Cypress Envirosystems

Cypress's Bluetooth Low Energy (BLE) or Bluetooth Smart portfolio consists of WICED™ SMART, PRoC™ BLE and PSoC® 4 BLE System-on-Chip (SoC) solutions and System-in-Package (SiP) modules. These are single-mode i.e. Bluetooth Low Energy-only solutions. For dual-mode Bluetooth solutions that support both Bluetooth Classic (i.e. Basic Rate and Enhanced Data Rate) as well as Bluetooth Low Energy (BLE) check out the Bluetooth (BR + EDR + BLE) Connectivity Solutions webpage. WICED SMART The WICED SMART low-power SiP modules and SoCs solutions together with the corresponding Software Development Kits (SDKs) enable easy BLE-based wireless connectivity for any application. Pin-Compatible SoC Families: BCM20732, BCM20736 (Wireless Charging) and BCM20737 (NFC Ready + Security Engine) BCM20738 is a cost-effective SoC family for keyboards and mice SiP Modules: Modules with integrated antenna, crystal & FlashEEPROM and regulatory approvals are available for the WICED SMART SoC families. Modules without antenna and regulatory approvals are also available Several WICED SMART SoCs and modules are supported by the WICED SMART SDK that reduces design cycle time A network of partners across the globe provide engineering services, application-specific design services, kits and modules for WICED SMART SoC. Click here to know more Support for these products is available within the Cypress Community forums at: http:www.cypress.comwicedcommunity PRoC BLE and PSoC 4 BLE PRoC BLE (Programmable-Radio-on-Chip with BLE) and PSoC 4 BLE (Programmable System-On-Chip with BLE) are ARM® Cortex®-M0-based SoC families that offer more integration compared to the WICED SMART SoCs. PRoC BLE includes on-chip Flash (up to 256 KB) and an optional CapSense® controller for touch sensing with up to 2-finger gestures. PSoC 4 BLE offers adds mixed-signal integration with opamps, low-power comparators and Cypress's unique Universal Digital Blocks (UDBs). These families are supported on Cypress's PSoC Creator™ IDE. Datasheet BCM20737 BCM20736 PRoC BLE PSoC 4 BLE BCM20738 BCM20732 Technology BLE BLE BLE BLE BLE BLE Bluetooth Spec. Bluetooth 4.0 Bluetooth 4.0 Bluetooth 4.2 Bluetooth 4.2 Bluetooth 4.0 Bluetooth 4.0 RX Sensitivity -93 dBm -93 dBm -91 dBm -91 dBm -93 dBm -93 dBm Max. TX Power 4 dBm 4 dBm 3 dBm 3 dBm 4 dBm 4 dBm CPU Core ARM Cortex M3 ARM Cortex M3 ARM Cortex M0 ARM Cortex M0 ARM Cortex M3 ARM Cortex M3 FlashEEPROM External External 128256 KB Flash 128256 KB Flash External External SRAM 60 KB 60 KB 1632 KB 1632 KB 60 KB 60 KB Touch Sensing - - CapSense® with Gestures CapSense® with Gestures - - Serial Interfaces 2 UART, 2 SPI, I2C 2 UART, 2 SPI, I2C 2 SPI2 UART2 I2CI2S 2 SPI2 UART2 I2CI2S 2 UART, 2 SPI, I2C 2 UART, 2 SPI, I2C TimersCountersPWMs 4 PWMs 4 PWMs 4 TimersCountersPWMs 4 TimersCountersPWMs 4 PWMs 4 PWMs Universal Digital Blocks - - - 4 - - ADC 10-bit DelSig @ 187 Ksps 10-bit DelSig @ 187 Ksps 12-bit SAR @ 1 Msps 12-bit SAR @ 1 Msps 10-bit DelSig @ 187 Ksps 10-bit DelSig @ 187 Ksps Opamps - - - 4 - - Comparators - - - 2 - - GPIOs 14 40 36 36 40 14 Other Features Security Engine, Infrared TXRX, NFC Pairing Support, Wireless Charging (A4WP), LE Audio Infrared TXRX, Wireless Charging (A4WP), LE Audio LCD Direct Drive, All standard and custom BLE profiles LCD Direct Drive, All standard and custom BLE profiles Infrared TXRX, Keyboard Scanner, Mouse Quadrature Decoder Infrared TXRX Software Support WICED WICED PSoC Creator PSoC Creator Contact Us WICED Product Selector Guide Click Here Click Here Click Here Click Here Click Here Click Here Cypress Modules BCM20737S, BCM20737L BCM20736S, BCM20736E EZ-BLE™ PRoC Modules EZ-BLE PSoC Modules - BCM20732E, BCM20732I, BCM20732S, BCM20732Y Partner Modules Anaren, F1media, Embedded Masters, Zentri Anaren, F1media, Embedded Masters, Zentri - - - - Kit ​BCM9WICED_SENSE2 BCM92073X_LE_TAG4 BCM92073X_LE_KIT ​Partner Kits BCM9WICED_SENSE2 BCM92073X_LE_TAG4 BCM92073X_LE_KIT ​Partner Kits Development Kits Module Evaluation Boards Development Kits Module Evaluation Boards - BCM920732_BLE_KIT Datasheet Technology Bluetooth Spec. RX Sensitivity Max. TX Power CPU Core FlashEEPROM SRAM Touch Sensing Serial Interfaces TimersCountersPWMs Universal Digital Blocks ADC Opamps Comparators GPIOs Other Features Software Support Product Selector Guide Cypress Modules Partner Modules Kit Datasheet Datasheet BCM20737 BCM20736 PRoC BLE PSoC 4 BLE BCM20738 BCM20732 Solutions Automotive Industrial Consumer Products Wireless Microcontrollers (MCUs) Universal Serial Bus (USB) Memory Touch Sensing Power Management Clocks & Buffers Design Support Community Videos Development Kits Quality & Reliability Product Roadmaps Buy & Sample Request Samples Buy Devices Buy Development Kits About Us Investors Careers CORPORATE HEADQUARTERS Cypress Semiconductor Corp. 198 Champion Court San Jose, CA 95134 USA Tel: +1-408-943-2600 CUSTOMER SERVICE SUPPORT +1-800-541-4736 Hours: 8:00AM - 5:00PM (local time) Create a MyCase INTERNATIONAL SUPPORT +1-408-943-2600 United States +1-800-541-4736 Hours: 4:30AM - 1:30PM (pacific time) 7:30PM - 4:30AM (standard time) OTHER REQUESTS Contact Us Report a Website Problem CAREERS INVESTORS © Cypress Semiconductor Corporation. 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USB Type-C is the new USB-IF standard that solves several challenges faced by today's Type-A and Type-B cables and connectors. USB Type-C uses a slimmer connector (measuring only 2.4-mm in height) to allow for increasing miniaturization of consumer and industrial products. The USB Type-C standard is gaining rapid support by enabling small form-factor, easy-to-use connectors and cables with the ability to transmit multiple protocols and offer power delivery up to 100 W – a significant improvement over the 7.5 W for previous standards. USB Type-C Highlights - Brand new reversible connector, measuring only 2.4-mm in height - Compliant with USB Power Delivery 2.0, providing up to 100 W - Double the bandwidth of USB 3.0, increasing to 10 Gbps with SuperSpeed+ USB3.1 - Combines multiple protocols in a single cable, including DisplayPort™, PCIe® or Thunderbolt™ For more information on Type-C technology and its applications, please watch the training video available here. This training video explains the technological advances introduced with the new USB IF’s Type-C Specification. It also shows how USB-Type-C can be designed into practical products. The four applications covered in this video are: host design, cable design, peripheral design and power adapter design. Working prototype of Reference Designs are presented for each application area along with design and debug tools. Cypress’s Type-C controllers are based on Cypress’s PSoC® 4 programmable system-on-chip architecture, which includes programmable analog and digital blocks, an ARM® Cortex®-M0 core and 32 KB of flash memory. This product family is driving the industry’s first Type-C products with top-tier PC makers, enabling them to bring these USB Type-C benefits to market. Cypress has reference designs readily available for EMCA and dongle applications. These are available online and could be used to speed-up our customers design cycle. USB 3.1 Spec (including Type-C)

Since 2002, Cypress’s USB hub controllers have been playing an important part in proliferating USB products. Cypress has built on this experience to bring you the highly interoperable HX3 family of USB-IF certified 4-port USB 3.0 Hub controller. Our hubs offers best in class power and signal integrality; while simplifying board design and making USB 3.0 Compliance easier. Cypress’s HX3 supports comprehensive battery charging features along with advanced features such as ACA-Dock and Ghost Charge™. The HX3 SuperSpeed Hub together with our portfolio of USB SuperSpeed Peripherals offers the best solutions for your next USB 3.0 design

Cypress LED Lighting Driver ICs are cost-effective and highly integrated solutions for consumer LED lighting from retrofit lamps to communication-controlled lamps. High-Efficiency and Flicker-Less LED Driver Solutions for TRIACPWM Dimmable LED Lighting Cypress MB39C60x series is Primary Side Regulation (PSR) LED driver ICs for LED lighting. Using the information of the primary peak current and the transformer-energy-zero time, it is able to deliver a well regulated current to the secondary side without using an opto-coupler in an isolated flyback topology. MB39C60x series supports the retrofit LED lighting applications with TRIAC, PWM, and 0-10 V dimming, improving the conversion efficiency and reducing flicker.

New standard for performance with AUTOMOTIVE TrueTouch® Today´s touchscreen devices face tough environments. With displays becoming noisier and devices being used in harsher conditions, providing high touch performance demands a tougher touchscreen controller. Automotive TrueTouch touchscreen controllers leverage the industry's broadest capacitive touch IP portfolio to deliver a new standard for performance to automotive touchscreens. Best-in-Class Performance from the Leader in Touch The Automotive TrueTouch® family offers solutions for single touch, two-finger touch, and full multi-touch capability for screen sizes up to 15-inches diagonal. TrueTouch controllers deliver a best-in-class user experience: Unmatched Waterproofing Capability Thick Glove and CapSense button support Fast Refresh & Scan Rates Low Power Consumption Excellent Accuracy & Multi-Finger Linearity Unrivaled Touch Leadership Cypress provides the world's broadest portfolio of touchscreen solutions. Our patents cover categories from panel construction and self- and mutual-capacitance sensing to scanning methods, noise immunity, and finger tracking, spanning every major area of touch sensing innovation. Our continued leadership in the touchscreen space means that we respond to new challenges and market trends with truly innovative solutions.

Cypress’s Automotive PMIC solutions are designed to meet the needs of modern ECUs. They are very compact, and are able to tolerate extreme battery voltage fluctuations while providing stable and reliable power. They extend battery life due to their low quiescent current consumption, and they offer features that support System Safety Functions that protect ECU electronics against harsh conditions. Compact, Low-power, Highly Integrated Automotive Power Management Solution Industry-leading compact solution Start-stop systems, along with Load Dump and Cold Cranking conditions, cause extreme battery voltage transients below the voltage that electronic ICs typically utilize. This forces traditional buck type PMICs to use a pre-conditioning filter with bulky, expensive electrolytic capacitors. Cypress’s Automotive PMICs are buck-boost type PMICs that don’t require electrolytic capacitors. Furthermore, they integrate external components such as switching transistors, output voltage setting resistors, and phase compensation circuits. So you get a power management solution that reduces BOM and easily fits into small systems. Tolerate extreme battery voltage fluctuations with stable and reliable power Automobile battery voltages can vary from 3 volts up to 35 volts as specified in ISO16750-2. Cypress’s Automotive PMICs tolerate these voltages, while providing stable and reliable power with minimal undershoot and overshoot. Extend battery life "Always-on" functions such as keyless entry must continuously operate while the engine is off. Cypress’s Automotive PMICs consume very little power on standby and is extremely battery-friendly. Support System Safety Functions ECUs are now used for critical systems. They must be protected against harsh thermal and electrical conditions to ensure proper operation. Cypress Automotive PMICs support System Safety Functions by providing input voltage supervisors, output voltagecurrent supervisors, thermal management, and watch-dog timers to protect ECUs from damage and erroneous operation. Easy-to-design Cypress’s web-based Easy DesignSim™ simulation and verification tool offers users an automated way to quickly iterate their analog circuit design and generate a bill of materials list. Evaluation kits are also available that will help test and evaluate your design. Solutions Automotive Industrial Consumer Products Wireless Microcontrollers (MCUs) Universal Serial Bus (USB) Memory Touch Sensing Power Management Clocks & Buffers Design Support Community Videos Development Kits Quality & Reliability Product Roadmaps Buy & Sample Request Samples Buy Devices Buy Development Kits About Us Investors Careers CORPORATE HEADQUARTERS Cypress Semiconductor Corp. 198 Champion Court San Jose, CA 95134 USA Tel: +1-408-943-2600 CUSTOMER SERVICE SUPPORT +1-800-541-4736 Hours: 8:00AM - 5:00PM (local time) Create a MyCase INTERNATIONAL SUPPORT +1-408-943-2600 United States +1-800-541-4736 Hours: 4:30AM - 1:30PM (pacific time) 7:30PM - 4:30AM (standard time) OTHER REQUESTS Contact Us Report a Website Problem CAREERS INVESTORS © Cypress Semiconductor Corporation. All rights reserved. Back to top

Cypress offers the industry’s highest performance, most secure, low-pin-count Serial NOR Flash Memory. Our broad portfolio makes it easy to find the ideal solution for your embedded system. The industry standard Quad SPI (Serial Peripheral Interface) interface is simple to use and is supported by virtually all modern chipsets. NOR Flash is the ideal memory for code storage in embedded systems due to its fast random read performance. This performance also supports XIP (eXecute In Place) functionality which allows host controllers to execute code directly from the NOR Flash Memory without needing to first copy the code to a RAM. Higher levels of Serial NOR Memory performance have enabled XIP to be used on a wide variety of designs in many applications. Cypress offers the widest range of AEC-Q100-qualified Serial NOR Flash Memory with support for temperatures up to +125°C. PPAP (Production Part Approval Process) support is available for automotive customers. Cypress complements all its products with world class quality and support. Serial NOR Flash Technology MirrorBit®: The Industry's Most Advanced NOR Flash Technology

What is Energy Harvesting? Energy harvesting is the process by which energy is derived from external sources (e.g. solar or light energy, thermal energy, and kinetic energy) and stored for small, wireless autonomous devices like those used in Wireless Sensor Nodes (WSNs). Energy Harvesting Devices (EHDs) provide a very small amount of power for low-energy electronics. Solar modules are the most popular EHDs, since they are readily available, easy to use and low cost. The power generated is proportional to the the size of module and varies with brightness. Piezoelectric and electromagnetic EHDs generate AC power from kinetic energy such as vibration. They can generate large amounts of power with high voltage, but the challenge for these EHDs is to provide a vibration source of constant predictable frequency. Because of this, a typical application for a vibration EHD is attaching to a motor. A thermoelectric generator (TEG) can generate power with high current from heat. Similar to the vibration EHD, you have to ensure a constant temperature gradient for this device to provide usable power. Energy Harvesting Power Management IC (PMIC) An Energy Harvesting PMIC is part of an Energy Harvesting System (EHS) that includes the EHD and a Storage Device. The PMIC receives the intermittent, very low-energy generated by the EHD and transforms that energy for storage in the Storage Device. The Storage Device, which is typically a battery, conventional capacitor, or supercapacitor, then is connected to the rest of the system, providing the power needed to operate.

Easy DesignSim is a comprehensive online design support tool for power circuit designers. With the SIMPLIS simulator, this online design support tool enables power circuit designers to automatically select suitable parts for the printed circuit board according to the inputoutput voltage and load current parameters. It also enables designers to quickly display operation waveforms such as load transient response, startup, shutdown, and efficiency. Get started here: http:www.cypress.comeasy-design-sim FEATURES Easily select peripheral components associated with the inputoutput. Schematic creation: Performs automatic calculation of the parameters for parts that the user can select from a list of commercially available parts. Users may also input parameters directly. High-speed simulation: Displays load transient response characteristics necessary for the evaluation of power supply circuit operations, waveforms at the time of startupshutdown, AC analysis for confirming feedback circuit oscillation margins, and an efficiency graph that shows the conversion efficiency of the power supply. BOM (Bill of Materials) list: Displays a parts list. Users can select a part name, as well as an estimated price from selected parts distributors. Customers may purchase the parts online from some distributors. Summary display: Shows the configurations, parts list, circuit diagram, and simulation waveforms that are downloadable as a PDF file.