EV100 Forum: NOVOSENSE‘s Analog Chip Technology Innovation Empowers Automotive Intelligence
From March 15 to 17, the 10th China EV100 Forum was held at the Diaoyutai State Guesthouse in Beijing. This year marks the 10th anniversary of the forum. Looking back on the previous decade, China's new energy vehicle industry has made rapid progress; looking forward to the new decade, it is becoming a pioneer of innovation. How to continuously consolidate and expand the development advantages of new energy vehicles in China has become the focus of public attention from all walks of life.
As a director member of China EV100, Wang Shengyang, the Founder, Chairman and CEO of NOVOSENSE Microelectronics, was invited to attend the forum and delivered a speech on the topic of "Evolution Trends of Analog Chips in the Wave of Automotive Intelligence", sharing with the guests how NOVOSENSE's analog chip technology innovation empowers automotive intelligence.
Wang Shengyang from NOVOSENSE attended the China EV100 Forum and delivered a speech
Wang Shengyang from NOVOSENSE was interviewed by the media at the China EV100 Forum
More Intelligent Automotive Body Control
Today's rapidly developing innovations in automotive applications is driven by the evolving electrical and electronic architectures of automobiles: from distributed to domain and then to centralized architectures. As systems become more integrated with higher power density, new requirements are defined for chips in them. Take automotive body domain controllers as an example. NOVOSENSE can provide high- and low-side switching chips with multiple channels and lower on-resistance, as well as eFuse chips with intelligent power distribution curve control, which can meet the requirements of body domain controllers for more intelligent nodes, higher power density and intelligent power distribution.
On the other hand, for a large number of scenarios that require motor control, such as rearview mirror adjustment, air-conditioning wings, window lifts, electric seats, and electric tailgates, body domain controllers integrate the functions of traditional distributed ECU actuators, and systems put forward the requirements of hardware platform and function integration for motor driver chips. Also, in order to match a variety of loads, chips need to implement diagnosis and protection functions for multiple load types. NOVOSENSE offers a diverse selection of motor driver chips. The motor driver solutions integrate multi-channel drivers or IGBT/SiC, provide flexible software configurations to meet motor loads of different power levels, and support rich diagnostic and protection mechanisms, providing diverse and comprehensive design options for body motor control applications.
In addition, how to achieve automotive system communication with multi-node, high-speed, and high-stability in a smaller space and a more complex electromagnetic environment is also one of the key challenges for car body intelligence. NOVOSENSE's automotive-grade CAN SIC, NCA1462-Q1, can achieve a transmission rate of ≥8Mbps when connecting multiple nodes in a star network, and maintain good signal quality with high EMC performance with NOVOSENSE's patented ringing suppression function, helping to build a more robust in-vehicle communication system and promoting car body intelligence.
More Personalized Light Interaction
From halogen headlights that "light up the road ahead" to through-type LED lights that are rhythmic and cool, and then to current complex multi-pixel displays for interactive expression, multi-pixel interactive headlights and smooth dynamic taillights are increasingly becoming standard features of smart cars nowadays, and the headlight lighting system further meets the need for personalized expression in addition to ensuring driving safety.
With the increasing number of LED beads, the LED driver for lighting up each bead needs to integrate more channels on a single chip to support higher current driving capability and better diagnosis and failure protection. The LED driver chip provided by NOVOSENSE integrates up to 24 channels on a single chip, supporting stronger current driving capability and complete circuit protection functions, which allows consumers to safely enjoy driving while achieving fully personalized expression with the help of colorful lights.
More Efficient Thermal Management System
Different from the heat exchange method of traditional fuel vehicles based on internal combustion engines, new energy vehicles based on electric energy require a more intelligent and efficient thermal management system to coordinate and manage the temperature of the battery, engine, air conditioning, other related components, and system, so as to obtain a longer endurance and service life while ensuring the functional safety of vehicles.
Currently, thermal management systems are transitioning from distributed architectures to more efficient integrated architectures. System designs that use domain controllers with large computing power to control multiple BLDC motors at the same time are gaining popularity, while the design of replacing domain-controlled MCUs with intelligent BLDC pre-drivers integrating curing algorithms is gradually coming to the forefront due to cost reduction considerations. NOVOSENSE's highly integrated small motor driver SoC, NSUC1610, realizes efficient, real-time control of small motor applications by integrating an ARM core MCU, a 4-way half-bridge driver, and a LIN interface on a single chip. It is widely used in applications such as electronic expansion valves, AGS, and electronic air vents in thermal management systems. With a comprehensive product layout in sensors, signal chain and power management, NOVOSENSE provides one-stop solutions for intelligent, safe, and efficient thermal management systems.
NOVOSENSE's product layout and "Robust & Reliable" quality policy
Wang Shengyang remarked, "In the past year, we have witnessed the milestone of more than 20 million new energy vehicles registered in China. The country's new energy vehicle industry took nearly 27 years to increase the figure from 1 to 10 million, but only 1 year and 5 months to further increase the figure to 20 million. Behind the rapid development of China's new energy vehicle industry is the efficient synergy of the entire industrial chain and supply chain. As a local analog and mixed signal chip company in China, we notice that chip technology innovation plays an increasingly important role in the development of the new energy vehicle industry. We will leverage our strong local support capability and work with our customers closely to accelerate collaborative innovation, and continue to help consolidate and expand advantages in the development of new energy vehicles while providing more competitive chip products to the industry."
Demonstration of automotive chip solutions at the China EV100 Forum
About China EV100
China EV100 aims to promote the development of electric vehicles, break the limitations of industries, disciplines, ownership, and sectors, and build a development forum that promotes multi-field integration and collaborative innovation through research and exchange. It is positioned as an unofficial and non-profit policy and academic research institution and a third-party think tank of the state in the field of electric vehicles, mainly carrying out research on major topics related to the development of the electric vehicle industry and organizing a wide range of thematic seminars and annual forums.
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本文由上山打老虎转载自NOVOSENSE News，原文标题为:China EV100 | NOVOSENSE's Analog Chip Technology Innovation Empowers Automotive Intelligence，本站所有转载文章系出于传递更多信息之目的，且明确注明来源，不希望被转载的媒体或个人可与我们联系，我们将立即进行删除处理。
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描述- NOVOSENSE Microelectronics (NOVOSENSE, SSE Stock Code 688052) is a highly robust & reliable analog and mixed signal Chip company. Since its establishment in 2013, the company has been focusing on sensor, signal chain, and power management, providing comprehensive semiconductor products and solutions, which are widely used in automotive, industrial, information communication and consumer electronic
型号- NSI6602NA-DLAR,NSL21924-Q1,NCA1051,NSI6602VC-Q1SWR,NSI6622NB-Q1SWKR,NCA1051N-Q1SPR,NSM2017,NSI6602NC-Q1SWR,NSM2019,NSM211X,NSI6602A-Q1SWKR,NSM2013,NIRS485,NSIP83086,NSI6622VB-Q1SPOR,NSM2015,NSM2016,NSC9260X,NSHT30-CLAR,NSD1624-Q1SPR,NSM2011,NSM2012,NSI8231,NSI8230,NSD2621C-DQAGR,NSR33XXX,NSC9262,NSC9260,NSI6801LC-DDBR,NSI6602VD-Q1SWKR,NSC9264,NSP1830,NSG65N15K-DQAFR,NST112X,NCA1042C-Q1DNR,NCA1042,NCA1042A-Q1DNHR,NSI8220NX,NSI6622A-DSWKR,NSI6801TB-DDBR,NSD1624-DSPKR,NSP1833,NST7719,NSP1831,NSP1832,NSM1052,NSM1053,NSI8222,NSA2860X,NSI8221,NSI8220,NSE5701 SERIES,NSI6642C-DSPNR,NSM1051,NSI822XC,NSIP8921W1-DSWR,NSI6602MNF-Q1SWTR,NSD11416-Q1STBR,NSI6602VB-Q1SPNR,NCA3491,NSI6642A-DLAR,NSI6602NB-Q1SWKR,NSA2860_TSSOP,NSD1026V,NSI8221CX-DSWR,NSE34050,NCA1043B-Q1DNKR,NCA1044N-Q1SPR,NSIP8944W1-DSWR,NSL21912-Q1,NSM201X,NSI6622A-Q1SPNR,NCA1051N-Q1,NSM2031,NSI6602MNB-Q1SWTR,NSD7310A-DHSPR,NSM2032,NCA1145-Q1SPKR,NSM2033,NSI8210,NSM2034,NST112-DSTR,NSI6601MB-DSPR,NSD1015T,NSI8266CX-DSWR,NSI6602VD-DSWKR,NSI8222CX-DSPR,NSM105X SERIES,NSD1015MT-DSPR,NSC2860X_DQNR,NCA1021S-Q1SPR,NSI8262CX-DSWR,NSPGS2,NCA34XX,NCA3485,NCA1051C,NSI68011C-DSWAR,NSI8221NX,NSI6602NC-DLAMR,NST1002,NSPGS5,NSM211X SERIES,NSI6602VC-DLAMR,NST1001,NCA1042C-Q1,NSI6602A-DLAR,NSI6602ND-DSWKR,NSM105X,NSD16241-Q1SPR,NSI1303M0X,NSM3011,NSPAS3M SERIES,NSI8240CX-DSPR,NSD7312-Q1,NSM3013,NSM3012,NSA2860_SSOP16,NSA2862X,NSI6642B-DSWKR,NSM1071,NSM1072,NSI823XC,NSI6642A-DLAMR,NSD5604N,NSI319X,NSI6642D-DLAR,NSI8100NC,NSI6602B-Q1SWR,NSI6622ND-DSPNR,NSI6601B-DSPR,NSA2860X-QQNR,NSI8210NX,NSI6642D-DSWKR,NSI6602MF-DSWTR,NSD5604E,NIRSP31,NSI6602MNB-DSWTR,NST175,NST1075,NSI6602A-DSPNR,NCA9617A SERIES,NSI68010B-Q1SWAR,NSI1312D,NSI6642B-DSWR,NSI8222NX,NSI6601C-DSPR,NSI6622NB-DLAR,NSIP8841W1-DSWR,NSP1631,NSI8221CX-DSWVR,NSP1632,NSP1630,NSD56008-Q1HTSPR,NSI6622C-DLAR,NSM301X,NSM107X,NSI824XC,NSI6602VA-Q1SPNR,NSI6602ND-DLAR,NSI6801C-DSWFR,NSD3604-Q1,NCA3176,NSI6801MB-DSWVR,NSD3608-Q1QAJR,NSI1312S,NSI6622VB-Q1SWR,NSI6622B-Q1SPNR,NSD5604N-DHTSPR,NSD1624-DLAJR,NSI68011C-Q1SWAR,NSI6602VA-DLAMR,NSI6602NA-DLAMR,NSI6602NB-DSWR,NSD5604E-DHTSTR,NSR35XXX,NSI6622NB-Q1SWR,NSD5604N-Q1HTSPR,NSD1224X,NSI6602C-Q1SPNR,NSI8100W,NSI6622NA-DSPNR,NSIP8844W1-DSWR,NSI6622NB-DSWKR,NSE5702,NSE5701,NSI8100N,NSP183X,NCA1044-Q1DNR,NSI6622NC-DLAR,NCA1021S-Q1DNR,NSI6622VB-Q1SPNR,NCA1044N-Q1DNR,NSD16241-DSPKR,NSI3190,NSI6602VD-DSWR,NPC060N120A-QTOOT,NSI6622NA-Q1SWKR,NSE34050Q,NSD1224LA-DAFR,NSI8241SX,NSI6622NA-Q1SWR,NSI6622NC-Q1SPNR,NSI8231CX-DSWR,NSI1052-DSWR,NSPGL1 SERIES,NSI6622VA-Q1SPOR,NSA2860X_QQNR,NSI6801B-DSWFR,NSI6602B-Q1SPNR,NSI6601WC-DSWVR,NSI6651ASC-Q1SWR,NSC6272,NSI8263CX-DSWR,NSD8310-Q1HTSXR,NSC6273,NSREF31XX,NSI6622ND-DSWR,NSI6622NC-DSPNR,NSI6602NB-DLAR,NSI6602NB-DSPNR,NSA5312,NSI6622VC-Q1SWKR,NSPGL1,NSI6602A-Q1SWR,NSI6622NC-Q1SPOR,NSPGS2 SERIES,NSI6642C-DLAMR,NSR7808,NSI8220WX,NSI8266WX,NSD56008-Q1,NSD5604NE,NSI6622VA-Q1SPNR,NSI6602VB-DSWKR,NSL2161X-Q1,NCA1042BN-Q1SPR,NCA1057-Q1SPR,NCA1043B-Q1,NCA9511,NSI6602A-DSWR,NSC6280,NSI6602NA-Q1SWKR,NSD8308-Q1,NSI6602NC-DSWR,NSI6801TC-DDBR,NSI8242SX,NSI68515AC-DSWR,NSI6602B-DSWKR,NSI6602VD-DLAMR,NPCO60N120A-QTOIT,NSI8220CX-DSWVR,NSI6622NB-DSWR,NST235,NST117,NSI6602VC-DSWKR,NSI6602VC-Q1SWKR,NSI6602MB-DSWDR,NST118,NCA954X SERIES,NSD16242-Q1SPR,NCA9306 SERIES,NCA1044-Q1SPR,NSI6651,NSI6642B-DLAMR,NSI6602C-DSWKR,NSI8240NX,NSE34050 SERIES,NCA1057N-Q1DNR,NSP163X,NSI6602NC-DSPNR,NCA1042BN-Q1,NSI8221WX,NSI66X2,NSI6631ASC-Q1SWR,NSI6602MNC-DSWTR,NCA1042B-Q1DNR,NSI6642,NSI6601C-DSWVR,NIRS2X,NSI6601MB-DSWR,NSI8266SX,NSI6602NB-Q1SPOR,NCA34XX SERIES,NSI6602NC-Q1SPOR,NSD7310A,NSD8306-Q1,NSI6622ND-DLAMR,NSG65N15K,NSD12409-Q1SPR,NSE4250 SERIES,NCA1042CN-DSPR,NSI6602VA-DSWKR,NSI6642D-DLAMR,NCA1051N,NSI6642A-DSWKR,NIRS20N1-DSPR,NIRS21N1-DSPR,NSI6622NA-DLAR,NSC2860X-DQNR,NSI1042-DSWVR,NCA1042C-Q1SPR,NSI6602C-DSWR,NCA1057-Q1DNR,NSI8221CX-DSPR,NPD010N120A-DTOGT,NSI6602VB-Q1SWR,NSI8210CX-DSPR,NSD1026V-QISPR,NSD12416‒Q1,NSI1050-DDBR,NSI8241NX,NSI6602NC-Q1SPNR,NCA1042BN-Q1DNR,NSR10AXX SERIES,NST461,NSD2621X,NCA1042A-Q1,NSI8222WX,NST103,NSI1303D0X,NSI1303E2X,NSI6622A-Q1SWKR,NSI6602VC-DLAR,NSR31 SERIES,NSD16242-DSPR,NCA9555,NSI1052,NSC6360,NSC6362,NSI6622NB-DLAMR,NSI6651ALC-DSWR,NSC6364,NSI6602NA-DSPNR,NSI6622A-DLAR,NSI6622C-Q1SPNR,NCA1042C,NSI8220CX-DSWR,NSI6622C-DSPNR,NSA3166,NCA1042A-Q1SPR,NSIP8941W0-DSWR,NSI6642B-DLAR,NCA1042B-Q1,NSPGD1M,NSPAS3 SERIES,NSD1624-DSPR,NSI6602VA-Q1SWR,NSD1026V-Q1HMSR,NSI8242CX-DSWR,NSI6602MNC-Q1SWTR,NSL2163X-Q1,NST20,NIRS31,NSREF30XX,NCA9545,NSI6622NA-DLAMR,NSI1042,NSI6611,NCA9546,NSI6622B-DSPNR,NCA9306,NCA9548,NSD12416-Q1SPR,NSI6602MC-Q1SWTR,NSI8242NX,NSD8381-Q1QAIR,NSD8308-Q1HTSXR,NCA9617A,NST1001HA,NSI6602VA-DSWR,NSI1303D2X,NSI1050,NSI6601B-DSWVR,NSD7310-DHSPR,NSI6601,NSD731X-Q1,NCA1057N-Q1SPR,NSR7808GXX,NSD7312-Q1HSPR,NSI6602VB-DLAMR,NSI6602MNF-DSWTR,NSD1026V-DHMSR,NSA3300,NSI6602C-Q1SWKR,NSC2860X,NSD11416‒Q1,NSI6622NB-Q1SPNR,NCA1051N-DSPR,NSI6611ASC-DSWR,NSI22C11,NSI8230CX-DSWR,NSI6801B-DSPR,NSI6622A-DSPNR,NSD12409‒Q1,NSD5604NE-DHTSTR,NSPDSX SERI
芯进（CrossChip）电流传感器选型指南（英文）
目录- CORPORATE INTRODUCTION INTRODUCTION OF CURRENT SENSOR APPLICATIONS APPLICATION EXAMPLES PRODUCT SELECTION TABLE
型号- CC6920SO-5A,CC6541,CC6921SO-20A,CC6930SG,CC6921SO-30A,CC6921SO-40A,CC6921SO-50A,CC6921B,CC6921SO50,CC6905SO,CC6921SO100A,CC6933,CC6930,CC6512,CC6925DN,CC6927DN,CC6906T,CC6921SO-65A,CC6926T,CC6922SG,CC6920B,CC6924SG,CC6921SO20,CC6924SG-5FB020,CC6929,CC6907,CC6905QC,CC6921SO10A,CC6905,CC6927,CC6906,CC6928,CC6925,CC6903,CC6926,CC6904,CC6920SO-20A,CC6923,CC6924,CC6902,CC6921,CC6920SO-50A,CC6922,CC6900,CC6920SO-30A,CC6920
NOVOSENSE Released NSUC1610 Micro＆Special Motor Driver SoC for Automotive-qualified Chips
NOVOSENSE NSUC1610 integrates a Cortex M3 processor, power MOSFET, and DAC. It supports a 4-wire LIN bus and dual-channel temperature sensor which can be used for power-side over temperature shutdown and low-voltage-side temperature detection inside the Automotive-qualified chip.
产品 发布时间 : 2023-09-27
【IC】纳芯微新推车用小电机驱动系统级芯片NSUC1610，支持12V汽车电池供电，满足车规Grade 0应用目标
纳芯微推出集成LIN总线物理层和小功率MOS管阵列的单芯片车用小电机驱动系统级芯片——NSUC1610。作为单芯片解决方案，NSUC1610支持12V汽车电池供电，有助于客户减小PCB尺寸，简化生产设计，实现更高效、更紧凑以及高性价比的电机控制应用设计。
新产品 发布时间 : 2023-02-17
NOVOSENSE Industrial Control Solution
型号- NSI6801,NSI1311,NSI1312,NSI824X,NSAD114X,NCA8244,NCA8245,NSM2017,NSM211X,NST175,NSM2019,NSM2013,NSI22C11,NSI68515,NSM2015,NSM2011,NSD5604,NSM2012,NSA2862X,NSR33XXX,NST86,NSOPA9XXX,NSI1300,NSI6801M,NSREF31XX,NSI1306,NST112X,NSI1303,NCA1044,NSI1305,NSR7808,NSE11409,NSI8266,NSI8100,NSR28C4X,NIRS21,NSI8260,NSOPA8XXX,NCA9555,NSI1200C,NSD1026V,NCA1042B,NSAD124X,NSD12416,NSI8608,NCA3176,NSCSA24X,NSI83086,NSM201X,NSI83085,NSM2113,NSM2311,NST235,NSR31XXX,NSA2860X,NST60,NSD1624,NST20,NIRS31,NSR104XX,NSR35XXX,NSD1224,NSREF30XX,NSCSA199,NSI1200,NSI1042,NSI1400,NSCSA21X,NSD11416,NSC2860X,NSI22C12,NCA1051A,NCA3485,NST1002,NST1001,NSI82XX,NSI8200,NSI1050
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