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"Chip" + "Algorithm" - Second-generation Optical Tracking Sensor E-cigarette Solution YS9188

2025-12-26 11:27:42

Generation One: A Visual Feast of Magic Manipulation


In the live demonstration scene, an immersive interactive magic is triggered at the moment of power-on - after pressing the power button, the trackball scrolling dynamically interacts with the LED screen: when the trackball is pushed up, the screen brightness gradually climbs from the bottom; when pushed down, it gradually dims, forming a visual rhythm of light and dark transitions. When rotating the trackball left and right, the LED light effect flows like a star trail, with pixel points lighting up sequentially in the direction of rotation, creating a flowing star trail and providing visual feedback comparable to high-end gaming devices. Through actual testing, the delay from trackball action to screen response is less than 50ms, completely subverting the traditional mechanical feel of electronic cigarettes with "button-response", achieving smooth interaction of "what you move is what you see", elevating electronic cigarettes from passive inhalation tools to highly playable smart devices.


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Second-generation Sensor: Technological Revolution in Industry 4.0



Compared to the first-generation PCB boards that require manual post-welding and pin trimming, the second-generation YS9188 sensor adopts the SOP8 full-surface-mounted package, marking a leap from the "manual era" to the "automation era": the full-surface-mounted process increases production efficiency by 40%; labor costs are directly reduced by 30%, eliminating the need for manual pin trimming. The package is ready to use after being mounted, and the yield rate soars from 95% to 100%, completely eliminating quality issues such as soldering defects and missing parts caused by manual operation. More importantly, the SOP8 package size is only 4.95mm×4mm, fitting seamlessly into the compact space of electronic cigarettes, achieving a win-win situation in terms of mass production cost reduction and quality assurance.



Hardcore parameters: Black technology empowers precise interaction



Size comparison


Despite its compact size, YS9188 integrates four core technologies:


Multi-directional detection engine: Supports precise recognition in 2/4/8 directions + 360° omnidirectional navigation, accurately capturing action intentions whether it's a single finger push or rapid rotation;


Intelligent power-saving system: Three-stage power-saving mode (standby/low speed/high speed) intelligently switches, with standby power consumption as low as 10uA, and endurance capability improved by 2 times compared to traditional solutions;


Dynamic resolution adjustment: With an adjustable range of 500-4000 CPI, it caters to different operational scenarios, from smooth page scrolling to swift menu switching;


Error rate control: The typical tracking error rate is only 3%, which is 167% higher than the industry average (8%), ensuring that every operation is precise and accurate, without drift or jitter.



Software Ecosystem: The Transition from Tools to Ecosystem


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program demonstration



We have not only upgraded our hardware, but also established a comprehensive software ecosystem:


Second screen interactive system: connecting mobile phones/computers to external color screen for simulated interaction;


Anti-mis-touch algorithm: An intelligent recognition algorithm based on the trajectory of the trackball movement, effectively distinguishing between intentional operations and unintentional touches, thus completely eliminating the pain points of mis-touch on touch screens;


Fun game module: Built-in "Piggy" stress-relieving mini-game, simply slide the trackball during work breaks to start the game. The cursor is precisely positioned without drifting, making the electronic cigarette a stress-relieving wonder tool after work;


Technology for Inclusive Benefits: Redefining Interaction Logic


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From the first generation to the second, we have not only achieved a leap in hardware technology but also redefined the interaction logic of e-cigarettes through the deep integration of "chip + algorithm". The optical tracking sensor makes operation more precise, more power-efficient, and more intelligent. The full-patch design compresses the cost of mass production, while the Huichun YS dedicated touch ASIC (DFN12) eliminates the lengthy debugging process of traditional chips with "zero development threshold" - this is true technological inclusivity! What's more noteworthy is that the operation feel of the trackball far surpasses traditional buttons, with a natural pressure-relieving rhythm during scrolling, making every manipulation a fingertip pleasure. This is not only a technological revolution in e-cigarettes but also the future direction of human-computer interaction - allowing technology to truly integrate into life "seamlessly" while enhancing the experience everywhere!


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