3d magnetic field simulation software free

3D Magnetic Field Simulation Software How To Calculate The

Magnetic simulations may be considered as the strongest analytical feature of QuickField software.

3D Magnetic Field Simulation Software How To Calculate The

At this webinar we will show novice users various ways of defining the magnets in QuickField, explain how to calculate the magnetic forces, and demonstrate the presentation options for displaying magnetic simulation results.

Consequently, the problem of raw material shortage for magnetic sensor manufacturing is expected to be aggravated further as the major raw material suppliers belong to China and Taiwan.

The increased global demand for smartphones is one of the key factors fueling the growth of the magnetic sensor market.

However, as the sales of smartphones have decreased significantly worldwide owing to lockdowns imposed by different governments to contain the spread of the COVID-19, it has impacted the growth of market.

They have also affected the GDP of countries and the per capita income of individuals across the world.

The low disposable income has resulted in reduced purchasing power of masses, thereby resulting in a decline in the y-o-y growth for the whole market.

Magnetic sensors used in these systems are highly efficient, highly accurate, reliable, robust, and simple in design.

Magnetic sensor manufacturers are increasingly investing in different magnetic sensing technologies, such as 3D sensing, tunnel magnetoresistance (TMR), and giant magnetoresistance (GMR), to enhance their domain expertise and strengthen their market position.

Moreover, these players are also expanding their magnetic sensor product portfolios by introducing newer products to cater to the needs of various end-use markets.

For instance, in February 2020, Allegro MicroSystems, LLC (US) introduced ATS19580, a fully-integrated, back-biased GMR transmission speed and direction sensor for automotive applications.

The sensor helps reduce system size, complexity, and costs, resulting in improved fuel economy.

This is partially a result of the intense competition among the rising number of sensor manufacturers.

Several companies are channeling their research development activities toward providing cost-effective solutions for existing magnetic sensing technologies, such as position, speed, and angle sensors manufactured using MEMS and 3D sensing technology.

Aggressive RD efforts lead to rapid innovation in new portable, consumer, and IoT applications, which, in turn, leads to pricing pressure, especially for high-volume applications.

Consequently, manufacturers are compelled to decrease the potential price of magnetic sensors.

The major challenges for the companies operating in this market are to increase their manufacturing capabilities, provide improved quality products, and reduce the overall cost of production.

Also, they reduce the consumption of fossil fuels, such as petrol and diesel, reduce global warming and ecological damage, and offer superior fuel efficiency.

Additionally, due to COVID-19, the automotive industry has been facing a slowdown in demand for hybrid, electric, and autonomous vehicles.

However, the demand for hybrid, electric, and autonomous cars is likely to be higher than that of any other vehicle type in the post-COVID-19 period.

The surge in demand for these cars can be attributed to changing lifestyles, governments encouraging the adoption of green vehicles to reduce CO2 emissions and the advent of advanced technologies.

One of the major advantages of using electric cars is that these cars are pollution free.

In addition, several giant car manufacturers, such as GM (US), Ford (US), and Renault (France), are expanding their hybrid and electric car businesses.

Power electronics is a key technology for hybrids and accounts for 20 of the total cost of hybrid vehicles.

This creates high growth opportunities for magnetic sensors in position, speed, and angular detection and measurement applications.

3D Magnetic Field Simulation Software Free