Low Power Design

WT2801 Smart Blood Pressure Monitor Chip Solution – BLE 5.0 Wireless Transmission / High-Fidelity Voice Interaction / LED Display Driver / Low Power Standby – Four Key Technologies Empowering

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WT2801 Smart Blood Pressure Monitor Chip Solution - BLE 5.0 Wireless Transmission / High-Fidelity Voice Interaction / LED Display Driver / Low Power Standby - Four Key Technologies Empowering

In today’s rapidly developing smart health device market, blood pressure monitors are no longer just simple “measuring tools”; they have become the “smart steward” of family health. However, a truly reliable, user-friendly, and feature-rich blood pressure monitor relies on a powerful “core chip”. Today, we unveil the hardcore capabilities of the medical-grade chip WT2801 – … Read more

Low Power Design Handbook – Introduction (Continued)

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Low Power Design Handbook - Introduction (Continued)

1.5 The Conflict Between Dynamic Power and Static Power Over the past 15 years, with the development of semiconductor technology, Vdd has decreased from 5V to 3.3V, and from 2.5V to 1.2V. The ITRS roadmap predicts that high-performance devices will use 1.0V in 2008 and 2009, while low-power devices will use 0.8V. The issue with … Read more

Low Power Design | Always-On Logic Cells

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Low Power Design | Always-On Logic Cells

What are Always-On Logic Cells? Some logic needs to remain active during shutdown, such as Power Switch Cells, Retention Register Cells, and Isolation Cells. These are referred to as Always-On Logic Cells. They can maintain a constant ‘on’ state regardless of whether the voltage area is powered down. Always-On Logic Cell Where are they used? … Read more

Low Power Design | Retention Register

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Low Power Design | Retention Register

In power-off modules, it may be required for the register to latch data before power-off or to restore latched data after power-on, which necessitates a special unit known as the Retention Register. The retention register consists of two sets of registers: the Main Register and the shadow register, where the shadow register is powered by … Read more

Technical Insights | TI’s Ultra-Compact M0+ MCU Packaging Offers More Possibilities for Your Designs

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Technical Insights | TI's Ultra-Compact M0+ MCU Packaging Offers More Possibilities for Your Designs

Click the blue text to follow us Add a star to the “…” in the top right corner of the homepage to stay updated! As circuit and system design sizes shrink, it becomes increasingly challenging for engineers to select suitable components for their designs. In many different applications (such as earbuds, thermometers, wearable devices, styluses, … Read more

The Rise of Domestic FPGAs: Can They Break Xilinx’s Monopoly?

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The Rise of Domestic FPGAs: Can They Break Xilinx's Monopoly?

The Development Status and Advantages of Domestic FPGAs In recent years, the development of domestic FPGAs has been rapid, with a total of 22 FPGA manufacturers in China (19 excluding those for special purposes). Major companies include Unisoc, Anlogic, and Fudan Microelectronics. In terms of market share, the total revenue of major domestic FPGA design … Read more

What is Low Power Design and How to Evaluate Low Power MCU Performance?

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What is Low Power Design and How to Evaluate Low Power MCU Performance?

Concept of Low Power In the design of embedded systems, low power design is a challenge that many designers must face. This is because embedded systems are widely used in portable and mobile products, which often do not have a constant power supply and rely on batteries for power. Therefore, designers consider every detail to … Read more

Low Power Design Strategies for PCB in Smart Home Products

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Low Power Design Strategies for PCB in Smart Home Products

In the rapid development of the smart home field, low power design has become a core challenge for PCB design engineers. Smart home devices often require long standby times or rely on battery power, making power consumption requirements extremely stringent. This article will delve into low power design strategies for PCBs in smart home products, … Read more

Heating Pipeline Design and Low Power Design Insights

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Heating Pipeline Design and Low Power Design Insights

The northwest wind is howling, and the annual heating season has arrived. Heating pipelines are so important during the winter in the north. The design of the pipelines is aimed at maximizing effective thermal energy under determined energy conditions. Low power design aims to meet functional requirements with minimal power consumption. The low power design … Read more