A3213EUA-T

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

The A3213EUA-T is a type of magnetic sensor switch, also known as a solid state switch, which is designed to act as a low-power switch in response to a change in the presence of a magnetic field. It features a small profile making it suitable for use in restricted spaces. This type of application is useful for a variety of end-uses, including current, contact, and motion sensing.

The A3213EUA-T is designed to detect a change in a magnetic field when a predetermined magnetic adjustment is exceeded. The device can operate in a variety of switch modes, including wire-to-wire, loop, or off, depending on the application. It also has a built-in temperature compensation feature which improves accuracy and response time.

The A3213EUA-T is typically used in environments that require accurate monitoring of magnetism such as in power plants or locations with hazardous materials. As this device requires very low operating power, it is also suitable for battery-operated applications.

This device uses two sensing coils, one of which provides a back current to the other, while the other coil acts as a sensing receiver. When a detected magnetic field exceeds the predetermined adjustment level, the device will switch to the "on" state. When the detected magnetic field returns to the set threshold level, the device will switch off the state.

The output of the A3213EUA-T can be adjusted using an external trim control. It has wide temperature range from -40°C to 85°C and its maximum reliable load current is 1A. The device features a signal/noise ratio (SNR) of 95 dB and an operating range of 1mT to 35mT. The device is also rated to resist moisture, shock, and vibration.

The A3213EUA-T is a robust, reliable, and cost-effective magnetic sensor switch designed to find application in a variety of high-availability applications. It is suitable for use in confined spaces and can be used in battery-operated applications due to its low power requirements.

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