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Componentschip.com is a Electronic Components Distributor.

A Detail Introduction Of New Traveo™ MCU Product

2017-07-03 16:00:21 | 日記

Cypress Semiconductor today announced that its new product from the Traveo ™ family of automotive microcontrollers (MCUs) has been sampling to provide secure, high-speed networking for classic dashboard systems. The new MCU family supports the controller's local area network flexible data rate (CAN FD) standard for in-vehicle high-speed networking, allowing mass data to be exchanged between each CAN node. The enhanced security hardware extension (eSHE) support for this series prevents communication with unauthorized electronic control units (ECUs) to protect data from in-vehicle networks. The new MCU family offers more advanced system features, premium sound and graphics, and can drive up to six traditional mechanical instruments, further strengthening the Cypress's leading Traveo series of market coverage.

"Our latest 40nm MCU further expands the industry-leading Traveo dashboard product platform," said Takeshi Fuse, senior vice president, Cypress Automotive. "Simple images from popular cars show our 3D color images for luxury models Show the supply of MCU, the new product line for car manufacturers to provide more choices.The new series for the classic instrument panel applications provide a cost-effective program, with high performance and advanced features, including CAN FD and eSHE standard support to meet the car Market demand for high - speed, high - security in - car networking capabilities.

The new Traveo S6J336xx and S6J337xx series use Cypress's 40nm embedded charge capture (eCT ™) flash memory technology to further improve product performance and reliability. The MCU family is based on the ARM® Cortex®-R5 132-Mhz processor, which integrates 2MB of high-density embedded flash memory for application storage and provides support for 4-bit 32-segment LCD interfaces for basic LCD Display screen. The interface supports up to 480x240 pixel thin film transistor (TFT) displays and is equipped with a sequencer that simplifies instrument display control for displaying simple vehicle conditions such as tire pressure or door opening. In addition, the partial wake-up mode enables the MCU to perform some functions while the kernel is in sleep mode, only when the kernel is awakened to achieve minimum system power consumption. The MCU series also supports on-chip mixing, eliminating the need for an external mixing IC. Cypress offers manufacturers a wide range of product options to make it easy to develop derivative solutions.

The new Traveo MCU also includes the S6J351Cx series designed for body electronics applications. The MCU family also uses Cypress's 40nm eCT flash memory technology, integrated ARM Cortex-R5 132-Mhz processor and 2MB for storage storage for high-density embedded flash memory. It is same with how to use 74hc595 and how to test ds18b20.

The Traveo S6J336xx, S6J337xx and S6J351Cx series are sampling now and are expected to be available in volume production in the first quarter of 2018. The MCU family will offer 144-pin or 176-pin thermal enhanced quad flat package (TEQFP) mode, and more packaging is under development.

Cypress works with a number of leading automotive manufacturers around the world to bring advanced models of luxury models into popular models, including advanced driving assistance systems (ADAS), 3D graphics displays, wireless connectivity, full-featured touch screens and advanced body electronic system. Cypress's automotive portfolio includes the Traveo ™ MCU family, power management IC (PMIC) products, PSoC® programmable system-on-chip solutions, CapSense® capacitive sensing solutions, TrueTouch® touchscreen, NOR flash, F-RAM ™ With SRAM storage and USB, Wi-Fi® and Bluetooth connectivity solutions. The strong portfolio of products is based on Cypress's zero defect and commitment to providing world-class service, as well as the most stringent ISO / TS 16949 quality management system, the Automotive Electronics Equipment Council (AEC) IC and the Production Parts Approval Process (PPAP) Of the industry standard compliance. If you want to learn more information about Cypress Semiconductor, please contact with electronic component distributor.


NXP Semiconductors Launched LPC84x Series

2017-07-03 15:23:21 | 日記

NXP Semiconductors N.V. (Nasdaq: NXPI), the world's leading supplier of microcontrollers, today introduced the LPC84x series. The LPC84x family is the latest addition to the fast-expanded 32-bit microcontroller LPC800 series (based on ARM® 30MHz Cortex®-M0 +) to balance power, performance and price to meet the needs of the market for simplifying and accelerating development Design becomes more intelligent, low cost and high efficiency.

"We are very excited about our cooperation with our customers and the LPC84x series," said Geoff Lees, senior vice president and general manager of NXP's business and microcontrollers business line. Compared to the aging proprietary 8-bit MCU, the new The series further extends the LPC800's unique innovative features. "

The LPC84x family of innovations is based on a unique approach that allows devices to be configured without CPU intervention to further enhance the integrated energy efficiency and provide greater flexibility for developers. After power-up, the fast access type initialization memory (FAIM) allows the LPC84x microcontroller's clock to start in low frequency mode to minimize start-up current consumption. In addition, the input / output (IO) port can immediately start and achieve the desired configuration, avoiding any potential termination problems with connected devices such as MOSFETs.

In the LPC84x series, the LPC845 offers an additional flexible capacitive touch sensing solution that works in sleep or deep sleep mode with very low power consumption. The LPC845 solution can handle up to nine capacitive buttons (such as sliders, knobs, or button matrices) in different sensor configurations and implement other functions by supporting software libraries and tools, including automatic calibration, in a noisy or humid environment Get the best performance, reduce the error trigger. Evaluation kits and packages are available from the third quarter of 2017.

NXP's LPC800 series is highly successful in the world, and the LPC84x series continues to maintain industry-leading excellence on the basis of its powerful 32-bit configurable timer and PWM, advanced DMA, independent serial interface and patented IO switch matrix, Any peripheral function can be assigned to any of the 56 GPIOs to achieve a low cost PCB. The rule is same with these two, how to program atmega328p and how to test cr123a batteries.

NXP's new LPC84x MCU family enables developers to implement 64KB of integrated flash and 16KB SRAM plus a 12-bit ADC, two 10-bit DACs and an optional output self-oscillating oscillator (FRO) to further expand the LPC800 series, Supports feature-rich entry-level MCUs at the price of 8-bit MCUs. Customers will benefit from the higher integration of the LPC84x family in monitoring, data acquisition, sensing, real-time control and graphical interface for basic control and interconnection tasks in a variety of consumer, industrial and emerging networking applications.

The LPC84x MCU family is available from June 20, 2017, including devices, peripheral drivers, sample software and tools, LPCXpresso845-MAX Development Board (OM13097) with LQFP64, LQFP48, HVQFN48, HVQFN33. If you want to learn more information about it, you can contact with the electronic component distributor.