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Dual Hall Effect Latch

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MOQ : 100 Pieces

Dual Hall Effect Latch Specification

Operating Temperature
-40C to +150C

Interface
3-lead, SIP package

Usage
Industrial

Thermal Conductivity
Standard for plastic molded sensors

Power Supply
Electric

Components
Dual Hall Effect sensors, semiconductor housing

Sensors Specification
Omnipolar dual latch, high sensitivity

Output
Digital Latch Output

Input
Magnetic Field Detection

Response Time
<3 s

Features
Dual sensor design, high accuracy, fast response time

IP Rating
IP50 standard

Product Type
Hall Effect Latch

Supply Voltage
3.5V to 24V DC

Size
Standard

Dimension (L*W*H)
4.0 mm x 2.0 mm x 1.2 mm

Function
Dual Hall sensing and latching

Color
Cream

Weight
Approx. 5g

Current Rating
25 mA max

Capacity
Up to 25 mA output current

Thickness
1.2 mm approx.

Frequency
Switching frequency up to 10 kHz

Compliance
RoHS compliant

Mounting Type
Through-hole

Storage Temperature
-55°C to +165°C

ESD Rating
2kV (HBM)

Polarity Detection
Bipolar magnetic detection

Lead Configuration
3-pin (Single Inline Package)

Housing Color
Cream

Material
High-quality semiconductor with plastic encapsulation

Dual Hall Effect Latch Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
10000 Pieces Per Month

Delivery Time
7 Days

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

About Dual Hall Effect Latch

We are a profound entity in this space which supplies a wide array of electric products. In the same line up, we have perfectly made Dual Hall Effect Latch which is used for switching the state of the device. The following product is made from good quality stuff which is processed properly to attain the desired product. It is very compact in size and can easily fit in the targeted location. It is made with the motive of providing a long term solution to the end customer. We deliver this Dual Hall Effect Latch at a very comprehensive price rate. Hall Effect Latch.

High Sensitivity and Fast Response

Engineered with dual Hall Effect sensors, this latch provides rapid magnetic polarity detection and fast digital latching. Its high sensitivity allows quick response to low-intensity magnetic fields, making it suitable for precision industrial automation and control applications.

Sturdy Construction for Industrial Use

Built with high-quality semiconductor materials and a plastic encapsulation, the sensor is designed for demanding environments. Its cream housing and through-hole mounting ensure durability, while an IP50 rating offers protection against dust ingress, making the device reliable in commercial and manufacturing settings.

Flexible Electrical Performance

Supporting a wide supply voltage range (3.5V24V DC) and accommodating up to 25 mA output current, the latch fits seamlessly into various industrial circuits. Its compatibility with standard SIP packaging facilitates straightforward installation and integration into new or existing systems.

FAQs of Dual Hall Effect Latch:

Q: How is the Dual Hall Effect Latch installed in industrial equipment?

A: The latch uses a 3-pin Single Inline Package (SIP) and is designed for through-hole mounting, enabling secure placement on printed circuit boards in industrial hardware setups.

Q: What types of magnetic fields can this sensor detect?

A: This sensor provides bipolar magnetic detection, meaning it reacts to both north and south polarities due to its omnipolar dual latch configuration, ensuring accurate sensing whether the field source orientation changes.

Q: When is the optimal operating temperature range for the latch?

A: The device functions reliably within an operating temperature of -40C to +150C, supporting use in environments with significant thermal variations without compromising accuracy.

Q: Where can the Dual Hall Effect Latch be used most effectively?

A: This latch is ideal for industrial environments, including assembly machinery, automation systems, and process monitoring devices, thanks to its robust build and reliable magnetic sensing capabilities.

Q: What process does the latch follow to detect and output magnetic signals?

A: Upon exposure to a magnetic field, the dual Hall sensors register field presence and polarity, triggering the internal digital latch. This results in immediate, digital output for real-time industrial control actions.

Q: What benefits does dual sensor design provide?

A: The dual sensor architecture improves accuracy and allows for precise magnetic polarity recognition, reducing false triggers and enhancing the reliability of automated industrial operations.

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