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电感器，线圈，扼流圈 (121274)

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BWVF002520121R5M00

BWVF002520121R5M00

FIXED IND 1.5UH 2.3A 68 MOHM SMD

Chilisin Electronics

PA4344.471ANLT

FIXED IND 470NH 60A 0.9 MOHM SMD

Pulse Electronics Power

1008R-100K

FIXED IND 10NH 1.562A 50MOHM SMD

API Delevan Inc.

MHQ0603P2N1ST000

MHQ0603P2N1ST000

FIXED IND 2.1NH 700MA 150MOHM SM

TDK Corporation

HMLE20161B-1R0MDR

HMLE20161B-1R0MDR

FIXED IND 1UH 2.7A 58 MOHM SMD

Delta Electronics/Cyntec

SDEB12101T-R47MSD

SDEB12101T-R47MSD

FIXED IND 470NH 1.55A 96MOHM SMD

Delta Electronics/Cyntec

Littelfuse Inc.

TDK Corporation

Murata Electronics

2204-V-RC

IHLP7575GZER1R0M5A

PM5433.153NLT

SRP1510CA-220M

SD12-2R2-R

VLBU1024660R12MF1

104CDMCDDS-R47MC

IHLP2020CZER220M11

AMDLA4012Q-1R0MT

PA5402.472NLT

0412CDMCCDS-R12MC

PM1210-470J-RC

NR3012T150M

VLS3010CX-330M-1

BWVS006060284R7M00

HEI252012A-R10N-Q8DH

TYA252012R68M-10

SDCL1V3012-100M-R

SDCL1V2510-1R0N-R

WLFM201609M4R7PC

WLPH201610MR33PP

SH50S-1.4-176

SBC2-470-951

MPEV1D0630LR68

EST1040T331MDGA

CDMC6D28NP-R20MC

LQW03AW13NJ00D

SDR0503-150ML

36502CR18JTDG

36501J3N9JTDG

MHQ0603P1N9ST000

MLG0402Q22NJT000

0805CS-682EJFS

MLF2012DR10KTD25

0805CS-820EKTS

0805CS-361EJTS

0805CT-151EJTS

0805CT-150EKTS

NLV32T-047J-EF

SDEM25201T-R33MS

0402HS-121EGTS

0402HP-510EJTS

ams NanEyeC Integrated Digital Camera Modules Now Shipping from M&M

ams NanEyeC Integrated Digital Camera Modules Now Shipping from M&M

On 2021-12-07 in 60

ams OSRAM NanEyeC product micrositeDecember 13, 2021 - M&M TECHNOLOGY, the industry's leadingNew Product Introduction (NPI) distributor with the widest selection of semiconductors and electronic components, is now stocking NanEyeC integrated digital camera modules from ams OSRAM.ams OSRAM NanEyeC devices are miniature image sensors for vision applications where size is a critical factor. These modules are designed for the toughest confined space requirements with a small footprint of 1mm2 and four compact pads. The NanEyeC miniature camera modules achieve a frame rate of 0 to 58fps at 320 x 320 resolution with slave mode operation. These camera modules feature a highly sensitive 2.4-micron rolling shutter pixel and large full well capacitance. The sensor includes a 10-bit analog-to-digital converter (ADC) and a bit-serial single-ended interface mode (SEIM) data interface that reduces external electronics for applications with short connections. An additional LVDS interface allows it to drive the signal for longer distances.Applications include medical pill cams and intraoral scanners, robotics, drones, Internet-of-Things (IoT), and wearable devices.For more information, visit https://www.mm-chips.com

How to choose spot storage?

How to choose spot storage?

On 2024-06-16 in 0

Spot storage devices refer to storage devices that can be delivered immediately, typically used for storing and transferring data. When choosing spot storage devices, multiple factors need to be considered, including storage capacity, transfer speed, reliability, and price. This article will introduce how to choose spot storage devices and provide some recommendations.Firstly, storage capacity is a key consideration. Storage capacity is an important indicator of spot storage devices, determining how much data you can store. Generally, the larger the storage capacity, the higher the price. Therefore, when choosing spot storage devices, it is necessary to determine the appropriate storage capacity based on your needs. If you only need to store some documents and photos, a smaller storage capacity is sufficient. But if you need to store a large amount of video and music files, then you need to choose a larger storage capacity.Secondly, transfer speed is also an important factor to consider. Transfer speed determines the speed of data read and write, affecting your experience when using spot storage devices. Generally, the faster the transfer speed, the faster the data read and write speed. Therefore, when choosing spot storage devices, it is necessary to choose a product with a higher transfer speed. Typically, Solid State Drives (SSDs) have faster transfer speeds than traditional Hard Disk Drives (HDDs), so if you need faster transfer speeds, you can consider choosing a Solid State Drive.Additionally, reliability is also a crucial consideration. Spot storage devices are usually used to store important data, so reliability is essential. When choosing spot storage devices, it is necessary to choose a product with good reliability to ensure that your data will not be lost or damaged. Generally, products from well-known brands tend to have better reliability, so you can consider choosing spot storage devices from reputable brands.Lastly, price is also a factor to consider. The prices of spot storage devices vary, depending on factors such as storage capacity, transfer speed, and reliability. When choosing spot storage devices, it is necessary to determine the appropriate product based on your budget. Generally, products with higher prices tend to have larger storage capacities, faster transfer speeds, and better reliability. However, if your budget is limited, you can also choose some cost-effective products.In conclusion, when choosing spot storage devices, it is necessary to consider multiple factors such as storage capacity, transfer speed, reliability, and price. Determine the appropriate product based on your needs and budget to ensure that you can get the best experience when using spot storage devices. Hopefully, the recommendations provided in this article can help you choose spot storage devices that meet your needs.

What are the manufacturing processes of the latest FPGA field programmable gate array?

What are the manufacturing processes of the latest FPGA field programmable gate array?

On 2024-06-15 in 0

FPGA (Field-Programmable Gate Array) is an integrated circuit that can be programmed by users after manufacturing to achieve different functions. The manufacturing process of FPGA is a complex technology that requires precise equipment and process flow. With the continuous development of technology, the manufacturing process of FPGA is also constantly improving to meet the growing market demand.Currently, the manufacturing process of the latest FPGA field-programmable gate array mainly includes the following aspects:1. Design: The manufacturing process of FPGA first requires design. Design engineers design circuit structures and functions that meet the requirements based on user needs and market trends. Design engineers need to consider factors such as circuit layout, connections, and power consumption to ensure the performance and stability of the FPGA.2. Manufacturing: The manufacturing of FPGA is a complex process involving multiple process steps. The first step is chip manufacturing, which involves using lithography to project circuit patterns onto silicon wafers, followed by etching, deposition, ion implantation, and other steps to form the chip structure. This is followed by packaging and testing, where the chip is packaged in plastic or ceramic packaging and undergoes functional testing and quality inspection.3. Process Optimization: With the continuous development of technology, the manufacturing process of FPGA is constantly being optimized. For example, using advanced materials and processes can improve the performance and power efficiency of FPGA. In addition, using new design tools and simulation techniques can accelerate the speed of design and verification, reducing time to market for products.4. Integration: The manufacturing process of FPGA also includes the integration of different functional modules. For example, integrating processor cores, memory, interfaces, and other functions into the same chip to achieve more complex applications. The integration process needs to consider the mutual influence of circuits and the stability of signal transmission to ensure the performance and reliability of the entire system.In summary, the manufacturing process of FPGA field-programmable gate arrays is a comprehensive process involving design, manufacturing, process optimization, and integration. With the continuous development of technology, the manufacturing process of FPGA is constantly improving to meet the growing market demand. In the future, with the development of emerging technologies such as artificial intelligence and the Internet of Things, the manufacturing process of FPGA will continue to evolve towards higher performance and lower power consumption, providing better solutions for various applications.

FPGA field programmable gate array components similar recommendations

FPGA field programmable gate array components similar recommendations

On 2024-06-14 in 0

FPGA (Field-Programmable Gate Array) is a type of programmable logic device with high flexibility, strong performance, and low power consumption, making it widely used in the field of digital circuit design. However, with the continuous development of technology, many similar products have emerged in the market. This article will introduce several recommended products similar to FPGA and compare their features.1. Xilinx Virtex UltraScale+ FPGA Xilinx Virtex UltraScale+ FPGA is a high-performance FPGA product with extremely high integration and flexibility. It uses 16nm FinFET technology, with over 50 billion logic elements and over 2700 DSP blocks, capable of meeting various complex digital signal processing requirements. Additionally, Xilinx Virtex UltraScale+ FPGA supports high-speed serial communication interfaces such as PCIe, Ethernet, enabling high-speed data transmission.2. Intel Stratix 10 FPGA Intel Stratix 10 FPGA is a high-performance FPGA product introduced by Intel, using 14nm FinFET technology, with over 30 billion logic elements and over 4000 DSP blocks. It supports high-speed serial communication interfaces such as PCIe, Ethernet, and also has abundant peripheral resources such as DDR4 controllers, USB controllers, meeting various application requirements.3. Microchip PolarFire FPGA Microchip PolarFire FPGA is a low-power FPGA product using 28nm technology, characterized by low power consumption and high performance. It has abundant logic resources and DSP resources to meet various digital signal processing requirements. Additionally, Microchip PolarFire FPGA supports high-speed serial communication interfaces such as PCIe, Ethernet, enabling high-speed data transmission.4. Lattice Semiconductor ECP5 FPGA Lattice Semiconductor ECP5 FPGA is a low-cost FPGA product using 40nm technology, with low power consumption and high performance. It has abundant logic resources and DSP resources to meet various digital signal processing requirements. Additionally, Lattice Semiconductor ECP5 FPGA supports high-speed serial communication interfaces such as PCIe, Ethernet, enabling high-speed data transmission.In conclusion, the above FPGA products each have their own characteristics and advantages. Users can choose the appropriate product based on their needs and budget. When selecting FPGA products, in addition to considering performance and power consumption, it is also important to consider the supported peripheral resources and development tools to better complete design tasks. We hope this article is helpful to readers. Thank you for reading!

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