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电感器,线圈,扼流圈 (121274)
集成电路(IC) (596888)
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PF0601.123NL
FIXED IND 12UH 1A 140 MOHM SMD
Pulse Electronics Power
LQM18DH220M70L
FIXED IND 22UH 200MA POWRTRN
Murata Electronics
LGJ12575TS-330M3R2-H
FIXED IND 33UH 3.4A 39.5MOHM SMD
TDK Corporation
ELT-3KN163B
FIXED IND 1.1MH 30MA 32 OHM SMD
Panasonic Electronic Components
SPM3010T-R47M-LR
FIXED IND 470NH 5.1A 27.7MOHM SM
TDK Corporation
36501J56NJTDG
FIXED IND 56NH 600MA 310MOHM SMD
TE Connectivity Passive Product
PF0601.123NL
FIXED IND 12UH 1A 140 MOHM SMD
Pulse Electronics Power
Details
LQM18DH220M70L
FIXED IND 22UH 200MA POWRTRN
Murata Electronics
Details
LGJ12575TS-330M3R2-H
FIXED IND 33UH 3.4A 39.5MOHM SMD
TDK Corporation
Details
ELT-3KN163B
FIXED IND 1.1MH 30MA 32 OHM SMD
Panasonic Electronic Components
Details
SPM3010T-R47M-LR
FIXED IND 470NH 5.1A 27.7MOHM SM
TDK Corporation
Details
36501J56NJTDG
FIXED IND 56NH 600MA 310MOHM SMD
TE Connectivity Passive Product
Details
104CDMCDDS-R47MC
FIXED IND 470NH 34A 1.8MOHM SMD
IHLM2525CZER6R8M01
FIXED IND 6.8UH 4.5A 60 MOHM SMD
SRP7020TA-R33M
IND 7X6.6X1.8MM 0.33UH20% 14A SH
SRU1028A-100Y
FIXED IND 10UH 2.8A 53 MOHM SMD
SRU1028A-101Y
FIXED IND 100UH 850MA 470MOHM SM
LQM18DZ470M70L
FIXED IND 47UH 180MA INFOTMT
WLPH201610MR33PP
POWER CHOKE MOLDED 0.33UH 5A
MHQ0603P20NJT000
FIXED IND 20NH 160MA 2 OHM SMD
HMLE20160H-2R2MDR
FIXED INDUCTOR 2.2UH
SDEM25201T-R33MS
FIXED IND 330NH 4.5A 29MOHM SMD
SDEM20161T-100MS
FIXED IND 10UH 700MA 1.01OHM SMD
MHQ0603P3N2BTD25
FIXED IND 3.2NH 550MA 200MOHM SM
Littelfuse Inc.
KYOCERA AVX
TDK Corporation
Murata Electronics
2024-05-26
Learn more >
What are the comparisons and differences between mainstream integrated circuit ic models?
2024-05-26
Learn more >
2024-05-25
Learn more >
What important industry-related patents does integrated circuit ic contain?
2024-05-25
Learn more >
2224-H-RC
IHLP7575GZER3R3M5A
104CDMCDDS-R47MC
IHLM2525CZER6R8M01
SDR1307A-331K
ASPIAIG-Q7030-3R3M-T
IHLP2020CZER1R5M11
SRR1205-100ML
SRP5020C-R47M
SRP0515-1R5K
SRP0515-R68K
SRP3020C-R22Y
MDJE2020T3R3MM
NR3012T220M
SDCL1V4020-R47N-R
LB2518T470M
PFC3519QM-301K06B-00
DC780R-224K
HRSPD127-473M
M27/370-32
PG0077.401NLT
SBCP-11HY681H
NS12565T7R0NN
0830CDMCCDS-3R3MC
7447602560A
36501E8N2JTDG
NRS6045T4R5MMGKV
LQW2BAN24NG00L
PM1210-3R3J-RC
LQW04AN39NJ20D
MHQ0603P4N7ST000
VLS201610CX-R68M-1
AISC-1008-5R6J-T
0805CS-821EKFS
0805CS-7N5EKTS
0805CS-561EKTS
0805CS-330EJTS
0805CT-820EJTS
HMLE20161B-1R0MDR
MLF1608A1R5KTD25
SDEM25201T-R24MS
SDET25201T-1R5MS
On 2024-05-26 in
0
Integrated Circuit (IC) is an important part of modern electronic technology and is widely used in various fields such as electronic products, communication equipment, computers, automotive electronics, etc. In the research and development and production process of IC, patent technology plays a vital role. They not only protect the rights and interests of innovators, but also promote the development of the entire industry. The following will introduce some important patent technologies related to integrated circuits. First of all, the IC design field is an important link in the integrated circuit industry, and patented technologies play a key role in IC design. In IC design, patented technologies cover circuit design, chip structure, signal processing, power consumption optimization and other aspects. For example, some patented technologies for high-performance processor design can improve the performance and power efficiency of the processor, making it more widely used in the fields of computers and communications. In addition, there are also some patented technologies for analog circuit design, digital circuit design, radio frequency circuit design and other aspects, which also play an important role in promoting IC design. Secondly, the IC manufacturing field is also an important link in the integrated circuit industry, and patented technologies play a key role in IC manufacturing. In IC manufacturing, patented technologies cover transistor processes, semiconductor materials, photolithography technology, cleaning processes, etc. For example, some patented technologies on advanced semiconductor processes can improve the integration and performance of chips, making them more widely used in high-end electronic products. In addition, there are also some patented technologies on wafer manufacturing, packaging and testing, which also play an important role in promoting IC manufacturing. In addition, the IC application field is also an important link in the integrated circuit industry, and patented technologies play a key role in IC applications. In IC applications, patented technologies cover communication technology, computer technology, automotive electronics technology and other aspects. For example, some patented technologies on wireless communication technology can improve the transmission speed and stability of communication equipment, making it more widely used in mobile communications, the Internet of Things and other fields. In addition, there are also some patented technologies on artificial intelligence, autonomous driving, smart homes and other aspects, which also play an important role in promoting IC applications. In general, important patent technologies in the integrated circuit industry cover IC design, IC manufacturing, IC applications and other aspects. They play an important role in promoting technological innovation, improving product competitiveness, and promoting industrial development. With the continuous advancement of science and technology and the continuous changes in the market, patent technologies in the integrated circuit industry are also constantly updated and evolved, injecting new vitality and impetus into the development of the industry. Therefore, protecting and using patent technologies is crucial to the development of the integrated circuit industry. It is hoped that more patent technologies will emerge in the future, bringing more opportunities and challenges to the development of the integrated circuit industry.
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What are the comparisons and differences between mainstream integrated circuit ic models?
On 2024-05-26 in
0
Integrated Circuit (IC) is one of the most important components in modern electronic technology. It integrates millions of electronic components on a single chip, achieving high integration and miniaturization of circuit functions. In the market, there are many different types of IC products, some of which are mainstream products that have received widespread attention and application. This article will compare the mainstream IC models and analyze their differences and characteristics. First, let's take a look at several mainstream IC models: Intel's Core i7 series processors, NVIDIA's GeForce RTX series graphics cards, AMD's Ryzen series processors, and Qualcomm's Snapdragon series mobile processors. These products have high visibility and market share in their respective fields, and are among the preferred products for consumers and corporate users. Intel's Core i7 series processor is a high-performance desktop processor that uses Intel's latest process technology and architecture design, with powerful computing power and multi-core processing capabilities. It is suitable for high-performance computing, games, and multimedia processing, and is a very popular processor product. NVIDIA's GeForce RTX series graphics card is a high-performance graphics processor that uses NVIDIA's graphics processing architecture and technology, with powerful graphics processing capabilities and gaming performance. It is suitable for games, virtual reality, artificial intelligence and other fields, and is a graphics card product that has attracted much attention. AMD's Ryzen series processor is a high-performance desktop processor that uses AMD's latest process technology and architecture design, with excellent multi-core processing capabilities and energy efficiency. It is suitable for high-performance computing, gaming, and multimedia processing, and is a highly acclaimed processor product. Qualcomm's Snapdragon series of mobile processors is a high-performance mobile processor that uses Qualcomm's latest process technology and architecture design, with powerful computing and communication performance. It is suitable for smart phones, tablets, IoT devices and other fields, and is a popular mobile processor product. The above is a brief introduction to several mainstream IC model products. Next, we will conduct a detailed comparative analysis of them. First, from the perspective of processor products, Intel's Core i7 series processors have certain advantages in performance, especially in single-core performance and gaming performance; while AMD's Ryzen series processors have certain advantages in multi-core performance and energy efficiency, especially in multi-threaded applications and multi-tasking. Therefore, consumers can choose the appropriate processor product according to their needs and preferences. Secondly, from the perspective of graphics card products, NVIDIA's GeForce RTX series graphics cards have certain advantages in graphics processing and gaming performance, especially in ray tracing and virtual reality; while AMD's Radeon series graphics cards have certain advantages in cost performance and openness, especially in game optimization and multi-monitor support. Therefore, consumers can choose the appropriate graphics card product according to their needs and budget. Finally, from the perspective of mobile processor products, Qualcomm's Snapdragon series of mobile processors have certain advantages in communication performance and power consumption control, especially in 5G communication and IoT applications; while Huawei's Kirin series of mobile processors have certain advantages in AI computing and image processing, especially in smartphone and tablet applications. Therefore, consumers can choose suitable mobile processor products according to their needs and usage scenarios. In summary, mainstream IC models have their own advantages and characteristics in terms of performance, functions and applications. Consumers can choose suitable products according to their needs and preferences. At the same time, with the continuous advancement of technology and the intensification of market competition, the performance and functions of IC products will continue to improve and improve, providing users with better experience and services. I hope this article is helpful to readers. Thank you for reading!
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On 2024-05-25 in
0
Integrated Circuit (IC) is an important part of modern electronic technology and is widely used in electronic products such as mobile phones, computers, automobiles, and home appliances. The development of integrated circuits is inseparable from the support of patented technologies. Various industries are conducting research and application of patented technologies in the field of integrated circuits. The following will introduce some important industry-related patent technologies contained in integrated circuits IC . 1. Patents in the communications industry: The communications industry is one of the most widely used fields for integrated circuits. The patented technologies in the communications industry mainly involve wireless communications, mobile communications, satellite communications, etc. In integrated circuits, the patented technologies in the communications industry mainly include radio frequency integrated circuits, digital signal processors, baseband processors, etc. The application of these patented technologies makes communication equipment more intelligent and efficient, and improves the performance and stability of communication equipment. 2. Patents in the automotive industry: The automotive industry is another important field of integrated circuit applications. The patented technologies in the automotive industry mainly involve in-vehicle electronic systems, in-vehicle communication systems, in-vehicle entertainment systems, etc. In integrated circuits, the patented technologies in the automotive industry mainly include in-vehicle controllers, in-vehicle sensors, in-vehicle communication modules, etc. The application of these patented technologies makes cars more intelligent and safer, and improves the driving experience and comfort of cars. 3. Patents in the medical industry: The medical industry is another important field of integrated circuit applications. The patented technologies in the medical industry mainly involve medical equipment, medical monitoring systems, medical diagnostic systems, etc. In integrated circuits, the patented technologies in the medical industry mainly include biosensors, medical image processors, medical data processors, etc. The application of these patented technologies makes medical equipment more intelligent and precise, and improves the accuracy and efficiency of medical diagnosis. 4. Patents in the home appliance industry: The home appliance industry is another important field of integrated circuit application. The patent technologies in the home appliance industry mainly involve smart home systems, smart home appliance control systems, smart home appliance monitoring systems, etc. In integrated circuits, the patent technologies in the home appliance industry mainly include home appliance controllers, home appliance sensors, home appliance communication modules, etc. The application of these patent technologies makes home appliances more intelligent, energy-saving and environmentally friendly, and improves the convenience and comfort of family life. In general, integrated circuits (ICs) include important patent technologies related to communications, automobiles, medical treatment, home appliances and other industries. The application of these patent technologies enables integrated circuits to play an important role in various industries and promote the development and progress of various industries. In the future, with the continuous innovation and development of technology, integrated circuits (ICs) will be applied in more industries, bringing more convenience and innovation to human life.
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What important industry-related patents does integrated circuit ic contain?
On 2024-05-25 in
0
Integrated Circuit (IC) is an important part of modern electronic technology and is widely used in various fields such as electronic products, communication equipment, computers, and automotive electronics. The development of integrated circuits is inseparable from the support of patent technology. Various industries are making patent layouts in the field of integrated circuits to protect their own technological innovation and market competitiveness. The following will introduce some important industry-related patents included in integrated circuits IC . 1. Patents in the communications industry: In the communications industry, integrated circuits are widely used, including mobile phones, communication base stations, satellite communications and other equipment. The patented technologies in the communications industry mainly involve communication protocols, signal processing, radio frequency technology and other aspects. For example, Qualcomm has a large number of patents in the communications field, covering mobile communication technology, wireless network technology and other aspects. These patents are of great significance to the design and manufacture of integrated circuits. 2. Computer industry patents: In the computer industry, integrated circuits are widely used in the design and manufacture of CPU, GPU, memory and other chips. The patented technologies in the computer industry mainly involve chip architecture, instruction set, data processing and other aspects. For example, Intel has a large number of patents in the computer field, covering processor design, chip manufacturing process and other aspects. These patents are of great significance to the performance and power consumption optimization of integrated circuits. 3. Patents in the automotive electronics industry: In the automotive electronics industry, integrated circuits are widely used in the fields of in-vehicle electronic systems, autonomous driving technology, and vehicle networking. The patented technologies in the automotive electronics industry mainly involve the design of automotive electronic systems, sensor technology, and communication protocols. For example, Tesla has a large number of patents in the field of automotive electronics, covering autonomous driving technology, in-vehicle entertainment systems, and other aspects. These patents are of great significance to the application and innovation of integrated circuits. 4. Patents in the medical electronics industry: In the medical electronics industry, integrated circuits are widely used in medical equipment, health monitoring systems and other fields. The patented technologies in the medical electronics industry mainly involve medical sensors, data processing algorithms, wireless communication technologies and other aspects. For example, Philips has a large number of patents in the field of medical electronics, covering medical imaging equipment, health monitoring systems and other aspects. These patents are of great significance to the application and innovation of integrated circuits. In general, integrated circuits (ICs) include important patents related to multiple industries such as communications, computers, automobiles, and medical treatments. These patented technologies not only protect the technological innovation and market competitiveness of enterprises, but also promote the development and progress of the integrated circuit field. In the future, with the continuous evolution of technology and the continuous development of the industry, integrated circuits (ICs) will continue to be one of the core technologies of various industries, and patented technologies will continue to play an important role.
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