are available, such as the 6LoWPAN protocol stack enabling low-power devices to participate in the IoT. Key Features • Frequency bands: 150-174 MHz, 300-348 MHz, 387-470 MHz, 779-956 MHz • Ultra low current consumption (9mA RX and 21 mA TX @ +11 dBm) • Excellent sensivity -122 dBm @ 1.2 Kbit/s (1% BER) • ETSI, FCC and ARIB compliant • Wireless MBUS, 6LowPan • QFN 20 4 x 4 package Companion baluns General description Integrated harmonic filter Insertion loss(IL) max (dB) Operating frequency(f) min (MHz) Operating frequency(f) max (MHz) Package BALF-SPI-01D3 50 Ω nominal input / conjugate match balun to SPIRIT1 Y 2 868 915 WLCSP BALF-SPI-02D3 50 Ω / Conjugate match to SPIRIT1 433 MHz Balun Transformer & Integrated Filtering Y 3 390 470 WLCSP Part number 19 Sub-GHz modules 10 mm SP1ML-868 / SP1ML-915 modules The SP1ML-868 and SP1ML-915 are ultra-low-power and fully integrated RF modules operating respectively in the 868 MHz SRD and 915 MHz ISM bands. Thanks to their small compact size, on-board antenna and easy-to-use interface, these modules let you easily add wireless connectivity to your design without requiring in-depth RF experience. They also come with the necessary FCC modular approvals and CE compliance, reducing your time to market. These modules embed a SPIRIT1 RF transceiver with ANTENNA integrated SMPS, an STM32L1 ultra-low-power microcontroller, an FILTER/ integrated filter/balun and a chip antenna. BALUN The UART host interface ensures a simple connection to an external microcontroller STM32L SPIRIT1 using standard firmware with an AT command set for easy RF configuration, data transmission and reception. 14 mm 20 SPSGRF-868 AND SPSGRF-915 modules The SPSGRF-868 and SPSGRF-915 are ultra-low-power sub-GHz modules based on ST’s SPIRIT1 RF transceiver, operating respectively in the 868 MHz SRD and 915 MHz ISM bands. These modules provide a complete RF platform for wireless connectivity in a tiny form factor and include 4 programmable I/O pins and SPI serial interfaces. Being an FCC, IC, and CE certified solution, the SPSGRF series reduces the time-to-market of end applications. Antenna GPIO (3) GPIO (2) GPIO (1) GPIO (0) Vin 1 50 MHz 11 2 10 SP1RIT1 3 Balun 9 4 Filter 8 6 5 7 GND SDN SPLCS SPLMOSI SPLMSO SPLCLK Key Features • 1.8 V to 3.6 V supply - Low power consumption • Output power up to +11.6 dBm • Air data rates up to 500 kbit/s • Operating temperature: -40 to 85 °C • Standard firmware with AT command set, interface via UART for configuration and point-to-point RF data communication Features Applications • Module based on: • AMR (automatic meter reading) SPIRIT1 low-data-rate, low-power sub-GHz transceiver • BALF-SPI-01D3 868/915 MHz balun with integrated harmonic filter • On-board antenna and crystal oscillator • Modulation schemes: 2-FSK, GFSK, MSK, GMSK, OOk, and ASK • Air data rate from 1 to 500 kbit/s • Receiver sensitivity: -118 dBm • Programmable RF output power up to +16 dBm • 1.8 V to 3.6 V supply - Low power consumption • RX: 9 mA, Tx: 21 mA @ +11 dBm • • Home and building automation • WSN (wireless sensor network) • Industrial monitoring and control • Wireless fire and security alarm systems • Point-to-point wireless links Benefits • Add wireless capability to any electronic device without requiring RF experience • Compact size • CE compliant • SPSGRF-915 is FCC-certified (FCC ID: S9NSPSGRF) and IC-Certified (IC ID: 8976C-SPSGRF) Baluns ST's balun tranformers and balanced filters integrate specific complex impedances for the main Bluetooth and Wi-Fi chips offered by major manufacturers. They boost RF performance and simplify RFIC to antenna implementation thanks to its highly integrated technology. Part number General description BAL-CC1101-01D3 BAL-CC25-01D3 BALF-CC25-02D3 BAL-NRF01D3 BAL-NRF02D3 BALF-2690-02D3 Match balun to CC1101 Match balun to CC253x, CC254x, CC257x, CC852x, CC853x Match balun to CC2541 50 Ω nominal input / conjugate match balun to nRF24LE1 & nRF51822-QFAA 50 Ω nominal input / conjugate match balun to nRF51822-CEAA 50 Ω nominal input / conjugate match balun to STLC2690 50 Ω nominal input / conjugate match balun to nRF51822-QFAAG0,\ rnRF51822-QFAB0, nRF51422-QFAAE0 / integrated harmonic filter 50 Ω/ Conjugate match to nRF51822-QFAAG0, nRF51822-QFABB0 balun transformer with integrated harmonic filter BALF-NRF01D3 BALF-NRF01E3 Integrated Insertion Operating Operating harmonic loss(IL) frequency(f) frequency(f) filter max (dB) min (GHz) max (GHz) Y 1.9 0.779 0.928 Y 0.73 2.379 2.507 Y 0.73 2.379 2.507 Y 1.3 2.4 2.54 Y 1.9 2.4 2.54 Y 1.8 2.4 2.48 Package WLCSP WLCSP WLCSP WLCSP WLCSP WLCSP Y 2 2.4 2.54 WLCSP Y 2 2.4 2.54 WLCSP NFC & RFID ST offers a comprehensive portfolio of NFC products, which operate at 13.56 MHz frequency and are based on industry standards: Key Features • Dynamic tags, featuring a reliable EEPROM memory bank, an I C interface and an NFC / • 13.56 MHz based NFC interface • Best-in-class RF performance 2 • I2C, SPI serial interface RFID tag interface • 128-bit password • Transceivers, which support multiple NFC protocols in Reader, Card Emulation and • Reliable EEPROM Peer-to-Peer modes, accessed by SPI and UART interfaces • Energy harvesting (M24LR) • Tags, ideal for wireless handover (Bluetooth or Wi-Fi), feature a user-programmable output (MCU wake-up), counters, data protection (password) ST also offers a large range of evaluation boards, reference drivers and antennas in order to ease the design process Part number RF Protocol RF mode Serial interface Memory size ST95HF ISO14443A/B ISO15693 ISO18092 Reader, card emulation, peer-to-peer SPI 528-Byte RAM buffer CR95HF ISO14443A/B ISO15693 ISO18092 Reader SPI, UART 528-Byte RAM buffer M24LR ISO15693 Tag I2C Up to 64-Kbit EEPROM M24SR ISO14443A Tag I2C Up to 64-Kbit EEPROM ST25TA ISO14443A Tag None Up to 64-Kbit EEPROM 21 GPS/GNSS RECEIVERS Teseo III is a GNSS positioning receiver family supporting GPS, Galileo, GLONASS, BeiDou, QZSS and SBAS systems Key Features • Best in class positioning accuracy • Best stand-by current <10 uA • Small footprint • Smart power management teseo III Part number Voltage supply range Peripherals Options Package STA8090FG 1.6 - 4.3 V #3 UARTs, USB, SPI, I2C, SDMMC, PPS FreeRTOS SDK offer TFBGA99 5 x 6 x 1.2 mm 0.5 mm pitch STA8090WG 1.6 - 4.3 V #3 UARTs, USB, SPI, I2C, PPS GNSS ROM WLCSP77 3.9 x 3.9 x 0.6 mm 0.4 mm pitch Power management High integration combined with a broad IP portfolio, complete system competency and state-of-the-art technology. ST is a leading supplier in power management and mixed-signal ICs for mobile applications, offering a wide range of products from simple power management ICs up to highly-integrated devices that mix power management blocks with advanced analog and digital functionality. LDOs • Wide product selection • Unique bump-less technology allows the smallest form factor DC-DC converters • High frequency high dynamic performance fSW = 6 MHz • Buck-Boost converter with Vout up to 5.5 V Smart reset • Customizable products providing safe and convenient reset 22 Battery management ICs • Advanced embedded features (power path, shipping mode, protection circuit module PCM) • EnFilm™ thin-film batteries Energy harvesting Wireless charging • Energy harvested from PV and thermo-electric generator (TEG) • Smart power management architecture (Boost/Buck-boost based on the available energy source) • TX and RX architectures supported • Compliant with PMA and Qi standards BATTERY Management ST’s battery management devices provide high efficiency, power density and low standby power consumption. Our product portfolio includes complete solutions for battery chargers: switching chargers that offer charge currents up to 1.2 A, integrating in the same chip a fuel gauge function; linear chargers with charge currents from 15 mA to 1.1 A and wireless chargers compliant with PMA and Qi standards. By combining wireless power technology with high efficiency and smart charging, ST creates easier, faster, innovative, ways to power up smartphones, tablets and other mobile devices. Part number L6924D L6924U STBCFG01 STNS01 STWBC STBC02* STBC03* STWLC* General description Single Cell Li Ion battery Charger Single Cell Li-Ion Battery Charger IC for USB port and AC Adapter Switch-mode Single Cell Li+ Battery Charger with OTG Boost, Voltage Mode Fuel Gauge and LDO Li-Ion Linear Battery Charger with LDO Digital controller for wireless battery charger (WBC) transmitters Qi 1.1.2 A11 certified, PMA compatible Li-Ion Linear Battery charger with LDO, Load Switches, Battery Protection and Reset Generator Li-Ion Linear Battery charger with LDO, Load Switches and Battery Protection Dual mode Qi/PMA wireless power receiver Note: * in development Operating Supply Supply temperature current voltage (VDD) Package min max (bat) min max (°C) (°C) typ (µA) (V) (V) -40 85 0.25 2.5 12 VFQFPN 16 2.5 12 Integrated PCM Power path Push button -40 85 0.25 -40 85 10 3.78 5.95 Flip-Chip25 -30 85 6 4.55 -40 105 - 3 5.5 VFQFPN 32 Adjustable VBATT floating voltage -40 85 4 4.55 5.4 Flip-chip30 Fuel gauge -40 85 4 4.55 5.4 Flip-chip30 -40 85 3 - 5.4 20 VFQFPN 16 Feature DFPN 12 3x3 Flip-chip77 User benefit Allows using bare Li-Ion cell batteries without any protection IC Allows system start-up with depleted/dead battery System wakes up without a USB supply / MCU intervention 10 nA shutdown Extends shelf-battery life current Embedded 4 kV No need for external ESD ESD protection protection ICs S-wire Minimal MCU resources allocated Different Li-Ion chemistries can be used and battery aging can be compensated No fuel gauge algorithm is required on the MCU EnFilm™ thin-film battery • ST’s EnFilm™ thin-film batteries are a new concept of extremely thin (220 µm), rechargeable solid-state batteries with fast constant-voltage recharge and a lifetime of more than 10 years or 4000 cycles. • They feature a LiCoO2 cathode, LiPON ceramic electrolyte and a lithium anode, on a 25.7 x 25.7 mm footprint, so are completely safe from risks of burning or explosion. Part number EFL700A39 Dimensions Resistance(R) (Internal) (ohm) Battery type Battery capacity (mAh) 25.7x25.7x0.2 mm 100 Lithium 0.7 Operating temperature min (°C) max (°C) -20 60 Energy harvesting • Energy harvesting from light The SPV1050 takes energy from the environment and converts it into useful electrical energy, thus making a wireless sensor node fully autonomous. The SPV1050 is an ultra-low-power energy harvester and battery charger that captures the maximum energy from a photovoltaic (PV) cell or a thermo-electric generator (TEG). Part number SPV1050 General description or thermal gradient with 90% conversion efficiency over a wide input power range • Boost and buck-boost topologies fitting indoor and outdoor conditions • Maximizes harvested energy with up to 60% energy gain during the charge process • Enhanced battery longevity Input voltage Operating Input duty Regulated (Vin) temperature cycle voltage output voltage min (V) Ultra low power energy harvester and battery charger 0.18 with embedded MPPT and LDOs max (V) min (°C) max (°C) min (V) 8 -40 85 0.18 max min (V) max (V) (V) 8 2.5 5.3 Output Current-Max (IOUT) (A) 0.07 23 Regulator switching Efficiency Disable frequency nom (%) Pin max (MHz) 1 90 No DC-DC oR Point of Load ST’s DC-DC synchronous converters are designed for consumer and portable applications. Buck, buck-boost and boost switching regulators must provide low power consumption, high-efficiency power conversion, and be available in very small packages from standard leadless plastic to flip-chip pure bumped silicon. The switching frequency control loop guarantees high dynamic response with very small inductor size. All products are optimized to work with Li-ion batteries, USB sources or the latest battery chemistries. Feature User benefit Syncronous rectification and high switching frequency PCB Miniaturization with less passive components. Chip coil inductor can be used for ST1S15 Automatic PWM and PSM mode Maximizes efficency over the whole load range Low quiescent current Extends system battery life Programmable output voltage One/two/three pins allow selecting the required output voltage Automatic transition between buck and boost mode Allows using battery over the entire operating voltage range. Low output voltage ripple for noise sensitive systems No secondary stage regulation is needed STBB2/STBB3 By-pass mode Reduced power consumption for long live battery Part number General description min (V) max (V) Output Current-Max (IOUT) (A) Input voltage (Vin) Regulated output voltage min (V) max (V) Quiescent current(Iq) typ (µA) Switching frequency typ (KHz) Package ST1S15 500 mA, 6 MHz synchronous step-down converter 2.3 5.5 1.82 1.82 0.5 45 6000 Flip-Chip 6 STBB2 800 mA 2.5 MHz, high efficiency dual mode buck-boost DC-DC with by-pass mode 2.3 5.5 1.2 4.5 0.8 35 2500 Flip-Chip20 STBB3J 2 A, 2 MHz, high efficiency dual mode buck-boost DC-DC converter 1.8 5.5 1.2 5.5 2 35 2000 Flip-Chip20 2 A, high efficiency single inductor buck-boost DC-DC converter and High Brightness White LED Driver 1.8 5.5 1.2 5.5 2 35 2000 Flip-Chip20 24 STBB3JCC Low-dropout regulator (LDO) ST offers a complete portfolio of high-performance LDOs, with state-of-the-art figures on the key merit parameters fitting into the smallest packages available. ST’s ultra-small, high-performance LDOs are particularly suitable for the latest generation of portable devices Part number General description 200 mA very low quiescent current Linear regulator IC 300 mA low quiescent LD39030SJ current soft-start, low noise voltage regulator 150 mA low quiescent LD39115J current low noise voltage regulator 300 mA very low quiescent current LD39130S Linear regulator IC with automatic Green mode 150 mA low noise high LD59015 PSRR linear voltage regulator 200 mA very low LDBL20* quiescent current Linear regulator IC 200 mA low quiescent LDK120 current very low noise LDO 300 mA low quiescent LDK130 current very low noise LDO 150 mA - ultra low LDLN015 noise - high PSRR linear voltage regulator IC 150 mA - ultra low STLQ015 quiescent current linear voltage regulator 50 mA, 3µA Supply STLQ50 current low drop linear regulator LD39020 Output DC input voltage voltage (VOUT) max (V) (V) Supply Operating Output Adjustable voltage Dropout Quiescent temperature Output current regulated Rejection voltage current tolerance (IOUT) output Ratio (SVR) (VD) nom (Iq) typ min max (%) typ (mA) voltage (@ 10 kHz) (V) (µA) (°C) (°C) typ (dB) Package 5.5 0.8 : 5 200 No 67 0.2 0.5 20 -40 125 DFN4 1x1 5.5 1 : 3.3 300 No 62 0.2 2 20 -40 125 Flip-Chip 4 5.5 1.2 : 3.3 150 No 67 0.09 2 20 -40 125 Flip-Chip 4 5.5 1.2 : 3.3 300 No 65 0.3 1 1 -40 125 Flip-Chip 4; DFN6 1.2 x 1.3 5.5 0.8 : 3.3 150 No 76 0.15 1.8 31 -40 125 SOT323-5L 5.5 0.8 : 5.5 200 No 67 0.2 0.5 20 -40 125 STSTAMP™ 5.5 0.8 : 3.5 200 Yes 36 0.1 2 30 -40 125 SOT23-5L; SOT323-5L; DFN6 1.2x1.3 5.5 0.8 : 3.3 300 Yes 35 0.2 2 30 -40 125 SOT23-5L; SOT323-5L; DFN6 1.2x1.3 5.5 1 : 3.3 150 No 89 0.086 1 35 -40 125 DFN6 2x2 5.5 1.2 : 3.3 150 No 30 0.112 2 1 -40 125 SOT23-5L 12 1.8 : 5 50 Yes 20 0.2 2 3 -40 125 SOT323-5L Note: * in development Smart Reset Key Features ST’s smart reset ICs extend the functional capacity of existing control buttons to give users the possibility of resetting a device, should it be frozen because of any possible misuse. • Choice of a single button or two simultaneous buttons to signal a reset • Support for applications where the battery cannot be removed • Tiny packages Number of reset button Number of power button Reset setup delay typ (sec) Reset pulse width (ms) Supply voltage (V) Package (mm) SR1 1 - (1.5-10) Push button controlled or fixed time 2 to 5.5 DFN6 (1x1.45) SR2 2 - (4-10) Push button controlled or fixed time 1.65 to 5.5 DFN6 (1x1.3) SRC0 1 1 Selectable via ext. capacitor 360 1.65 to 5.5 DFN12 (2x3) Part number 25 User interface Audio amplifiers Key Features ST’s wide audio IC portfolio includes low-power headphone amplifiers specifically designed for wearable devices. • High efficiency • Battery-operated features • Tiny packages • Superior audio quality Part number 26 A21SP16 A22H165M A22H165 Description Channels Output power (W) Supply voltage (V) SNR @ 1 kHz (dB) Stby current (µA) 3 W filter-free class D with standby High-performance class-G headphone amplifier High-performance class-G headphone amplifier with I2C volume control 1 1x3 2 to 6 85 <1 2 2 x 0.25 2.3 to 4.8 100 0.6 2 2 x 0.25 2.3 to 4.8 100 0.6 Package (mm) Flip-chip 9x500u (1.60 x 1.60 x 0.6) Flip-chip 16x400u (1.65 x 1.65 x 0.6) Flip-chip 16x400u (1.65 x 1.65 x 0.6) LED / OLED ST provides monolithic OLED power management devices that add value to new designs by simplifying power-supply circuitry and also maximizing battery life for feature-rich portable products. Yet, ST’s intelligent LED drivers provide the necessary voltage to power multiple LEDs that can be arranged in different configurations. AMOLED Power Supply • World’s best product portfolio • Outstanding electrical performance • • 90% efficiency in worst case TDMA noise control to minimize display flickering LCD backlight • Series and parallel LED configuration powered by linear or switching architectures • Superior brightness control • 1% current matching • High resolution PWM dimming • Full LED diagnostics for service and production Matrix LED drivers • High level of integration with embedded power rail • Adaptive power rail to maximize efficiency • Analog and digital PWM dimming for optimum color calibration • LED failure detection OLED Part number STOD1317B STOD32W General description 170 mA 13 V, high efficiency boost converter + LDO 100 mA triple DC-DC converter for powering AMOLED displays Output voltage Output voltage Quiescent Input voltage (Vout) (positive) variation current (Iq) (Vcc) min (V) (positive) typ (mA) min (V) max (V) typ (%) Switching frequency typ (MHz) Topology Efficiency max (%) Package 2.6 6 13 -1.0, +1.0 1 1.2 Boost cascaded with an LDO 85 DFN12 2.9 4.577 4.623 -0.5, +0.5 - 1.55 Boost + Inverting 92 Flip-Chip 12 LED drivers Output current-Max (IOUT) nom (mA) Output current accuracy typ (%) 5.5 480 7.5 5x24 5.5 120 7 4 Input voltage (Vcc) Part number General description STLED524 Intelligent matrix LED display driver 2.7 STP4CMP Low voltage 4-channel constant current LED driver with charge pump 2.7 min (V) max (V) Switching Number of frequency LEDs max () typ (MHz) LED configuration Package 2.4 Matrix CSP 56 3.4 x 3.0 mm, pitch 0.4 mm - Parallel QFPN 20 3.2 x 1.8 FingerTip touchscreen controllers ST’s FingerTip® family of touch controllers provides true multi-touch capability, supporting unlimited simultaneous touches. These devices represent a marked improvement by providing an optimal mix of low power, small size and highly-precise multiple finger tracking in a single chip. Key Features • Small touch screen size with round or square form factor • Support all types of Touch ITO • Support multi-finger, thick glove, wet fingers and 1 mm passive pen • Ultra-low power for longer battery life • Noise immunity to all sources • High SNR • Scan rate >150 Hz • GPIO for button support • I2C interface • Small and thin QFN 4x4x0.4 mm The latest FingerTip series is available for selected customers for high volume. For more information, contact your ST sales office. REAL-TIME CLOCK BENEFITS ST’s M41T62LC6F real-time clock is the perfect match for wearable devices when size, weight, and power-efficiency matters. It offers a very low frequency error at 25 °C which equates to about 5 seconds per month, an ultra-low power consumption of 350 nA in stand-by, and comes in an ultra-small 1.5 x 3.2 mm package with an embedded crystal oscillator. Part number M41T62 General description Package Ultra low-power serial real-time clock LCC8 (3.2 x 1.5mm) • Ultra-small package Battery supply Data Bus current (nA typ.) type 350 I 2C Supply Voltage min-max (V) 1.3-4.4 with embedded crystal 1.5 x 3.2 x 0.8mm • Ultra-low power consumption 350nA • Timekeeping voltage down to 1 V • Programmable alarms with wakeup functions • +/- 2PPM accuracy by digital calibration • Compatible with Li-Ion battery voltages 27 ESD protection ESD protection devices Wearable devices are by nature vulnerable to ESD. Indeed, they are small integrated devices using ESD-sensitive ICs with thin lithography technologies and in close contact with electrostatic charges that a human can develop in low relative humidity. The risk of ESD damage is then very high. Benefits of ST's current ESD protection devices: • High efficiency of protection with low clamping voltages • Transparency to high-speed signals with ultra-wide bandwidth up to 13 GHz • Flexibility and Integration with single- or multi-line products from 01005 package size • High robustness against surges with capability up to 30 kV • High Ipp versions to combine EOS and ESD in smallest packages Part number Number of lines Directionality Breakdown voltage min (VBR in V) Capacitance line to GND (Cline in pF) Clamping voltage max (VCL @30ns for 8 kV in V) IEC 61000-4-2 min (contact discharge) in kV) Package & size (mm x mm) General purpose ESD protection 28 ESDA5-1BF4 1 Bi-Directional 5.8 45 11 8 ESDALC5-1BF4 1 Bi-Directional 5.8 10 14 16 ESDAVLC6-1V2 1 Uni-Directional 6 5 33 8 ESDALC14-1BF4 1 Bi-Directional 13 22 18 25 ESDALC5-4BN4 4 Bi-Directional 5.5 13 13.9 30 ST0201 0.6x0.3 ST0201 0.6x0.3 ST01005 0.2x0.45 ST0201 0.6x0.3 uQFN-4L 1.0x0.8 High-speed signals ESD protection ESDAULC5-1BF4 1 Bi-Directional 4.8 1.5 11 30 ESDARF02-1BU2CK 1 Bi-directionnal 5 0.25 19 8 HSP051-4N10 4 Uni-Directional 4.5 0.4 13 8 USBULC6-2N4 2 Uni-Directional 6 0.6 17 12 ST0201 0.6x0.3 ST0201 0.6x0.3 uQFN-10L 1.9x1.0 uQFN-4L 1.0x0.8 Vbus and Vbat ESD & EOS protection ESDA7P60-1U1M 1 Uni-Directional 6.8 8 30 SM3Q24A* 1 Uni-directionnal 26.8 32 30 Note: * New product to be released in Q4’2015 ST1608 1.6x0.8 QFN 2x2 EMI filtering EMI and common-mode filters Wearable devices are sensitive to electro-magnetic interference. They are small integrated devices with a high density of components mounted on PCB. The risk of antenna desense and EMI coupling must be mitigated. ST offers a wide range of EMI and common-mode filters (ECMF™) with the following benefits: • Drastically reduce radiated noise and antenna de-sense with unique extra large rejection band or extra deep rejection at selected frequencies • High integration: 1mm2 for 2 differential lines for ECMF™ • High quality of protection with low clamping voltages EMI Filters Target interface Number of lines Number of integrated discrete components EMIF02-SPK03F2 Speaker 2 10 EMIF04-EAR02M8 Audio jack 4 20 EMIF06-USD04F3 Micro-SD card 6 24 Part number Clamping voltage max (VCL @30ns in V) 16.7 V for 30 kV contact surge 9.2 V for 8 kV contact surge 24.9 V for 8 kV contact surge IEC 61000-4-2 min (contact discharge) in kV) Package Package size (mm x mm) 30 WLCSP 0.89 x 1.26 30 uQFN-8L 1.5 x 1.7 8 WLCSP 1.54 x 1.54 29 Common-mode filters IEC 61000-4-2 min Bandwidth Clamping voltage max (contact discharge) (@-3dB) in MHz (VCL @30ns in V) in kV) Package Package size (mm x mm) 8 uQFN-6L 1.35 x 1.60 30 8 WLCSP 1.35 x 0.83 4200 13.1 8 uQFN-10L 1.35 x 2.60 900 N/A N/A WLCSP 1.2 x 0.74 Number of lines Attenuation @ Frequency ECMF02-2HSMX6 2 -20 dB @ 2400 MHz 3200 26.8 ECMF02-3F3 3 -30 dB @ 900 MHz 1800 ECMF04-4HSWM10 4 -28 dB @ 2.4 GHz CMF02-0650A09H3* 2 -20 dB from 600 MHz to 5 GHz Part number Note: * New product to be released in Q4’2015 Design support ST has a wide product portfolio for Wearable applications and provides solution to solve the most complex design challenge: • Single Product Evaluation Boards • Fast prototyping and Development Boards • Solution Evaluation Boards • An affordable software design suite to start with Power Management, Battery Chargers and Analog Filters Product Evaluation Boards ST proposes a wide range of evaluation boards that may be used to perform a comprehensive evaluation of ST's products reducing your development time. These evaluation boards help you evaluate the features and performance of selected products, all of them have published online fully tested schematics, BOMs and Gerber files to facilitate your hardware design. Many, where appropriate, also have demonstration software packages available as well. STM32 Open Development Environment 30 The STM32 Open Development Environment is a fast and affordable way to prototype and develop innovative applications with state-of-art ST components based on the STM32 32-bit microcontroller family and a comprehensive set of functions for sensing, connectivity, power, audio, motor control and more. The combination of a broad range of expandable hardware based on leading-edge commercial products and modular software, from driver to application level, enables fast prototyping of ideas that can be smoothly transformed into final designs. STM32 Nucleo development boards STM32 Nucleo expansion boards STM32 Open development environment STM32Cube software STM32Cube expansion software The STM32 Open Development Environment is compatible with a number of IDEs including IAR EWARM, Keil MDK-ARM, ARM® mbed™ and GCC-based environments. What you want to do Process What we provide Ultra-low power High performance Motion sensors Sense motion, pressure, humidity, & Environmental sensors temperature, distance, light, Proximity sensors sound Microphone Bluetooth Low Energy 4.0 Bluetooth Low Energy 4.1 Wi-Fi Connect Sub-GHz radio wireless or wired NFC Move/Actuate Power/Drive Translate signal conditioning Motor driver Actuator Energy management & battery LED Lighting Audio processing OpAmp Industrial Input/Output Components STM32 L0 - ARM® Cortex®-M0+ ultra-low power 32-bit MCU STM32 F401 - ARM® Cortex®-M4 high-performance 32-bit MCU LSM6DS0 3-axis accelerometer + 3-axis gyroscope & LIS3MDL 3-axis magnetometer, HTS221 humidity and temperature & LPS25HB pressure LSM6DS3 3-axis accelerometer + 3-axis gyroscope (add-on module on X-NUCLEO) VL6180X FlightSense™ proximity, gesture and ambient light sensor MP34DT01-M digital microphone BlueNRG Bluetooth Low Energy (V4.0) network coprocessor BlueNRG-MS based Bluetooth Low Energy (V4.1) Module Wi-Fi module SPIRIT1 RF SPSGRF-915 and SPSGRF-868 modules M24SR Dynamic NFC tag M24LR Dynamic NFC tag NFC Reader L6474 Stepper motor driver powerSTEP01 High power stepper motor driver Microstepping driver, DC motor driver, 2-axes motor driver Protected switches for load ON/OFF control and load/device diagnostic Battery and power management components Single channel LED driver with integrated boost controller High-efficiency digital audio system Operational Amplifiers CLT01 Protected digital termination array and VNI8200XP smart power solid state relay Availability Available Available Available Available Available Available Available Available H2 2015 Available Available H2 2015 H2 2015 Available Available H2 2015 Q1 2016 H2 2015 H2 2015 H2 2015 H2 2015 H2 2015 Wearable Solution Evaluation Board ST is offering also a reference platform for easy development of wearable applications, thanks to its design: compact solution, ultra-low power hardware and firmware features, a complete set of firmware example and turnkey software on host device (i.e. an Smartphone or Tablet). The STEVAL-WESU1* is an Evaluation Board designed to provide a cost effective solution for precise motion sensing. The system is featuring a low power ARM Cortex-M3 microcontroller unit (STM32L151), an iNEMO inertial module (LSM6DS3), a high performance magnetometer (LIS3MDL), a barometric pressure sensor (LPS25HB), a Bluetooth® low energy wireless network processor (BlueNRG-MS) and power management circuitry that allows fast charging and precise energy estimation (STNS01 and STC3115). The connectivity granted by the best in class BlueNRG and supported by the integrated balun (BALF-NRG-01D3) permit to maximize the RF performances with low area occupancy and design effort and pass the RF Test for FCC and IC certification. An Android and iOS APP, available on Google Play and Apple Store, can be used for displaying information sent by the STEVAL-WESU1* through BLE connectivity as well as for setting operative modes. Note: * under development 31 © STMicroelectronics - August 2015 - Printed in United Kingdom - All rights reserved The STMicroelectronics corporate logo is a registered trademark of the STMicroelectronics group of companies All other names are the property of their respective owners Order code: BRWEARABLE0815 For more information on ST products and solutions, visit www.st.com