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AMERICAS’ EDITION

SEPTEMBER

2 0 15

PRODUCT AND TECHNOLOGY NEWS FROM FUTURE ELECTRONICS

NXP

Are you doing enough to protect your embedded code and data? Introducing the LPC18Sxx and LPC43Sxx Families PAGE 3

ON Semiconductor

AR023Z: High Performance, 1080p HDR Surveillance Image Sensor PAGE 7

Vishay

Automation in the Home PAGE 11

White Paper, Design Note and Technical View PAGES 9, 20, 22 and 23

TABLE OF CONTENTS APPLICATION SPOTLIGHT NXP Are you doing enough to protect your embedded code and data? Introducing the LPC18Sxx and LPC43Sxx Families. 3 Renesas RZ/T1 Real-time Performance for Industrial Drives 4 Renesas Real-time industrial networking begins with R-IN 5 ams TDC-GP30 Ultrasonic Flow Converter 6 Lattice Semiconductor MachX03: The most advanced, cost effective solution to all of your bridging and I/O expansion needs. 6 ON Semiconductor AR023Z: High Performance, 1080p HDR Surveillance Image Sensor 7 Cambridge CMOS Sensors Measure VOCs and CO Levels in the Atmosphere with New Easy to Use Kit 7 8 FLIR FLIR LEPTON® Long Wave Infrared (LWIR) 9 NXP PCT2075 Family of Thermal Sensors for the I2C Bus 10 Infineon ISOFACE™ : Galvanic Isolated 8-Channel High Side Switches for Industrial Control Applications Vishay Automation in the Home 11 TE Connectivity Industrial RJ45/Fiber Optics Push Pull Variant 14 Metal Shell Connector 12 TE Connectivity CLOUDSPLITTER Connector System and Cable Assemblies 12 E-SWITCH The PV Series – Offering One of the Largest Selections of Anti-Vandal Switches in the Industry 13 WECO Don’t Risk Your Solution on Imitations! 13 YAGEO High-Q MLCC for Home Automation 14

Are you doing enough to protect your embedded code and data?

COMPONENT FOCUS Cypress/Spansion Serial NOR Flash Memory – 3V FL Family (16Mb to 1Gb) and 1.8V FS Family (128Mb to 512Mb) 14 Varta CellPac LITE 15 Mean Well The Power to Go Farther: RSP-75~ 3000 Series 15 Susumu 0.01%, 2ppm (TCR) and Unmatched Reliability 16 16 Panasonic PhotoMOS®: Optically Isolated Solid State Relays 17 WAGO 250 Series PCB Terminal Block with PUSH-IN CAGE CLAMP® Connection Technology Nicomatic Connecting You to the World: CrimpFlex FFC & Jumper Cables 17 CUI Inc. Level VI AC/DC Desktop Power Supplies Offer Excellent Active Mode and No-Load Efficiency 18 TE Connectivity New Spin on Twisted Wire Termination 19 BUD Industries DMX – Extruded Aluminum DIN Rail Box 19 DESIGN NOTES Crocus Technology

Sensing Direct or Alternating Current Using Innovative High-Sensitivity Magnetic Sensors

TECHNICAL VIEW Future Electronics

Vulnerable Electronics in a Harsh Environment: What Can Go Wrong? (Part I)

ADS Renesas STMicroelectronics

20 22-23

Get inspired. Get energized. DevCon 2015. Power Your Life and SENSational Seminars

21 24

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To buy products or download data, go to www.FutureElectronics.com/FTM

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Look for the NPI icon to learn about the latest products and technologies available, and buy what you need in engineering quantities.

Most products featured in FTM are available in engineering quantities. For more information or to buy products herein, go to www.FutureElectronics.com/FTM. For immediate access to the WORLD’S LARGEST AVAILABLE-TO-SELL INVENTORY go to www.FutureElectronics.com.

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1.800.675.1619 • www.FutureElectronics.com

Connectivity is at the top of the feature list for most of today’s product designs. And while it brings a world of convenience and services to your customers’ fingertips, connectivity can also open the door to security threats that compromise your application code and

Core

LPC18Sxx: 180 MHz Cortex-M3 LPC43Sxx: 204 MHz Cortex-M4F & M0

Flash (kB)

0 - 1024

RAM (kB)

104 - 282

Advanced connectivity

Hi-Speed USB, CAN 2.0, 10/100 Ethernet, graphic LCD, SDIO, and more

Supply voltage

2.2 - 3.6 V

Temperature range (ºC)

40 to +85 (Flashless) -40 to +105 (Flash)

Packages

BGA100/180/256, LQFP144/208

Data/ message protection

• AES-128 encryption • OTP hardware-randomized storage of AES keys • True random number generator

Introducing the NXP LPC18Sxx and LPC43Sxx microcontroller families with secure messaging and code-protection support. Part of a spectrum of secure connectivity solutions from NXP, both MCU families combine advanced control and connectivity with security features including hardwareaccelerated AES encryption, OTP key storage, a true random number generator, and more. And when seamlessly paired with an NXP A-Series secure element, device integrity can be ensured across untrusted supply chains and networks.

Code protection

• Encryption • Code read protection (CRP) • Secure boot of encrypted firmware image

Make sure you’re doing enough to keep your valuable code and data secure. Learn more at: www.FutureElectronics.com/FTM

Follow us on:

Register at www.FutureElectronics.com/FTM/Register

2

LPC18Sxx and LPC43Sxx Families At-A-Glance

data. In fact, the more interconnected your product is, the more you put these assets at risk. So how can you be sure you’re doing enough to protect them?

For more information or to buy products, go to http://bit.ly/1H6aC25

SECURE CONNECTIONS FOR A SMARTER WORLD

Industrial automation design just got faster.

RZ/T1 Real-time Performance for Industrial Drives Contemporary real-time embedded systems used for servo drives need high-performance architectures to implement field oriented control algorithms that use high carrier frequencies. When this is combined with position loop and is used with trajectory generation, the computational load increases. The processor bandwidth also increases when a second axis of motion is added to the system. Many current MCU solutions run out of processor bandwidth in this application area, and FPGA plus MCU or an FPGA and a soft-core based solution can be used to mitigate this problem. But, this also leads to higher system cost and complexity. Another potential solution to this is to use an MPU with more processor bandwidth. The issue here is that as the CPU clock rises, the memory system cannot keep up and either wait states are introduced or high-speed cache memory is typically used. Cache memory is problematic in a hard real-time system because it lacks the determinism needed for a bounded execution time. A typical application will use more program and data that will fit in cache. If there is a cache miss, the code or data must be loaded from slower memory, and this causes execution times to vary. Typical MPU Engine 600MHz Cortex ARM cores also lack a vectored interrupt controller, which causes the software to R4F CPU do more processing to find the interrupt source and dispatch the proper interrupt Motor plus service routine. The combination of the effects of cache memory and the interrupt Encoder Tightly Coupled Memory controller results in non-deterministic behavior and unbound execution time if I/F (TCM) multiple interrupts occur. Industry Proven Peripherals

Today’s High-speed Real-time Solution

The Renesas RZ/T1 was designed to solve this issue by using a Cortex R4F core (see Figure 1). The R4F core features a nested vector interrupt controller as well as tightly coupled memory (TCM). The vectored interrupt controller will Figure 1. RZ/T1 Processor dispatch to the proper interrupt handler directly through the vector table via hardware, which minimizes the interrupt latency. The TCM is attached directly to the core at the same memory hierarchy as cache memory. The RZ/T1 is an ideal MPU for demanding hard real-time systems because of its low interrupt latency vectored interrupt controller and low jitter as a result of the use of TCM (see Figure 2).

E Multiple network protocols



E

with a single chip

boost with RTOS accelerator

Real-time industrial networking begins with R-IN T

he growing demand to network industrial systems

devices can achieve up to a 5X improvement* in overall

and processes to improve operational efficiencies

network performance using optimized hardware accelera-

and reduce cost, has driven the use of Ethernet-based pro-

tors targeted at reducing packet handling overhead and

tocols such as EtherCAT , CC-Link IE, PROFINET , Ethernet/

RTOS management.

IP™, Modbus® TCP and others. The challenge is in designing a

Win a R-IN! Enter to win a free Kick Start kit today!

®

®

®

cost-effective platform to support these multiple protocols, as well as integrating a highly-efficient processor subsystem to manage complex real-time operation. Renesas facilitates this system-level need with the R-IN32M3 multi-protocol industrial networking platform application-specific standard product (ASSP). Customers

Renesas

integrating the R-IN32M3 into their Figure 2. Deterministic Performance

Interrupt Latency Test Cache 533ns jitter (using cache)

Interrupt Latency Test TCM 200ns jitter (using TCM)

Up to a 5X performance 

Accelerate Network Frame Handling with the R-IN Engine CPU + SW-RTOS R-IN32M3 with R-IN Engine

Protocol MEM operation copy

Header ENDEC

Check Sum

RTOS operation

Hardware-assisted frame processing Protocol operation

Up to 5x Faster!

Key Features ■■ ARM®

Cortex™ M3 CPU at 100MHz

■■ Hardware

accelerators significantly offload from the

main CPU ●● ●●

Hardware Real-time OS Accelerator (HW-RTOS) Hardware Ethernet Accelerators (IP/TCP/UDP Check Sum, Header ENDEC, Buffer manager)

■■ 1.3M

bytes of on-chip RAM

■■ 2-port

real-time Gigabit switch, supports cut-through and store & forward operating modes, as well as support for IEEE1588 PTP and Device-Level-Ring (DLR) protocols

■■ High-speed, ■■ Many

real-time port with dedicated DMAC

peripherals and GPIOs

■■ Supports

multiple protocols including:

■■ Dual-channel

10/100 Ethernet (with dual-channel PHY included**)

µsec

µsec

■■ EtherCAT

or CC-Link IE slave controller on-chip (license free)

*Average result measuring UDP throughput compared to ARM Cortex M3 MCU. **Dual channel PHY is included on the R-IN32M3-EC version only.

To learn more, go to: www.FutureElectronics.com/FTM

For more information, to buy products or to register to win a R-IN, go to www.FutureElectronics.com/FTM

R-IN32M3 Series ASSP

APPLICATION SPOTLIGHT

APPLICATION SPOTLIGHT AR023Z: High Performance, 1080p HDR Surveillance Image Sensor

TDC-GP30 Ultrasonic Flow Converter

The SoC TDC-GP30 significantly simplifies electronics for ultrasonic water meters. It is highly accurate and extremely energy efficient; the TDC-GP30 heralds a new era for a full static measurement method in ultrasonic flow measurement. The integrated 32-bit µP performs mathematically complex and computationally intensive flow calculations with all the necessary corrections in an extremely power-efficient manner, while the external micro-processor is fully relieved of this task. TDC-GPC30 is a new member of the UFC (Ultrasonic Flow Converter) family. The design of new ultrasonic flow meters can be greatly simplified and shortened by the TDC-GP30, allowing manufacturers to develop cheaper, more compact and energy efficient ultrasonic

designs. Additionally, the AR023Z provides interleaved T1/T2 output for those using thirdparty ISP HDR support.

meters. The TDC-GP30 is a System-on-Chip solution with extremely low power consumption, which undertakes all the measurement tasks up to the calibrated output value.

The AR023Z high performance CMOS image sensor is a 1/2.7 inch optical format device with 105dB dynamic range that combines industry leading low-light capabilities with superior near-infrared (NIR) performance targeted for use in advanced video security cameras.

FEATURES • High performance + ultra-low power 32-bit CPU with 4k NVRAM and 4k ROM • Up to 31 multi-hits for flow measurement yield the highest accuracy • Advanced high precision analog part • Transducers can be connected directly to GP30, no external components required • Amplitude measurements of receiving signal for secure bubble, aging and empty spool piece detection • High update rates with very low power consumption of for example 9.5µA at 8Hz

BENEFITS • Lowest power solution for ultrasonic water meters • On-chip firmware allows fastest time-to-market • Best measurement performance for leakage detection APPLICATIONS

To buy products or download data, go to www.FutureElectronics.com/FTM

• Ultrasonic water meters • Ultrasonic heat meters • Ultrasonic gas meters • Industrial flow indicators

CAMBRIDGE

CMOS SENSORS

The CCS_EVK02 evaluation kit from Cambridge CMOS Sensors enables easy testing of, and development with, the CCS80x family of ultra low power metal-oxide gas sensors.

36 WLCSP

49 WLCSP

81 WLCSP

SMALL FOOTPRINT

INFINITELY RECONFIGURABLE

FEATURES • Outstanding low-light performance • Enables quality HD and infrared video • Flexible interface options • High and standard dynamic range capture • Advanced features allow customer flexibility

To buy products or download data, go to www.FutureElectronics.com/FTM

ON Semiconductor provides supporting hardware and software to accelerate product development. Evaluation kits contain everything necessary to build a working prototype with test functionality. For support hardware and software please contact Future Electronics.

Measure VOCs and CO Levels in the Atmosphere with New Easy to Use Kit

The most advanced, cost effective solution to all of your bridging and I/O expansion needs.

LOWEST COST PER I/O

• Security cameras • Home automation • Smart door locks • Doorbells • Home appliances

The complete HDR functionality ensures fast time-to-market for new HDR 1080p camera

MachX03 LOW POWER

This image sensor enables the capture of high definition (HD) 1080p video data at a rate of 60 frames-per-second (fps). It includes integrated support for HDR video, with improved motion compensation, advanced local tone mapping (ALTM), and digital lateral overflow (DLO) to minimize motion artifacts and enhance HDR color reproduction.

APPLICATIONS

2.5 x 2.5mm 0.40mm pitch

3.2 x 3.2mm 0.40mm pitch

3.8 x 3.8mm 0.40mm pitch

Available in amazingly small WLCSP packages from 2.5mm x 2.5mm and BGA packages with 0.5mm and 0.8mm pitch

For more information or to buy products, go to www.FutureElectronics.com/FTM

The CCS801 detects total Volatile Organic Compounds (VOCs), carbon monoxide and ethanol (alcohol) breath analysis, whereas the CCS803 is optimized just for ethanol (alcohol) for breath analysis. Patented CMOS MEMS micro-hotplate technology provides for sensor miniaturization, very low power consumption and very fast response times.

The kit includes a main processor board to which a sensor daughter board for each of the CCS801 and CCS803 may be connected. Also in the kit are: • Windows®-based software (CCS_EV02) for set-up, measurement and logging results • USB-to-mini-USB cable • User guide The CCS_EVK02 evaluation kit’s software supports evaluation of the different modes of operation, DC or pulsed mode. With the software, the user can also select configurations for driving and monitoring the CCS80x devices. APPLICATIONS • Indoor air quality monitoring • Carbon monoxide or toxic gas alarms • Alcohol breathalyzers

FEATURES • 5V, 400mA DC power supply •