A1186LLHLT

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Magnetic Sensors - Switches (Solid State) have many versatile applications and can be used in a variety of settings. The A1186LLHLT is a digital, low power, solid state switch suitable for applications requiring a wide operating temperature range. It is a miniature magnetic field sensor designed to measure changes in the magnetic field generated by an externally applied field. The A1186LLHLT responds to magnetic fields over a wide range and can be used for on/off control of power systems or high voltage switching circuits.

The A1186LLHLT is a standard magnetic switch that operates on Hall-Effect principles, which are the effects that a current-carrying conductor will produce a magnetic field and can detect changes in it\'s direction. The Hall-effect allows the switch to maintain a small differential voltage which is proportional to the magnitude as well as the direction of the magnetic field present. When the magnetic field strength surpasses a certain threshold, the Hall-Effect voltage reaches a point where the contacts on the A1186LLHLT sense the activation and produce a signal. This allows for a low-power, solid state switching circuit to be controlled without any physical contact required.

The A1186LLHLT is ideal for controlling circuits over long distances. The application field is diverse, including automotive, audio/video, agricultural, transportation and manufacturing industries. For instance, the switch may be used in automotive applications such as windows, door locks and internal electronic controls, and in audio/video applications in digital recording devices such as CD players and DVD players. In agricultural applications, the A1186LLHLT can be used in temperature control systems to control fan motors, irrigation systems and climate control systems.

The working principle of the A1186LLHLT magnetic switch is simple and straightforward; a current-carrying conductor is placed and connecting to an external circuit, and when the conductor\'s path is exposed to a magnetic field of sufficient strength or direction, a Hall voltage is generated. This Hall voltage is then proportional to the strength of the magnetic field and can be used to activate the switch. Depending on the configuration of the switch, the direction of the magnetic field is also taken into consideration. For example, if the switch is configured to use a right-handed spiral field, and the field is detected in a left-handed field, the switch will remain deactivated.

The A1186LLHLT is a reliable switch for a variety of applications and can be used in both controlling and signaling purposes. With the addition of an external capacitor, the switch provides good performance even in environments with excessive EMI/RFI. The switch is also easily configurable to sense either magnetic fields or reed switches, providing the flexibility required for a wide variety of applications.

The specific data is subject to PDF, and the above content is for reference