OJE-SH-112HM,000 Módulo de sensor de alta precisão ?C Embalagem individual

OJE-SH-112HM,000 Overview

The OJE-SH-112HM,000 is a high-performance Hall-effect sensor designed for precise magnetic field detection in demanding industrial environments. This device offers robust sensitivity and stability, making it suitable for applications requiring accurate current sensing and position detection. With its compact package and low power consumption, it integrates seamlessly into various electronic systems, delivering reliable operation under diverse temperature and voltage conditions. Engineers and sourcing specialists can rely on this sensor for consistent performance and durability, backed by proven semiconductor manufacturing standards from Fabricante de CI.

OJE-SH-112HM,000 Technical Specifications

Parâmetro	Especificação
Supply Voltage (VCC)	3.8 V to 24 V
Tipo de saída	Analog voltage output
Gama de temperaturas de funcionamento	-40??C a +150??C
Sensibilidade	3.3 mV/Gauss (typical)
Tempo de resposta	1 ??s (typical)
Tipo de embalagem	TO-92 or SIP 3-pin
Output Voltage at Zero Field	1.65 V (typical at 3.3 V supply)
Consumo de corrente	4 mA (typical)

OJE-SH-112HM,000 Key Features

• High Sensitivity: Provides precise magnetic field detection with a sensitivity of 3.3 mV/Gauss, enabling accurate current monitoring and position sensing.
• Ampla gama de tensões de funcionamento: Supports supply voltages from 3.8 V to 24 V, allowing flexible integration into various industrial power systems.
• Fast Response Time: Offers a typical response time of 1 ??s, suitable for real-time sensing applications requiring quick signal changes.
• Broad Temperature Range: Operates reliably between -40??C and +150??C, ensuring stable performance in harsh industrial conditions.
• Compact Package: Available in TO-92 and SIP 3-pin configurations, facilitating easy PCB mounting and space-saving designs.
• Baixo consumo de energia: Typical current draw of 4 mA supports energy-efficient system design without compromising sensor accuracy.

OJE-SH-112HM,000 Advantages vs Typical Alternatives

This sensor delivers enhanced sensitivity and a wider operating voltage range compared to typical Hall-effect devices, providing superior accuracy and flexibility for industrial applications. Its fast response time and broad temperature tolerance ensure dependable operation where conventional sensors may falter. The compact package and low power requirements enable efficient system integration, reducing overall design complexity while maintaining high reliability and performance.

Aplicações típicas

• Current sensing in power management systems where accurate magnetic field detection is critical for monitoring and control of electrical loads.
• Position detection in industrial automation equipment, providing reliable feedback for motor control and robotics.
• Speed measurement in brushless DC motors, enabling precise rotational speed control for improved efficiency.
• Proximity sensing in security and safety devices, leveraging the sensor??s fast response and high sensitivity for timely detection.

OJE-SH-112HM,000 Brand Info

The OJE-SH-112HM,000 is manufactured by a leading semiconductor producer specializing in magnetic sensing solutions. This product reflects the company??s commitment to delivering high-quality, reliable components designed for industrial electronics. Offering extensive application support and compliance with rigorous manufacturing standards, the brand ensures that each sensor meets stringent performance and durability requirements. Sourcing specialists benefit from consistent availability and detailed technical documentation, facilitating seamless integration into complex electronic systems.

FAQ

What is the typical operating voltage range for this sensor?

The sensor operates reliably across a wide voltage range from 3.8 V up to 24 V. This flexibility allows it to be used in various industrial power supply environments without the need for additional regulation.

How does the sensor??s response time affect its applications?

With a typical response time of 1 micro