YJJ SS41 Series Bipolar Hall Effect Digital Position Sensor Is Used In The Field Of Industrial Automation

Product Description:

SS41 Series Bipolar Hall Effect Digital Position Sensor Is Used In The Field Of Industrial Automation

Features:

SS41 series bipolar Hall effect sensors can respond to the alternating South Pole and North Pole.

The built-in regulator can operate stably within the power supply voltage range of 4.5Vdc to 24Vdc, and the internal circuit system can prevent the sensor from being damaged when the polarity of the power supply voltage is accidentally reversed. The SS41 series bipolar Hall effect sensor is a small-sized and multi-functional digital Hall effect element that operates by the magnetic field of a permanent magnet or an electromagnet. The output voltage of this collector open-circuit current sink can be conveniently connected to various electronic circuits.

Product Features:

1. Small size;

2. Reverse polarity protection of power supply;

3. Current sink output

4. Sensitive magnetic characteristics;

5. Working speed: 0 kHz to over 100 kHz.

Honeywell's magnetoresistive (MR) sensor is the most sensitive low-magnetic field solid-state magnetic sensor on the market, which can be used to measure the direction and magnitude of the magnetic field from 70 mG (7 nT) to 6 G (0.6 mT). Honeywell's magnetoresistive sensor can determine the changes in the Earth's magnetic field caused by the presence of ferromagnetic objects or the position of ferromagnetic objects within the Earth's magnetic field. High bandwidth can be utilized to detect high-speed moving vehicles and other iron-containing objects. These sensors adopt a non-contact design, and the working distance depends on the ferromagnetic mass being measured.

Honeywell Hall magnetic sensor product series play a significant role in multiple fields such as industrial automation, automotive electronics, and medical equipment. The following is a detailed overview of this series of products

As a leader in sensor technology, Honeywell's Hall magnetic sensor product series adopts the advanced Hall effect principle, detecting parameters such as the position, speed and direction of an object by measuring changes in the magnetic field. These sensors feature high precision, high sensitivity, low power consumption and stable reliability, and are capable of meeting the demands of various complex application scenarios.

Ii. Main Features

High-precision measurement

Honeywell Hall magnetic sensors can precisely measure the changes in the magnetic field, thereby achieving accurate detection of the position of objects. This high-precision measurement characteristic gives sensors significant advantages in positioning, navigation and control systems in industrial automation.

High sensitivity

This series of sensors have extremely high sensitivity and are capable of detecting weak changes in the magnetic field. This characteristic enables the sensor to perform well in aspects such as speed sensors and position sensors in automotive electronics, accurately reflecting the movement state of the vehicle.

Low power consumption

Honeywell Hall magnetic sensors adopt a low-power design and can maintain stable performance during long-term use. This low power consumption feature makes the sensor have broad application prospects in portable devices, mobile devices and other fields.

Stable and reliable

This series of sensors is manufactured with advanced materials and processes, featuring excellent stability and reliability. Even in harsh working environments, the sensor can maintain stable performance to ensure the normal operation of the system.

Three, product classification

Honeywell Hall magnetic sensor product series include various types to meet the needs of different application scenarios. The main classifications are as follows:

Single-pole Hall sensor

It is suitable for detecting the direction and intensity of the magnetic field and is often used for switch output.

Bipolar Hall sensor

It can detect the direction and polarity of the magnetic field and is suitable for application scenarios where the direction of the magnetic field needs to be distinguished.

Pole Hall sensor

It can respond to magnetic field changes in any direction and is suitable for application scenarios where magnetic field changes need to be detected but directions do not need to be distinguished.

Linear Hall sensor

It can output an analog signal proportional to the magnetic field intensity and is suitable for application scenarios that require precise measurement of magnetic field intensity.

Lock Hall sensor

It has a magnetic retention function. When the magnetic field disappears, the sensor can still maintain its original state, making it suitable for application scenarios that require memory of the magnetic field state.

Iv. Application Fields

Honeywell Hall magnetic sensor product series are widely used in the following fields:

Industrial automation: In the field of industrial automation, Hall magnetic sensors are widely used in positioning, navigation and control systems, such as robots and CNC machine tools.

Automotive electronics: In the field of automotive electronics, Hall magnetic sensors are used in speed sensors, position sensors and other aspects, which can accurately reflect the movement state of the vehicle and improve driving safety.

Medical equipment: In medical equipment, Hall magnetic sensors are used in portable medical devices (such as renal dialysis pumps, blood processing equipment, and infusion pumps) to monitor and control the operating status of the equipment.

Consumer electronics: In the field of consumer electronics, Hall magnetic sensors are used in the magnetic sensors of devices such as smartphones and tablets to achieve functions like screen rotation and compass.

Specifications: