Linear, Compass (ICs)
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North pole Hall effect sensor Slkor SL2254-5 with dynamic offset cancellation and Bi CMOS technology
Product Overview The SL2254-5 is a micro-power, high-sensitivity, North (N) pole Hall effect switch sensor. It integrates a Hall element, voltage regulator, signal amplification and processing module, dynamic offset cancellation module, and a CMOS output stage. Utilizing advanced Bi-CMOS technology and an optimized circuit structure, the SL2254-5 achieves very low input error feedback. Its dynamic offset cancellation technology effectively eliminates offset voltage caused by
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Compact Magnetic Sensor ROHM BU52021HFV-TR Omnipolar Hall IC for S and N Pole Detection Applications
Product OverviewThe omnipolar Hall ICs are magnetic switches designed for both S- and N-pole detection, with the output transitioning from High to Low. This series includes regular single-output Hall ICs and dual-output units featuring a reverse output terminal (active High). They offer micro power operation through an intermittent method (excluding BD7411G), ultra-compact packaging options, and a lineup supporting various supply voltages. These ICs are suitable for
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TMR magnetic switch sensor Slkor SL1303TC with high precision CMOS output and low current consumption
Product Overview The SL130x Series is a high-performance, low-power TMR magnetic switch sensor integrating Tunnel Magnetoresistance (TMR) and CMOS technologies. It offers high precision, high speed, and high sensitivity, making it suitable for industrial and consumer electronics requiring magnetic switch detection. This omnipolar magnetic field detection switch provides full-polar magnetic response with extremely low current consumption. It detects magnetic fields parallel to
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South pole Hall effect switch sensor SLkor SL1254-3 featuring low input error and CMOS output stage
Product Overview The SL1254-3 is a micro-power, high-sensitivity South-pole Hall effect switch sensor. It integrates a Hall element, voltage regulator, signal amplifier, dynamic offset cancellation, and a CMOS output stage. Utilizing advanced Bi-CMOS technology and an optimized circuit structure, the SL1254-3 achieves very low input error feedback. Its dynamic offset cancellation technology effectively eliminates offset voltage caused by packaging stress, thermal stress, and
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Low noise linear Hall effect sensor Slkor SLSS49E-3 featuring integrated circuitry and enhanced temperature stability
Product Overview The SLSS49E is a miniature, versatile linear Hall-effect sensor designed for operation with permanent magnets. It provides a sourcing output voltage that is proportional to the magnetic field strength, directly set by the supply voltage. Featuring integrated low-noise circuitry that eliminates the need for external filtering, this sensor interfaces seamlessly with various electrical components without buffering. Enhanced temperature stability and accuracy are
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Linear Hall effect sensor Semiment SC4011DN-TR with single current source and no external filtering
Product Overview The SC4011 is a low-cost, compact linear Hall effect sensor designed for a wide range of applications. It offers a single current source output with low noise, eliminating the need for external filtering. The sensor responds to both positive and negative magnetic fields, is resistant to mechanical stress, and operates reliably across a broad environmental temperature range of -40 to 105. Its output voltage is proportional to the supply voltage and the applied
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Hall effect sensor Slkor SL1709SL offering full polar magnetic response and multiple package options
Product Overview The SL170x Series is a high-performance, low-power Hall effect switch sensor designed for space-constrained and battery-sensitive systems. It offers versatile magnetic field thresholds, operating frequencies, and package options to suit diverse applications. The sensor detects both South and North poles of a magnetic field, switching its output to low when the magnetic flux density exceeds the operating point (BOP) and returning to high when it drops below
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GaAs Hall Element Sensor Slkor SL-106C for Magnetic Field and Electrical Characteristic Detection
Product OverviewThe SL-106C is a GaAs Hall Element designed for various sensing applications. It offers precise measurement of magnetic flux density and related electrical characteristics, making it suitable for applications requiring accurate magnetic field detection.Product AttributesBrand: SLKORModel: SL-106CMaterial: GaAs Hall ElementOrigin: China (implied by www.slkormicro.com)Technical SpecificationsItemConditionsMin.Typ.Max.UnitSymbolOutput Hall VoltageB=0mT, IC =0
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magnetic sensor Slkor SLSS451A-9 with bipolar semiconductor design and integrated voltage generator
Product Overview The SLSS451A is a high-sensitivity omnipolar Hall-effect switch designed for versatile applications. Utilizing bipolar semiconductor technology, it is sensitive to both south and north magnetic poles. This device integrates essential components including a voltage generator for stable operation across a wide voltage range (3.8 to 40V), reverse voltage protection, temperature compensation, a small signal amplifier, a Schmitt trigger, and an open-collector
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linear hall effect sensor Semiment SC4102DN-TR with 1.5 mV per gauss sensitivity and wide temperature range
Product Overview The SC410X is a low-power linear Hall effect sensor from Semiment, offering proportional output to magnetic flux density. Featuring a quiescent output voltage of 50%*VCC and an ultra-low power sleep mode (< 3uA), it is ideal for battery-powered applications. With a fast wake-up time (< 10us) and a wide operating temperature range of -40 to 105, it is suitable for motor control, keyboard applications, position detection, and gaming controllers. Product
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stable semiconductor solution Semiment SC4002BU-TR designed for integration in industrial electronics
2508011220_Semiment-SC4002BU-TR_C49490287.pdf
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Linear Hall Effect Sensor SLkor SLSS39E-9 with Stable Output Voltage and Integrated Circuit Design
SLSS39E Linear Hall Effect Sensor The SLSS39E is a small, versatile linear Hall-effect sensor operated by a permanent magnet's magnetic field. It offers a linear sourcing output voltage proportional to the magnetic field strength, set by the supply voltage. Its integrated circuitry provides low noise output, eliminating the need for external filtering and allowing direct interface with many electrical components without buffering. The sensor incorporates thin-film resistors
