Basic knowledge of electronic components purchasing -Ameya360 electronic components purchasing website

Trade news

Renesas’ New Four-Channel Video Decoder for Automotive Cameras Enables Economical Surround View Applications

　　Renesas Electronics Corporation (TSE:6723), a premier supplier of advanced semiconductor solutions, today introduced the newest device in its Automotive HD Link (AHL) portfolio that enables automotive manufacturers to deliver high-definition video over low-cost cables and connectors. The new RAA279974 4-channel AHL video decoder processes four input sources simultaneously, making it an economical solution for surround-view and multi-camera applications.　　Renesas’ AHL technology uses a modulated analog signal to transmit video. The frequency is therefore 10 times lower than digital transmission solutions available in the market today (~37MHz vs. >3GHz), making it robust against noise and enabling longer transmission distances (20-30m) with unshielded twisted pair cables and standard connectors. Existing standard-definition analog video cables and connectors can also be employed. Using unshielded twisted pair cables not only reduces cost, but it is also easier to route through the vehicle and offers lighter weight for improved energy efficiency and performance. Digital links such as SerDes require heavily shielded cables and high-end connectors that cost significantly more than those for AHL and may require replacement after five to seven years.　　The RAA279974 completes the AHL family of products which consists of the RAA279971, single channel AHL video encoder and the RAA279972, a single channel AHL video decoder. The RAA279974 is an important addition to the AHL family as most OEMs want to support multiple cameras in vehicles for applications such as surround view parking assistance monitors. AHL can be paired with R-Car Automotive SoCs, RH850 MCUs, automotive PMICs, and analog components to cost-effectively implement numerous safety features in virtually any vehicle. Renesas provides multiple Winning Combinations that combine these components to enable manufacturers to quickly implement pre-tested video designs.　　“Multi-camera safety systems are quickly becoming a must-have feature for many consumers,” said Davin Lee, Vice President of the Analog & Connectivity Product Group. “The AHL system enables our automotive customers to now deliver these features in all new vehicles, including economy models.”　　AHL is robust against noise and offers excellent picture quality. There is no noticeable difference in picture quality when compared to a pure digital video image. Due to the fundamental nature of an analog signal, an AHL video transmission can withstand noise and interference. The picture may degrade slightly, but there will still be a live image to view. With a digital link, any noise/interference will result in a complete loss of picture.　　Key Features of AHL　　Supports resolutions from VGA up to 720p/60 or 1080p/30 for flexibility to implement non-standard vertical resolutions (not just the TV video standard 16:9 resolutions)　　MIPI-CSI2, BT656, & DVP inputs and outputs provide flexible interface to support a variety of image sensors　　AHL does not require compression like an Ethernet system does, so it has no latency in the video　　Requires only 27MHz crystal clock, with internal PLLs able to generate the necessary clock frequencies for higher resolutions, reducing cost　　AHL has passed BCI & CISPR25 EMC/EMI testing using UTP cables　　MIPI-CSI2 output with Virtual Channel allows 4 channels of video to be sent over a single data bus interface to the SoC (saves input ports on the SoC)　　Availability　　The four-channel RAA279974 AHL decoder samples and evaluation boards are available today. Renesas also offers the RTKA279974ZK0000BU Camera Kit Bundle evaluation system which includes four AHL cameras integrated with the RAA279971 AHL encoder. More information is available at www.renesas.com/RAA279974.　　About Renesas Electronics Corporation　　Renesas Electronics Corporation (TSE: 6723) empowers a safer, smarter and more sustainable future where technology helps make our lives easier. The leading global provider of microcontrollers, Renesas combines our expertise in embedded processing, analog, power and connectivity to deliver complete semiconductor solutions. These Winning Combinations accelerate time to market for automotive, industrial, infrastructure and IoT applications, enabling billions of connected, intelligent devices that enhance the way people work and live. Learn more at renesas.com. Follow us on LinkedIn, Facebook, X, YouTube, and Instagram.　　All names of products or services mentioned in this press release are trademarks or registered trademarks of their respective owners.　　The content in the press release, including, but not limited to, product prices and specifications, is based on the information as of the date indicated on the document, but may be subject to change without prior notice.

Key word：

Renesas

Release time：2024-01-25 13:21 reading：1935 Continue reading>>

Trade news

Nidec Instruments Develops a New TiltAC, an Image-stabilizing Module for Smartphone Cameras

　　Nidec Corporation (TSE: 6594; OTC US: NJDCY) (the “Company”) announced today that Nidec Instruments Corporation (“Nidec Instruments”), a wholly owned subsidiary of the Company, has developed a new TiltAC®, an image-stabilizing module for smartphone cameras.　　At present, 1.3 billion smartphones are shipped annually in the world, and almost all of them are equipped with cameras. Since 2019, Nidec Instruments has been supplying to the market TiltAC®, an image-stabilizing module known for preventing image quality deterioration, maximizing lenses and image sensors, and working in conjunction with a gyroscope sensor installed on a smartphone.　　Single-lens reflex and other cameras use the OIS (Optical Image Stabilizer), a method to shift a lens or CMOS (Complementary Metal Oxide Semiconductor) and an image sensor in a direction to cancel out their shake and keep the optical axis at the center of the image. Whereas, smartphones in general employ the EIS (Electronic Image Stabilizer), with which deterioration in image quality has been inevitable due to its mechanism of stabilizing a shot image by digitally cutting out part of it.　　TiltAC®, which uses Nidec Instruments’ uniquely developed technology, utilizes its entire camera module – including everything from its lens to CMOS sensor – as a movable part to detect angular displacement (velocity) with a gyroscope sensor and control the actuator’s movements in a direction to cancel them out, and keep the camera module facing straight toward the subject. This technology prevents digital processing-caused quality deterioration of peripheral areas’ images, and maximizes the CMOS’s performance, enabling the user to take high-quality still and moving images easily.　　With a revised design of its movable sections, this newly developed module enjoys a footprint approximately 11% smaller than that of its existing predecessors, while maintaining their functions and performance. With a growing number of high-end and other smartphone models equipped with multiple cameras in recent years, mobile phone manufacturers had been urging us to miniaturize cameras on their products.　　As a member of the world’s leading comprehensive motor manufacturer, we at Nidec Instruments stay committed to proposing revolutionary solutions that contribute to creating a comfortable society to live in.

Key word：

Nidec

Release time：2023-10-30 14:00 reading：2664 Continue reading>>

Trade news

Panasonic Connect Develops Rugged Outdoor-ready 4K PTZ Camera

　　Panasonic Connect Co., Ltd. today announced that it will release an outdoor-ready PTZ camera, the AW-UR100 in the third quarter of calendar 2023. The new model will combine 4K/60FPS capability and a dynamic image stabilizing system (DISS) for high-precision videography, even in stadiums and other large venues, as well as cropping to reduce the risk of missing fast-developing highlights.　　The camera's rugged design makes it ideal for harsh outdoor environments, such as airports, warehouses and large ocean-going vessels, or for live broadcasting during blizzards, typhoons and other weather event. The AW-UR100 supports many protocols and interfaces for flexible system configuration to expand the possibilities of outdoor video production. It also offers extra functionality to help avoid missed shots and shooting errors for worry-free camerawork in the field, where risks are ever present.　　Demands for live streaming and other video production have sharpy increased in recent years. The live entertainment industry, which was greatly curtailed by the Covid disaster, has seen a surge in hybrid online/offline events. Also, the proliferation of high-capacity, high-speed 5G and ubiquitous video have created demands for new video experiences, expressions and productions, but typically within limited budgets.　　The applications and uses of PTZ cameras have also expanded, requiring rugged housings and added functionality for precision shooting and broadcasting in environments where camerawork can be especially challenging, such as outdoor locations exposed to extreme temperatures or other harsh climatic conditions. Changing workstyles are further accelerating the shift to IP-based remote video production, increasing the need to ensure both video quality and production efficiency in the field.　　In response, Panasonic Connect has developed the new AW-UR100, which combines rugged reliability and high-precision shooting capabilities along with a host of other key features to overcome the challenges of working outdoors.　　Key Features　　High-precision Video Specifications and Functionality　　When shooting from various angles while covering large-scale events in stadiums, at music festivals, etc., content creators must be ready to capture highlights as they occur, often at a moment's notice. The AW-UR100 offers both a 74.1° horizontal wide-angle lens for panoramic pull-backs and 4K/60P compatibility for 24x optical zoom and 10x digital zoom. It also features three types of image stabilization systems for shake-free video: optical image stabilization (OIS), electronic roll correction (EIS) and pan-tilt image stabilization (Dynamic Image Stabilizing System-DISS). Precision video production is assured regardless of the shooting environment, allowing highlights to be captured even from a bird's-eye view in large venues.　　Rugged Design for Reliable Performance Virtually Anywhere　　The AW-UR100 is built to withstand challenging outdoor environments, such as shooting in high-corrosion salt-air locations, including on large ships or in waterfront warehouses, or in other locations exposed to the elements, such as airports or outdoor events subjected to rain, wind, snow or intense sunlight. The body is hermetically sealed to keep out wind-blown dust and sand, and a defroster warms the lens to prevent the formation of frost, ice or condensation in extreme temperatures down to -15°C (-4°F). There is also a convenient wiper to keep the lens clear in wet conditions. In numerous tests simulating diverse outdoor conditions for waterproofing, dustproofing, salt spray and more, the AW-UR100 has proven its rugged ability to perform reliably in a wide range of demanding environments.　　Flexible System Adaptability and Multiple Interfaces　　The AW-UR100 meets a wide range of outdoor shooting needs with its many interfaces for major baseband transmission, such as 3G-SDI, 12G-SDI and fiber, as well as support for various IP protocols including NDI and SRT. FreeD is also supported, making it possible to build AR/VR systems. It adapts readily to existing video production systems as well as shooting conditions, and can be used to record, edit and broadcast in diverse environments for a variety of purposes, further expanding the range of video expression and storytelling outdoors.　　Panasonic Connect, which has been proudly exceeding demands for technological development in the broadcast and camera industries for some six decades, is now committed to reinventing video production with an evolving lineup of advanced, market-leading PTZ cameras and other systems.

Key word：

Panasonic,Camera

Release time：2023-04-03 11:04 reading：2748 Continue reading>>

Trade news

Ameya360:Renesas ASIL B PMIC Suited to Automotive Camera Applications

　　Renesas Electronics Corp.’s RAA271082 automotive power management IC (PMIC) for next-gen automotive camera applications is a versatile ISO-26262 compliant multi-rail power IC with a primary high voltage synchronous buck regulator, two secondary low voltage synchronous buck regulators, and a low voltage LDO regulator.　　The device offers four overvoltage and undervoltage (OV/UV) monitors, I2C communications, a configurable general-purpose I/O pin, and a dedicated reset output/fault indicator. To meet stringent ASIL B metrics, the RAA271082 includes a second independent reference for OV/UV monitors, built-in self-test at power-up, independent OV/UV monitoring, and continuous CRC error checking on internal registers and I2C communications.　　The highly integrated RAA271082 provides a universal power solution for automotive cameras. It is an ideal companion for Renesas’ Automotive High-Definition Link (AHL) technology that enables car manufacturers to deliver high-definition video using low-cost cables and connectors. The new PMIC simplifies power supply design for automotive camera applications requiring functional safety compliance, modules that include surround view/satellite, rearview, driver monitor, and e-mirror. The RAA271082 supports the power requirements of almost any combination of image sensor, image signal processor (ISP) and encoder technology, while also supporting direct-from-battery as well as power-over coax supply.　　In addition to imaging systems, the RAA271082’s high integration and comprehensive safety features make it an excellent solution for 16- and 32-bit automotive MCUs in a variety of applications.　　“Cameras are now an indispensable feature for all new vehicles,” said Niall Lyne, Vice President of the Automotive Analog Power and Video Business Division at Renesas. “Our new PMIC delivers all the functionality our customers need in a compact form factor suitable for almost all automotive camera modules. It is an excellent companion for our AHL solution, recently named as one of the most innovative applications of computer vision technology.”　　Developed on an ISO-26262 compliant process, the RAA271082 PMIC supports system safety goals reaching ASIL B; features high degree of programmability; and provides 1A output current capability per switching regulator to support the growing power demands of the latest generation of high-resolution automotive image sensors. It also supports general-purpose automotive MCUs with integrated reset generation, watchdog timer and programmable GPIO; as well as integrates multiple components and functions to reduce overall power consumption.

Key word：

Renesas

Release time：2023-02-01 11:19 reading：2074 Continue reading>>

Trade news

STMicroelectronics and eYs3D Microelectronics to Highlight 3D Stereo-vision Camera at CES 2023

　　STMicroelectronics and eYs3D Microelectronics will showcase the results of their collaboration on high-quality machine vision at CES 2023 in Las Vegas on January 5-8. Using live demonstrations, the companies will highlight how stereo video and depth camera made from advanced active-coded infrared technology can enhance capabilities like feature recognition and autonomous guidance at mid-to-long working range.　　“STMicroelectronics’ advanced image sensors, using proprietary process technologies, offer class-leading pixel size while offering both high sensitivity and low crosstalk,” said James Wang, Chief Strategy & Sales Officer, eYs3D Microelectronics. “Such high-performance image sensors at a competitive price point enable us to achieve extremely compact system size while ensuring outstanding machine-vision performance. The strong connection we have established with ST increases our confidence to develop new products that will lead the machine vision market.”　　“The collaboration with eYs3D Microelectronics, through their expertise in capture, perception understanding, and 3D-fusion, offers ST additional business opportunities, use cases, and ecosystems addressing demands for stereo vision in applications such as robots, home-automation, home appliances, and many others,” said David Maucotel, Business Line Manager at ST’s Imaging Sub-Group. “While the reference designs showcased at CES are using monochromatic sensors, we can already foresee exciting enhancements and further use-cases using the RGB and RGB-IR versions of our sensors.”　　The CES demonstrations highlight two jointly developed reference designs, the Ref-B6 and Ref-B3 ASV (Active Stereo Vision) video and depth cameras. Both combine the eYs3D CV processor and eSP876 stereo 3D Depth-Map chipset with ST’s global shutter image sensors that provide enhanced near-infrared (NIR) sensitivity. The embedded eYs3D chipset enhances object edge detection, optimizes depth de-noising, and outputs HD-quality 3D depth data up to 60 fps frame rate. ST’s image sensors enable the cameras to output data streams in various combinations of video/depth resolution and frame rate for the best quality depth sensing and point-cloud creation.　　In addition, optimized lenses, filters and a VCSEL active-IR projector source optimize the infrared optical path and maximize immunity to ambient light noise. A specially developed control algorithm turns the IR projector on and o? alternately to permit capturing artifact-free gray scale images. Leveraging this advanced hardware design, the Ref-B6 stereo-video camera achieves a 6-centimeter baseline and 85deg(H) x 70deg(V) depth field of view.

Key word：

STMicroelectronics

Release time：2023-01-05 13:02 reading：3571 Continue reading>>

Trade news

Shipments of Sensing Camera in Automotive OE Market Will Grow by 63% YoY

According to the latest research by TrendForce, the demand for sensing camera in automotive OE (Original Equipment) market will see considerable growth in 2018, driven by the development of smart vehicles in high-end market and the establishment of regulations in the U.S., the EU, Japan and China. The shipments of sensing camera in automotive OE market are expected to reach 121 million units in 2018, a year-on-year growth of 63% compared with 74 million units in 2017.“The soaring demand for sensing cameras is attributed to the development of autonomous driving”, says Yvette Lin, analyst of TrendForce. Driven by advancements in artificial intelligence, communication and sensing technology, many technology companies and traditional car makers have invested in the R&D of autonomous driving. Consumers also show increasing concerns for active safety, which push the demand for advanced driver assistance system (ADAS) and sensors.Currently, car makers adopt different ADAS sensing solutions, including millimeter-wave radar, ultrasonic radar and automotive camera, etc. Particularly, camera-based solutions are gradually accepted by car manufacturers since breakthroughs have been made in image recognition algorithms and capabilities of image processing chips. Camera-based solutions, which can detect the traffic around vehicles through image recognition, are now applied in both cars with ADAS and autonomous-driving vehicles in testing.According to Lin, current mass produced cars with ADAS carry an average of 4 to 8 cameras per car. After the launch of highly-autonomous vehicle in 2020, the number of cameras embedded in each car will increase to 10 to 12. In this trend, major camera manufacturers across the world have been actively deploying in the automotive market, including Chinese companies Sunny Optical and Sunex, Taiwan-based Asia Optical and Calin, and Korean manufactures Sekonix, who have been shipping products to the first-tier car makers.In addition to the development of smart vehicles in high-end market, the establishment of regulations for vehicle safety in the U.S., the EU, Japan and China also drives the rapid expansion of market. Since 2016, forward collision warning (FCW), lane maintenance system (LDW), automatic emergency braking system (AEB), and blind spot detection system (BSD) have been mandatory for vehicles or included in the New Car Evaluation Standard (NCAP) in areas like the United States, the European Union, and Japan. Particularly, China has for the first time included a number of evaluation criteria for active safety in the 2018 version of NCAP. As the largest market of cars in the world, China witnesses increasing demand for sensing camera, which will boost the global market for automotive sensing camera. TrendForce estimates that the shipments of automotive sensing camera will reach nearly 124 million units by 2020.

Key word：

Automotive

Release time：2018-06-13 00:00 reading：1287 Continue reading>>

Trade news

China Startup Packs AI in Camera

　　An ambitious startup in Beijing has started shipping systems using its own designs for machine-learning SoCs. Horizon Robotics ultimately aims to power millions of cars and smart cameras with its AI chips.　　The startup adds fuel to China’s claims that it will take a leading role in machine learning. Horizon’s chief executive sits on the country’s committee driving a national initiative in AI.　　Founded in July 2015, Horizon’s top executives come from AI groups at Baidu and Facebook and the chip division of Huawei. They have received more than $100 million in venture funding from more than a dozen investors including Intel Capital, Sequoia Capital, and Sinovation Ventures.　　So far, the company has shipped two 40-nm chips with custom blocks to accelerate neural-network inferencing jobs for self-driving cars and smart cameras. It is now working on a 28-nm generation and has plans for 16-nm chips. It also develops its own software and cloud service.　　The startup debuted its HR-IPC2143, a high-def security camera using its Sunrise SoC at last week’s International Security Technology Show in Las Vegas. The company claims facial recognition accuracy up to 99.7% for the chip that sports a 50,000-feature library and processes 1,920 x 1,080-progressive video at 30 frames/second while consuming 1.5 W.　　“We designed our own chip because it runs our AI algorithm more efficiently,” said Kai Yu, chief executive and founder of the startup, in an email exchange “Existing chips are not powerful or efficient enough to satisfy AI tasks on the edge.”　　The chip accelerates inference jobs on a variety of neural networks such as ResNet, MobileNet v1 and v2, and Xception by breaking them down into smaller tasks handled by its unique instruction set, said Kai Yu. Before the startup, he founded Baidu’s Institute of Deep Learning in January 2013, which claims that it was the first AI lab in China. He also started Baidu’s autonomous driving project.　　Initially, Horizon is taking on the job of training its own neural nets. Its co-founders include a former chief architect at Baidu, Chang Huang, and a founding member of Facebook’s AI research team, Ming Yang.　　“Our goal is that by 2020, our chips could enable hundreds of millions of smart devices,” said Kai Yu.　　The 28-nm follow-on to the Sunrise chip aims to run at less than a watt and support up to four cameras, sensor fusion, and sparse and binary networks. Its 16-nm successor will handle 4K video and up to 8 cameras. It will also support recurrent and other neural net types while keeping power below 2 W.　　A separate 40-nm Journey SoC now shipping uses a similar machine-learning architecture but is tailored for level-two advanced driver assistance systems. The startup’s chip design operations are run by Feng Zhou, a former principal IC architect at Huawei and a professor at Zhejiang University.

Key word：

AI

Release time：2018-04-20 00:00 reading：1235 Continue reading>>

Trade news

Vision Show: Lights, Cameras, Automation

　　The Vision Show took place this week. It was, you might say, rather "visual" with all those colorful LEDs and lasers, plus lots of motion and cameras to catch it all.　　The exhibit hall at the Hynes Convention Center was roughly divided into components — lighting, embedded computers, cameras, and frame grabbers — and systems for visual inspection and automation. There's nothing dull here, what with all the colorful lights and motion. Here's some of what we saw.　　Advanced Illumination, a company with a long history of LED lighting, had enough LEDs to light up the entire hall. As bright as they looked, the lights were turned down quite low to keep from blinding those who passed by.　　The lights were bright at The Vision Show 2018. Photo by Martin Rowe.　　Technical Sales and Product Specialist Daryl Martin explained how the LEDs are configured and driven. In most cases, the LED arrays consist of parallel-serial circuits driven by current sources. Typically, each serial string consists of six LEDs. Then the strings are connected in parallel, all powered by a current source. But each string will develop a unique forward voltage. "How do you compensate for those differences?" I asked. Martin wouldn't say exactly how that's done other than to say that the best way is to have a separate current source for each six-LED serial string. A circuit such as the one in LED strings driven by current source/mirror shows a simple circuit that compensates for those differences in forward voltage.　　U.K.-based Gardasoft Vison manufactures controllers that drive LEDs with current. The company demonstrated a vision system in which some cereal boxes were illuminated by LEDs driven by the company's controllers.　　In addition to LEDs for lighting, The Vision Show also had exhibits of lasers in assorted colors such as these from New Hampshire-based Laser Components.　　Lasers from Laser Components. Photo by Martin Rowe.　　Sometimes you need LEDs to illuminate large areas, or you need backlighting for signs. This 5-second video shows LED backlighting from TPL Vision that looked even brighter in person, but it's plenty bright here.　　Industrial cameras are the front end of any machine vision system. Connected to desktop, laptop, or embedded computers, cameras capture video where software is then used to look for specific characteristics in an image such as barcodes. But systems can identify almost anything. You can see that in action on some system videos on the next page. Here's a sampling of some of the equipment on display in Boston.　　ixCameras manufactures high-speed, high-resolution cameras. Camera control can be from a PC or tablet. The company's latest 7-Series cameras have CCD sensors capable of 2,048 x 1,536-pixel images.　　An iSPEED 7-Series camera from ixCameras of Woburn, Massachusetts. Photo by Martin Rowe.　　Back-Bone's Ribcage H6PRO camera is attached to a lens and provides connectivity to a computer or tablet, producing mp4 video through a USB-C cable. In the photo below, the camera is attached to a telephoto lens, but the company also exhibited a fish-eye lens.　　Cameras from Back Bone attach to lenses and provide a link to a PC. Photo by Martin Rowe.　　Neosys Technology was one of several Taiwanese companies exhibiting embedded computers. Machine-vision systems often use these industrial computers for image processing and mechanical control.　　Lucid Vision Labs of Richmond, BC, used flowers to show off its latest Phoenix series of GigE cameras. The image below shows the system and flowers above a photo of a monitor screen containing an image of the flowers.　　Camera maker Imaging Development Systems (IDS) uses a mechanical "bug" in a tube to demonstrate its cameras and software. In the 1-min. video below, you can follow it through the tube and see it on a monitor screen. IDS cameras use GigE and USB interfaces to transfer video.

Key word：

Vision Show

Release time：2018-04-16 00:00 reading：1127 Continue reading>>

Trade news

Single-Pixel Camera Mimics Human Eye

　　The smart single-pixel camera mimics the human eye by focusing on the important details in images, such as faces, and allotting lower-resolution to areas of unimportance such as backgrounds. The invention made by researchers at the University of Glasgow (Scotland, U.K.) appears in Science Advances titled Adaptive foveated single-pixel imaging with dynamic supersampling.　　The University of Glasgow has been experimenting with scanning cameras that use a single pixel because of their low cost and the fact that they can more easily target parts of the electromagnetic spectrum inaccessible to megapixel imager chips, namely terahertz and far infrared. But now with the capability of capturing more detail where it counts and fuzzing out areas of little importance, the single-pixel camera should be much more useful to researchers and even lower in cost than before.　　Dumb uniform resolution of pixels leaves a blurry image unless the entire picture is sampled at high-resolution (left) whereas smart spatial resolution (right) in the single-pixel camera allots higher resolution where there are details and falls back to low-resolution where there are no details, thus taking faster shots with less energy expended.　　For their recent experiments, researchers used their single-pixel to scan a 1,000-by-1,000 pixel area, which by modern standard is very low resolution (just 1-Mbyte). However, since the camera picks out the important parts, scanning them at much higher resolution, its performance matched that of a multi-mega-pixel camera.　　The invention team leader was professor David Phillips at the Royal Academy of Engineering Research, a Fellow at the University of Glasgow’s School of Physics and Astronomy. He is now exploring opportunities for industrial and commercial use. His team was building on the prior work of professor Miles Padgett, whose focus was on 3D photos, imaging gas leaks, and penetrating opaque surfaces with optics.　　Get all the details in Adaptive foveated single-pixel imaging with dynamic supersampling".　　Funding was provided by the Engineering and Physical Sciences Research Council (EPSRC) and the Royal Academy of Engineering (RAEng) in the U.K.

Key word：

camera

Release time：2017-04-21 00:00 reading：1288 Continue reading>>

model	brand	Quote
BD71847AMWV-E2	ROHM Semiconductor
MC33074DR2G	onsemi
CDZVT2R20B	ROHM Semiconductor
TL431ACLPR	Texas Instruments
RB751G-40T2R	ROHM Semiconductor

model	brand	To snap up
IPZ40N04S5L4R8ATMA1	Infineon Technologies
BP3621	ROHM Semiconductor
ESR03EZPJ151	ROHM Semiconductor
TPS63050YFFR	Texas Instruments
STM32F429IGT6	STMicroelectronics
BU33JA2MNVX-CTL	ROHM Semiconductor

PART	Quantity*	Target Price
	Quantity MOQ: 1	Target Price $ If not sure, you may skip this
remark

Telephone *	Name
Company
Email