Why are smart watches the new darling on your wrist?

Why are smart watches the new darling on your wrist?

 

When it comes to smart wearable devices, the most popular may be smart watches. Currently, smart watches on the market are mainly divided into two categories: health data monitoring and smart experience. Health data monitoring products usually have heart rate, pedometer and calorie consumption monitoring functions, while smart experience watches focus on the application experience on the wrist. For example, the Apple Watch plays a good role as the second screen of the iPhone.

 

The outstanding performance of the Apple Watch is due to its powerful internal nature.

Numerous components are compactly distributed in a small space:

 

Red: Anhuake AFEM-8087

Orange: OU JQ

Yellow: YY MEH ECE (acceleration sensor + gyroscope)

Green: AE827 I2033 0836

Blue: STMicroelectronics ST33G1M2 32-bit MCU with ARM SecurCore SC30

The third-party APP for Watch has already exceeded 1000+. As the Apple Watch updates iterative calculations, it becomes more advanced and smarter, and the product's functions will definitely be more and more. The load on the chip or processor will also be very large, and the heat generation will increase accordingly. Whether the heat generated during chip operation can be conducted out at the first time, higher requirements are also placed on the requirements of heat-conducting and heat-dissipating materials.

 

【Solutions 01】

WT5912 series thermal

Model: WT5912-H20-55;

      

Waermtimo researched and developed TIM's new high-strength thermal

 

 

【Solutions 02】

WT5902 series thermal

Model: WT5902-D40-40;

      

Thermal conductivity range: 4W, 5W, 6W, 7W, 9W

WT5902 series thermal pads can solve the problem of product structure design tolerance changes, and can be reused.

 

 

【Solutions 03】

WT5921 series thermal gel

Recommended models: WT5921-30; WT5921-35

Thermal conductivity range: 3W, 3.5W

 

Thermal gel is generally packaged with a syringe. This material itself does not contain solvents. It has the characteristics of high thermal conductivity, low compression force, high compression ratio, good electrical insulation properties, and good temperature resistance. Good weather resistance, high and low temperature resistance, good insulation properties, etc. At the same time, it has strong plasticity, can meet the filling of uneven interfaces, and meet the heat transfer requirements of various applications. It is currently the most advanced thermally conductive material.

 

For more product information, welcome you

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