Ameya<span style='color:red'>360</span>:GigaDevice GD32F470 High Performance Microcontrollers
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Ameya360:GigaDevice GD32F470 High Performance Microcontrollers

　　GigaDevice GD32F470 High-Performance Microcontrollers (MCUs) offer high performance, real-time processing, and high storage capacity. These MCUs are fully compatible with GD32F450/F407/F405 products, providing improved performance. The GD32F470 High-Performance Microcontrollers come with rich peripheral interfacesand enhanced security functions of the GD32F4 series.　　FEATURES　　Up to 240MHz maximum speed performance　　512KB to 3072KB flash memory　　768K RAM　　256KB to 768KB SRAM　　BLOCK DIAGRAM
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Release time：2023-02-21 11:35 reading：3212 Continue reading>>
Ameya<span style='color:red'>360</span>:Baiwei introduces industrial wide temperature DDR4 SODIMM
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Ameya360:Baiwei introduces industrial wide temperature DDR4 SODIMM

　　Baiwei industrial wide temperature DDR4 SODIMM (Small Outline DIMM) memory module conforms to JEDEC standard design, using high-quality original DRAM wafers, after rigorous performance and reliability testing, can work stably in the temperature range of -40℃~85℃, speed up to 3200Mbps, Suitable for all kinds of small industrial computers, monitoring equipment, automation and embedded systems.　　Focusing on 5G base stations, edge computing, AI equipment, vehicle-mounted applications, industrial control security and other fields, more and more industrial applications and equipment have put forward higher requirements for storage solutions: In a long time of high-speed computing and strict operating environment, storage products must have high stability and reliability, and must also be adapted to extreme temperature changes, dust resistance, shock resistance, shock resistance, vulcanization resistance and other tests to maintain high durability and long service life. Recently, Baiwei launched industrial wide temperature SODIMM memory strips to enable a variety of industrial applications under harsh environmental challenges.　　The product has the following characteristics:　　01　　Strict medium screening + high and low temperature test, wide temperature operation without fear of inflammation and cold　　In order to make the product work at -40℃~85℃, Baiwei has made strict wide temperature screening of the wafer particles to ensure the consistency of the product; For the finished product, strict high and low temperature repeated testing is carried out to ensure that the product can operate stably in various temperature environments such as high temperature, low temperature, high and low temperature changes, and not afraid of the influence of outdoor temperature difference between day and night and seasonal changes, so as to ensure the stability of the product in extreme environment.　　02　　Bottom filling + anti-vulcanization + three anti-paint coating, stable, reliable, strong and durable　　For some high intensity vibration environment, Baiwei can provide IC bottom filling technology, improve the reliability of products under high pressure, high impact, high vibration; For high temperature, high humidity, high pollution and other sulfur gas concentration environment, the memory module will occur vulcanization and affect the function of the parts, in advance to prevent curing, to ensure the normal operation of the module; With three anti - paint coating, can further ensure the durability of the product to adapt to the industrial application of equipment longer replacement cycle.
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Release time：2023-02-20 17:16 reading：2800 Continue reading>>
Ameya<span style='color:red'>360</span>:Nidec-Shimpo Launches Drive Modules for AGVs and AMRs
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Ameya360:Nidec-Shimpo Launches Drive Modules for AGVs and AMRs

　　Nidec-Shimpo Corporation “Nidec-Shimpo”) announced today that is has newly added direct-current (DC), 24V modules to its product lineup of drive modules for automated guided vehicles (“AGVs”) and autonomous mobile robots (“AMRs”) currently on sale.　　As demand increases for automated and labor-saving warehouses in logistics, manufacturing, and other industries, the AGV and AMR businessis growing continuously, with the scale of its market forecast to grow from US$3 billion in 2021 to more than US$18 billion in 2027.　　The newly launched 24V drive modules, which are additions to the lineup of existing DC, 48V products, can be used with the same voltage (DC 24V) used for many peripheral devices. At the drive sections of these new modules are the compact and low-noise reducers, which are Nidec-Shimpo’s specialty and apply the technology for helical gears, with two allowable load capacities of 250kgf and 650kgf. Each driver of the products can control two dual-axis motors, is 60% the size of their predecessors, and thus contribute to the creation of smaller and lighter AGV & AMR units. For the interface with an upper controller, the newly launched modules have in them the CAN (Controller Area Network) communication function in addition to RS-422, another communication function used frequently for factory automation equipment.　　Nidec-Shimpo stays committed to providing various business fields with high-industrial-efficiency machines based on its reducer- and continuously variable transmission-originated knowhow, to contribute to a variety of markets.
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Release time：2023-02-20 15:47 reading：3389 Continue reading>>
Ameya<span style='color:red'>360</span>:New-Generation RL78/G22 MCU Delivers Inexpensive and Highly Functional Sensor Solutions
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Ameya360:New-Generation RL78/G22 MCU Delivers Inexpensive and Highly Functional Sensor Solutions

　　Due to the diversity of lifestyles, current products are expected to have high accessibility and advanced system control for various users and environments. This results in the need for a high-performance CPU and a sensor system capable of detecting various materials.　　There are many applications that use inexpensive sensors (photosensors), as well as expensive sensors (piezoelectric sensors and ultrasonic sensors) to detect material. Photosensors are easy to use and can be installed in various places in the equipment. However, accumulation and adhesion of dust can cause erroneous detection and deterioration. In addition, it can complicate the assembly due to the routing of data lines and power lines.　　The capacitive sensor embedded in the RL78/G22 can perform detection without direct contact, making it possible to create a system that is less susceptible to dust, etc., and solve problems with sensors depending on the usage environment. Furthermore, with the sensor built into the MCU, a system can be constructed using only electrodes.　　A capacitive sensor measures the amount of charge generated between an electrode and material. Since the amount of electric charge changes in ratio to the dielectric constant of material, it is generally affected by material with a higher dielectric constant than the dielectric constant of air. Therefore, it can detect various objects such as human body, water, oil, glass, plastic, paper, and metal.　　The RL78/G22 Fast Prototyping Board (FPB) makes evaluating microcontrollers and has touch button/touch slider electrodes that can be used to easily evaluate capacitive sensors too.　　The following demonstration shows how to use the touch button electrode in the FPB to detect material (water, powder – chalk).　　RL78/G22 Fast Prototyping Board Capacitive Touch Material Detection Demo Overview　　The state change inside the container is measured with a capacitive sensor (mutual capacitance method).　　RL78/G22 Fast Prototyping Board (FPB) Material Detection Demo - Mutual Capacitance　　Demo procedure　　1.Connect PC and FPB　　2.Electrode settings with e? studio and QE for capacitive touch　　3.Bring the FPB electrode into contact with the container, and pour water or chalk into the container.　　4.Monitor with QE for capacitive touch
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Release time：2023-02-20 15:40 reading：1871 Continue reading>>
Ameya<span style='color:red'>360</span>:Space-saving Chip Ferrite Beads for Automotive Noise Suppression
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Ameya360:Space-saving Chip Ferrite Beads for Automotive Noise Suppression

　　Murata has broadened its portfolio of chip ferrite beads with the introduction of the BLM15PX_SH1 and BLM15PX_BH1 series. Supplied in a 1005 mm (0402 inch) size, these compact and rugged units are highly optimised for automobile deployment. They present engineers with the industry’s first power supply line noise suppression components in this size format. Current rated versions of 900 mA to 3000 mA are available, with impedance figures at 100 MHz of 33 Ohms to 600 Ohms being covered.　　With mechanical systems inside vehicles being replaced by electronic ones, plus increasing levels of data acquisition being witnessed, suppression of electro-magnetic interference (EMI) noise emanating from power supply lines is recognised as a vital element of modern automobile design. The number of sensors and cameras being incorporated into vehicles is increasing dramatically, in order to support ADAS and eventually autonomous driving, and the integrity of the data captured by these devices needs to be maintained while it is transported to and from the relevant ECUs.　　The inherent robustness of Murata’s AEC-Q200 qualified BLM15PX_SH1 and BLM15PX_BH1 series make these chip ferrite beads highly suitable for use in uncompromising automotive environments. The low DC resistance characteristics of these components (down to 0.022 Ohms Max.) helps to mitigate the power losses experienced and keeps associated heat generation to a minimum. The BLM15PX_SH1 series supports an operational temperature range of ?55°C to +125°C with the BLM15PX_BH1 series supporting an even greater range of ?55°C to +150°C.　　“Engineers need to ensure that high degrees of noise control have been implemented, so that in-vehicle infotainment and driver assistance functions will not be impacted,” states Tomohiro Yao, EMI Division, General Manager of Marketing & Promotion Department, at Murata. “The BLM15PX_SH1 and BLM15PX_BH1 series set new benchmarks when it comes to noise suppression, delivering performance capabilities that would normally only be possible with much larger components.”
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Release time：2023-02-20 15:37 reading：2010 Continue reading>>
Ameya<span style='color:red'>360</span>:TAIYO YUDEN launches scent sensor
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Ameya360:TAIYO YUDEN launches scent sensor

　　In this paper, we will introduce the odour sensor products developed by solar inductive electricity to meet the market demand.　　Solar induction has developed three transducers for high sensitivity induction. High concentration end adopts QCM type, low concentration end adopts MEMS semiconductor type. An FBAR converter is also prepared.　　Features & Advantages:　　Odor visualization　　Induction film material technology　　Film forming technique　　Radio frequency communication device technology　　Development lineup of high sensitivity converters　　QCM　　MEMS　　FBAR　　graphene　　Solution:　　Create a comfortable space　　Breath prevention test　　Dangerous goods detection　　Food management use
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Release time：2023-02-17 14:06 reading：4798 Continue reading>>
Ameya<span style='color:red'>360</span>:Nordic Expands PMIC Portfolio
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Ameya360:Nordic Expands PMIC Portfolio

　　Nordic Semiconductor is adding three new product variants to its nPM1100 power management IC product range. Until now, the range has only been available in an ultra-compact 2.1-by-2.1mm chip-scale package (CSP) form factor.　　The first new variant comes in a more mainstream 4-by-4mm QFN component package. CSPs are an absolute requirement for products defined by extreme size constraints. However, when this is not a factor, QFNs allow for easier and cheaper manufacturing as well as simplified design, development, and verification. QFNs also offer greater thermal and vibration robustness compared to CSPs.　　The second and third new nPM1100 variants support higher maximum (termination) battery charging voltages (VTERM) that are required to fully charge certain types of lithium-ion cells commonly used in portable wireless products. These variants will also be offered in either a CSP or QFN package.　　Termination voltage is the maximum voltage a battery should reach during charging. It is used by the battery charger circuit to switch from constant current charging to constant voltage charging and is ultimately used to determine when a battery is fully charged, and so when to stop charging.　　All Nordic nPM1100 variants require no configuration software to operate as all settings are pin configurable.　　“Chip-scale packages are amazing in their miniaturization,” said Geir Kjosavik, Product Director PMIC at Nordic Semiconductor. “In its smallest CSP configuration, the nPM1100 solution only takes up 23mm2 of board space including passive components. However, the product’s ultra-high power management efficiency and ease-of-use bring tremendous value to battery-powered applications where space constraints are not so strict, and so the use of a QFN package is often preferable.”　　Kjosavik said the previous nPM1100’s maximum termination voltage was below that of some increasingly popular lithium-ion batteries used in wearable products. The new nPM1100 variants with higher termination voltage will now maximize the application range and power optimization potential of Nordic’s power management ICs to all portable electronics products.　　The all new nPM1100 product variants are in volume production and available to order now. A new version of the existing evaluation kit (nPM1100 EK) for evaluating the higher termination voltage will be available end of Q1 (nPM1100 EKHV).
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Release time：2023-02-17 13:59 reading：3198 Continue reading>>
Ameya<span style='color:red'>360</span>:Li-ion Battery Material Prices Drop in January Amid Slowing Growth in Chinese NEV Market
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Ameya360:Li-ion Battery Material Prices Drop in January Amid Slowing Growth in Chinese NEV Market

　　There was an across-the-board decline in prices of upstream (raw) materials for lithium ion (Li-ion) batteries in January as participants in the industry chain in China were focusing on inventory consumption, according to TrendForce. The decline was especially significant for upstream materials related to cathodes, cathode materials, and battery electrolytes.　　The average price of lithium carbonate, which is the most costly among the upstream materials related to cathodes, fell by 12% month-on-month (MoM). Lithium hydroxide also suffered a price drop, but the demand for this material was bolstered by orders from regions outside China. Compared with lithium carbonate, lithium hydroxide experienced a more moderate price slide. Nevertheless, the average prices of battery-grade lithium carbonate and lithium hydroxide both dipped below Rmb500,000 per metric tons. Turning to electrolytes and related upstream materials, the average price of LiPF6 (lithium hexafluorophosphate) fell by 11% MoM for January. This, in turn, caused the average price of electrolytes to drop by 11~15% MoM for the same month.　　TrendForce points out that China initiated the phase-out of its NEV (new energy vehicle) subsidy at the start of 2023. Other regions of the country have introduced other subsidy policies in the hope of stimulating consumption, and the preferential rate for the purchase tax on NEV purchase has been extended to the end of 2023.　　However, a significant portion of Chinese consumers’ demand for new vehicles was expended in 4Q 2022 when the country saw energetic promotional activities that aimed to spur NEV sales. Moving into this first quarter, the Chinese car market has been affected by the low season. On the whole, NEV sales in China has slowed down recently and thereby caused a general decline in prices of upstream materials for Li-ion batteries. On the other hand, the drop in material prices has reduced some of the cost pressure on the manufacturing of Li-ion batteries.　　Regarding price trends of NEV power battery products in China, prices of battery cells on the whole fell by about 1% MoM for January. Various cell types including ternary cells and prismatic LFP (lithium iron phosphate) cells experienced a MoM decline of 1~2%. TrendForce projects that their prices will go down further in February.　　In the market for energy storage battery cells, most products are LFP cells, and their prices fell by 2% MoM for January to reach the average of Rmb0.94 per watt-hour. Also, due to the policy support that the Chinese government has been providing for the development of energy storage technologies, the demand for Li-ion energy storage batteries is expected to rebound slightly going forward. Prices of energy storage battery cells are currently projected to remain mostly flat or drop a bit for 1Q23.　　Lastly, looking at Li-ion battery cells for consumer electronics, the average price of LCO (lithium cobalt oxide) cells in China came to around Rmb9.9 per amp-hour in January. Transactions were low in the market for consumer batteries due to the slumping demand for electronic devices. Furthermore, prices of the upstream materials for LCO cathodes kept sliding.　　Looking ahead, the market for LCO materials is expected to remain weak in the short term, it will witness a further price decline in February.
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Release time：2023-02-17 13:58 reading：1916 Continue reading>>
Ameya<span style='color:red'>360</span>:STMicroelectronics Recognized as Top 100 Global Innovator 2023
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Ameya360:STMicroelectronics Recognized as Top 100 Global Innovator 2023

　　STMicroelectronics has been named in Clarivate’s Top 100 Global Innovators 2023 list, in recognition of the company’s efforts in R&D and innovation.　　“Innovation is at the core of value creation and competitive advantage for our company.  It enables us, together with customers and partners, to create unique technologies and products that provide solutions for a more sustainable future,” said Alessandro Cremonesi, Executive Vice President, Chief Innovation Officer, STMicroelectronics. “Being recognized as a winner of the Top 100 Global Innovator Award for the fifth time demonstrates the quality of our R&D, and the excellence of our teams and their creativity.”　　In 2022, ST invested 12% of its revenues in R&D, has over 9,000 R&D employees, and engages in extensive collaboration with leading research labs and corporate partners throughout around the world. The company’s Innovation Office focuses on connecting emerging market trends with internal technology expertise to identify opportunities, be stay ahead of the competition, and lead in new or existing technology domains.　　“At Clarivate, we aim to bring clarity to the complex. Our focus is to pore over what humanity knows today and to put forward the insight that explores all possible horizons; that enables transition and transformation. We acknowledge the Top 100 Global Innovators 2023 – companies and organizations that know that innovative ideas and solutions to current challenges not only bring rewards to their businesses but foster genuine improvements in society,” Gordon Samson, Chief Product Officer, Clarivate, said.　　This year’s report marries insights from Clarivate on inventive activity and scientific discovery to better track the flow of modern innovation—to identify the 50 research organizations most often cited by the Top 100 Global Innovators 2023. These are global institutions whose intellect underpins the design of engineered solutions.
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Release time：2023-02-17 13:55 reading：2313 Continue reading>>
AMEYA<span style='color:red'>360</span>:NOVOSENSE at Automotive World 2023
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AMEYA360:NOVOSENSE at Automotive World 2023

　　NOVOSENSE Microelectronics, a highly robust & reliable analog and mixed signal IC company, announced that it will showcase technologies and products for automotive electronics solution at Automotive World 2023, one of the world's leading exhibitions for the advanced automotive technologies, on January 25-27 in Tokyo, Japan. During the exhibitor’s seminar, NOVOSENSE engineer will give presentation about semiconductor solutions for automotive applications on Jan 27.　　Comprehensive Automotive Electronic Solutions Enabled by NOVOSENSE　　At this exhibition, NOVOSENSE will present products of isolator, interface, power driver, current sensor, pressure sensor etc., which can be applied in such applications as OBC/ DCDC，PDU, thermal management, battery management system (BMS), inverter/powertrain, automotive lighting, body/vehicle (domain) control and other automotive electronic solutions for electrified vehicle (xEV).　　High-performance, Robust, Reliable Products and Service Provided by NOVOSENSE　　Since 2016, NOVOSENSE has started to develop automotive-qualified products. With mature chip-development capabilities, abundant experience in mass production and quality assurance, NOVOSENSE is committed to providing high-performance, robust,  reliable products and service for automotive OEM and Tier1 manufacturers. NOVOSENSE’s automotive-qualified products have been successfully adopted by the global mainstream automotive supply chain and put into mass production.　　Based on ten years’ solid IC design & mass production experience, NOVOSENSE can offer more than 1,400 IC products for sale. The accumulative shipment has reached more than 4 billion pcs, widely used in automotive, industrial control, information & communication as well as consumer electronics etc.　　With the mission of "Sense and Drive the Future, Build a Green, Smart and Connected World with Semiconductors”, NOVOSENSE has built partnership with thousands customers worldwide, including many global automotive OEM and Tier1 manufacturers.
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Release time：2023-02-17 13:35 reading：3579 Continue reading>>

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