アルプスアルパイン Product Lineup

Proven track record in the automotive market Hollow shaft Rotation angle is only 220°

Proven track record in the automotive market Available with insulated lever and metal lever Four types of operation lengths available

Proven results in the livelihood market There are two types of operation panel directions There are three types of movement amounts

Proven track record in the audio market Control section length: 8.2mm Two types of travel available

This document is a selection guide for tact switches (R). It includes detailed information on "What is a tact switch?", "Structure of tact switches", "Examples of applications in home appliances, mobile devices, and industrial equipment", and "Case studies of solutions". Additionally, it introduces points for preventing failures such as foreign object and liquid intrusion, making it a useful reference. Please download it and take a look. 【Contents】 ■ Basics of tact switches ■ Reasons why Alps Alpine is chosen ■ Examples of applications ■ Map of stroke and operating force ■ Case studies of solutions ■ Introduction to points for preventing failures *For more details, please download the PDF or feel free to contact us.

In the industrial equipment industry, robustness that can withstand harsh environments is required. It is important to select tact switches that are resistant to vibrations, shocks, and temperature changes, ensuring stable operation over long periods. Failures can lead to production line stoppages and a decline in product quality, making the choice of reliable switches essential. Our "Tact Switch Selection Guide" covers the structure, features, types, and application examples of tact switches, supporting your product development. 【Usage Scenarios】 - Industrial equipment used in harsh environments - Control panels that require high reliability - Operation panels that demand long lifespan 【Benefits of Implementation】 - Improved product reliability - Reduced risk of failure - Extended product lifespan

"A wide variety makes it hard to choose." "I don't know which switch is suitable for my application." This is a case-based selection guide for tact switches (R) that addresses the concerns of design and development personnel. In addition to basic explanations of structure and features, it covers application-specific installation examples, comparisons of stroke and operating force, and design points to prevent failures. We have compiled practical information into one book. For more details, please view the PDF data from "Catalog Download." If you have any questions regarding product selection, please feel free to contact us.

We would like to introduce a case where our "2 Resonance Vibration Device" was implemented by an educational toy manufacturer. The company had traditionally adopted ERM for vibration representation, but it had limitations in responsiveness and clarity of experience. On the other hand, high-definition vibration methods posed challenges in terms of cost and design load. With the introduction of this product, vibrations are transmitted almost simultaneously with sound, creating a cohesive experience where operation and perception align. By utilizing the vibration control library, they were able to foresee development burdens and concretely envision the experience after completion. [Key Points of the Solution] - Achieved clear feedback that naturally synchronizes with sound due to high responsiveness. - A suitable balance of expressive capability for educational toys that is above ERM but below wideband. - By leveraging the vibration control library, they could concretely anticipate development burdens during the planning stage. *For more details, please refer to the related links or feel free to contact us.*

We would like to introduce examples of utilizing our "High-Precision GNSS Module for Vehicles (with Dead Reckoning Function)" in various fields such as autonomous driving and logistics. Typically, GNSS modules have employed methods that utilize correction information to achieve high precision, but this has the disadvantage of increasing system complexity and operational load. Our product supports multi-frequency, achieving sub-meter accuracy without correction information, resulting in a simpler system configuration. It can also obtain stable positioning results in obstructed environments such as tunnels. 【Key Solutions】 - To achieve a positioning accuracy of 50 cm without correction information, we reduce the communication design load that assumes the acquisition of correction information. - Since it does not rely on correction information, it is easier to establish a configuration that is less affected by communication environments, thereby reducing operational management load after implementation. - It is equipped with a Dead Reckoning-compatible algorithm and a 6-axis sensor (accelerometer + gyroscope), making it easier to continue positioning in obstructed environments. *For more details, please refer to the related links or feel free to contact us.