Can smart homes solve family conflicts?

late at night

You received an emergency call from a friend

turn out to be

TA is having a conflict with his partner

Trivial matters

It has become a "death question"

TA asks for your help

Let you help him regain his "desire to survive"

did you see

With the help of smart home

There is an opportunity to improve the quality of life!

So

Is there any way to make smart home products

Intelligent control, low-power Bluetooth (BLE), touch operation

Can we catch them all in one fell swoop?

The answer is: Cypress PSoC 4!

First of all, PSoC 4 has highly programmable flexibility and integrates the Arm Cortex-M0+ high-performance processing core, making it a highly scalable processor platform. For motor control, PSoC 4 provides complete and distinctive on-chip functions, which can help engineers develop motor control systems more intuitively and quickly, and also has significant advantages in terms of cost performance and power consumption.

It is a good hand at controlling costs and reducing power consumption!

Through the programmable analog modules of the Cypress PSoC 4 chip, various intelligent analog sensors can be integrated to form a customized analog front end. These sensors enable home appliances to better and more sensitively collect various data in the surrounding environment, helping the system make smarter decisions.

The PSoC 4 chip integrates Bluetooth Low Energy (BLE), which simplifies the headache-inducing wireless RF design and allows devices to connect smoothly to mobile phone apps and the cloud to achieve functions such as remote control, data analysis, and over-the-air upgrades.

The PSoC 4 chip also simplifies complex human-machine interface (HMI) design, and can achieve a cool, stylish, stable and easy-to-use interactive interface through capacitive and inductive sensing technologies, greatly optimizing the user experience.

Taking capacitive touch technology as an example, PSoC 4 combines capacitive touch technology CapSense, Arm Cortex-M0+ core microprocessor, analog and digital architecture, and adopts a graphical development method to implement touch sensing on each general pin, helping designers to realize complex and reliable user interfaces. CapSense is Cypress's capacitive touch technology accumulated over nearly 20 years, with multiple sensing detection methods, excellent signal-to-noise ratio and waterproof performance.