2180 views|0 replies

2618

Posts

0

Resources
The OP
 

Will power management integrated circuits (PMIC) be the mainstream direction in the future? [Copy link]

A flexible, streamlined programming flow enables designers to apply a single IC to a variety of use cases, helping manufacturers reduce time to market and bill of materials costs.

Power management integrated circuits (PMICs) are critical components in a wide range of devices, including smart watches, thermostats, headphones, tablets, SSDs, battery chargers, video cameras, and more. Qorvo's customizable PMICs offer system designers an alternative to conventional power devices while providing the agility and design flexibility to adapt to a variety of applications and a wide range of market needs.

It seems that power management integrated circuits (PMIC) are still very popular. Let’s take a look at the PMIC market survey results.

High demand for battery-powered devices, fast-paced technological advancements, and the popularity of new semiconductor applications have led to a surge in the use of power management integrated circuits (PMICs). Market Research Future predicts that the PMIC market will reach $46.15 billion by 2025. PMIC components can provide fully integrated high-performance solutions for many consumer electronics, telecommunications, networking, automotive and other applications. System designers can use PMICs to optimize power management, prevent overvoltage or overcurrent faults, implement human-machine interfaces, manage battery life and charging, and perform many other control functions for mechanical, electromechanical and electronic devices.

Consumer electronic devices have driven the global PMIC demand since 2015, with wearable devices accounting for the largest share. PMICs provide a solution for consumer product manufacturers to produce low-cost devices with high system performance. PMICs are rapidly replacing traditional discrete solutions, including regulators and control circuits, enabling compact device designs with excellent power efficiency.

Figure 1: Power management integrated circuit applications.

Finally, let’s take a look at the challenges and opportunities facing PMIC

ActivePMICs.com will benefit design teams, system architects and manufacturers with the flexibility and customization capabilities of ActivePMICs. Currently, custom PMICs face global IC shortages and production delays, and ActivePMICs.com will accelerate the PMIC design process through the use of innovative tools and simplified programming, reducing manufacturers' delivery time from months to two weeks or less.

Qorvo PMICs' rapid design and fast turnaround capabilities help the company seize opportunities to introduce competitive products into new markets with compact, small form factors; optimized, precision-designed specifications; and proven integration strategies to build reliable solutions with long lifecycles.

With its latest ActivePMIC component family, Qorvo is taking the design, development and deployment of breakthrough power management systems to a new level with the compactness and convenience of an SoC. These versatile ICs help you save time, money and space.

The above content is excerpted from Qorvo's customizable PMIC, which simplifies the design of power management systems . From the above introduction, it can be seen that power management integrated circuits (PMIC) are likely to be the mainstream of future development? What do you think? Let's discuss it together. It feels that new technologies will replace a batch of traditional ICs.

This post is from RF/Wirelessly
 

Guess Your Favourite
Just looking around
Find a datasheet?

EEWorld Datasheet Technical Support

Featured Posts
【McQueen Trial】Comparison of the accuracy of several ultrasonic sensor programs of McQueen

Purpose Compare the test accuracy of several ultrasonic sensors to provide a reference for everyone's use. Methods Write ...

[Project source code] [Modelsim FAQ] Definition of port reg and wire in TestBench

This article and design code were written by FPGA enthusiast Xiao Meige. Without the author's permission, this article i ...

[Bluesight AB32VG1 RISC-V board "meets" RTT] Run it first

I received the board yesterday. It is quite small and compact. The components are hand-soldered, the soldering is very g ...

【Development and application based on NUCLEO-F746ZG motor】6. Program framework

Starting today, I will officially start learning the program. ST's main programs are open source. I will first understan ...

Evaluation shortlist: Domestic FPGA Gaoyun GW1N series development board (2 new boards added)

Event details: >> Click here to view First of all, I would like to thank Gaoyun for adding 2 development boards to ...

35 "Ten Thousand Miles" Raspberry Pi Car——ROS Learning (Realizing Hello World)

The best way to learn ROS is to use it. The ROS official website has a Chinese version of the tutorial . After install ...

41 "Wanli" Raspberry Pi car - ROS learning (ROSBridge controls the little turtle)

This post was last edited by lb8820265 on 2022-11-3 22:29 Previously, we introduced how to control the turtle using t ...

How far is RISC-V from competing with Arm?

RISC-V is an open standard instruction set architecture for computer chips. It may take another 5-10 years to full ...

[Xingkong board Python programming learning main control board] Portable juice spectrometer based on Xingkong board

This post was last edited by HonestQiao on 2022-11-21 10:53 Table of contents: 1. Origin of the idea 2. Hardware Mater ...

Have you ever encountered the page prompt "Virtual MFA verification code error" when using the virtual MAF verification code to log in to the bastion host?

At first, I used the MFA WeChat applet to view the MFA verification code, and I could log in to the virtual machine norm ...

快速回复 返回顶部 Return list