Magnetic Sensors - Switches (Solid State)

The TLE4984CHTE6747HAMA1 is an integrated magnetic sensor, also known as a switch. Switches are typically used for low current applications to detect the presence of a magnetic field and can be used for variety of functions, from door locks to adjustable power tools.

The TLE4984CHTE6747HAMA1 is an N-channel Schmitt trigger, meaning that it has two different input thresholds for switching from low to high (or vice versa) output, based on the presence or absence of a magnetic field. This feature greatly reduces any false alarms that may be caused by external noise.

The TLE4984CHTE6747HAMA1 uses hall effect, a physical phenomenon that occurs when a magnetic force applied to a solid-state device affects the output current. When the magnetic field is increased, the hall effect sensor will output a higher level of current which can be detected and used to switch to a higher or lower level of operation.

The TLE4984CHTE6747HAMA1 is a 3-axis switch, meaning that it can detect the presence of a magnetic field in three directions (X, Y, and Z). This makes it ideal for applications where it is necessary to detect the exact position and orientation of a magnet. The switch can be used in two different modes: magnetic-only and magnetic plus acceleration. In magnetic-only mode the switch will only be triggered if the incoming magnetic signal is strong enough; in the magnetic plus acceleration mode the switch can also be triggered by the acceleration of the device.

The TLE4984CHTE6747HAMA1 is a low-power magnet switch and is designed to be extremely sensitive. The switch can measure magnetic fields from as low as 10 gauss. It can also be used in a wide range of temperatures, from -40°C to +125°C, making it suitable for use in both industrial and consumer applications.

The TLE4984CHTE6747HAMA1 is a reliable and versatile switch suitable for a wide range of applications including home and office security systems, automatic door locks, power tools, and automation systems.