TLI49462KHTSA1

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Introduction

The TLI49462KHTSA1 is a solid-state magnetic sensor switch manufactured by Infineon Technologies and intended for position detection in harsh environment automobile applications (e.g., detecting turbocharger or camshaft position). This device features a total power-on time of less than 75 μs and is considered to be a robust and reliable solution for detecting and measuring the rotation or movement of small mechanical parts. In essence, the TLI49462KHTSA1 is a Hall effect magnetic sensor switch which measures magnetic fields to detect motion, making changes or modulate outputs when a certain magnetic field level has been reached, thus allowing engineers and other professionals to quickly and accurately locate the position of whatever mechanical component it is attached to.

Application Field

The TLI49462KHTSA1 is especially suitable for harsh environments, especially automobiles, due to its robust and reliable design. Compared to traditional mechanical switches, the TLI49462KHTSA1 is far more reliable without having to worry about mechanical wear and tear. On top of that, its small form factor and low power consumption make it a very attractive choice for automotive applications.

The TLI49462KHTSA1 can also be used in robotics, home automation, and other automated systems as well. By simply attaching it to the desired mechanical components, it can detect rotations or movement, sending the corresponding signals to the computer or control board for further usage. Due to its low power consumption and small form factor, the TLI49462KHTSA1 is a great option for portable electronics, allowing engineers to design miniature devices or products that are easy to install or carry around.

Working Principle

At its core, the TLI49462KHTSA1 is a Hall effect magnetic switch. The principle behind this is that when a magnetic field passes through the device, electrons between two exact points are pushed and pulled by the magnetic field. As a result, this manifests as a change in the electrical current, which is then passed to an output device. In the case of the TLI49462KHTSA1, these change in electrical current is detected and sent to the control board, allowing the precise location of the switch to be known regardless of the external environment.

In addition, the TLI49462KHTSA1 has an adjustable sensitivity level which allows engineers to adjust the sensitivity of the device to ensure that they get the most accurate results. By tuning the sensitivity level, engineers can precisely track the movement of any mechanical component that the switch is attached to.

Conclusion

The TLI49462KHTSA1 is a solid-state magnetic sensor switch intended for harsh environment automotive applications. It works by detecting changes in a magnetic field and sending out a signal when it detects a certain level of a magnetic field. This allows engineers to accurately detect and measure the rotation or movement of small mechanical parts. In addition, the TLI49462KHTSA1 features a low power consumption and a small form factor, making it a great option for automotive and portable electronic applications.

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