Switches (Solid State)
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Battery powered digital omnipolar hall effect switch DIODES AH1912 W 7 with wide supply voltage range
AH1912 Ultra-Low Power Digital Omnipolar Hall-Effect SwitchThe AH1912 is an ultra-low power digital Omni-polar Hall Effect switch IC designed for battery-powered consumer products, utility meters, smoke detectors, and IoT devices. Its hibernating clocking system provides an average supply current of only 1.6A at 3V. The wide supply voltage range (1.6V to 5.5V) enhances battery life and supports low-voltage microcontrollers. With advanced chopper stabilization, it offers
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Ultra sensitive micropower Hall effect switch Cross chip CC6211ETST designed for magnetic detection
Product OverviewThe CC6211E is a micropower, ultra-sensitive, unipolar Hall effect switch. It features advanced Bi-CMOS processing for optimized circuit structure, dynamic offset cancellation for improved consistency, and a miniaturized packaging process for high performance. It is suitable for applications requiring precise magnetic sensing with low power consumption.Product AttributesBrand: CrossChip MicrosystemsSeries: crossMAGProduct Name: CC6211ECopyright: CrossChip
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Digital push pull magnetic sensor COTO RR122-2B22-511 with integrated CMOS technology and consumption
Product Overview The RedRock RR122-2B22-511 and RR122-2B23-511 are digital push-pull magnetic sensors utilizing patented Tunneling Magnetoresistance (TMR) technology with integrated CMOS. These sensors are designed for a wide range of applications including medical, industrial, automotive, and consumer electronics. They offer a low operate sensitivity of 30 G (3 mT) with a unipolar magnetic field response, a broad supply voltage range from 1.7V to 5.5V, and the industry's
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Micropower Unipolar Hall Effect Switch Cross chip CC6211ES5 for Precise Magnetic Sensing Applications
CC6211E Unipolarity, Micropower Hall Effective Switch The CC6211E is a micropower, ultra-sensitive, unipolar Hall effect switch designed for various sensing applications. It features a wide operating voltage range (3-5.5V), fast reaction speed, and superior temperature stability with extremely low switch-point drift. Its advanced Bi-CMOS process and dynamic offset cancellation technology ensure high performance and device consistency. The CC6211E is ideal for use in
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Ultra sensitive hall switch Cross chip CC6207TO designed for instruments meters and other applications
Product DescriptionThe CC6207 is a micro-power, ultra-sensitive, full polarity Hall switch with a latching output, designed to directly replace traditional magnetic reed switches. It is ideal for battery-powered portable electronic devices such as mobile phones, laptops, Bluetooth headsets, and forehead temperature guns. The device is fully polarized for magnetic field discrimination, activating with either a North or South pole and switching off when the field is withdrawn,
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Magnetic Field Detection Using Cross chip CC6103ST Hall Effect Switch IC for Industrial Applications
Product OverviewThe CC6103/4 is a latching Hall effect switch IC manufactured using advanced BiCMOS technology, offering excellent temperature stability and high resistance to mechanical stress, with a maximum operating temperature of 150. It utilizes dynamic offset cancellation and proprietary temperature compensation technology to significantly reduce offset voltage caused by packaging stress and environmental temperature variations, ensuring high consistency in magnetic
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Robust cross chip CC6111ST unipolar hall effect switch ic with integrated voltage regulator and schmitt trigger output
Product OverviewThe CC6111 is a chopper-stabilized, high-precision unipolar Hall effect switch IC manufactured using advanced BiCMOS technology. It offers excellent temperature-stable and stress-resistant performance, making it suitable for extended temperature ranges up to 150C. Utilizing Dynamic Offset Cancellation and Crosschip's patented temperature compensation technology, the CC6111 achieves high consistency in magnetic sensitivity by minimizing residual offset voltage.
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Hall effect switch Cross chip CC6210TO designed for notebooks cordless phones and mobile electronics
Product OverviewThe CC6210 is a low-power, omnipolar Hall-effect switch with latching output, designed to directly replace traditional reed switches. It is ideal for battery-powered portable electronic devices such as mobile phones, cordless phones, notebooks, and PDAs. The CC6210 responds to both north and south magnetic poles, simplifying assembly. It features dynamic offset cancellation technology for improved consistency and an advanced Bi-CMOS process for optimized
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Industrial hall effect sensor ALLEGRO ATS605LSGTN-R-H-T offering gear speed and direction information output
Product OverviewThe ATS605LSG is a single IC solution for rotational position sensing with a ferrous gear target. It features three Hall elements for two independent differential channels, providing accurate speed and direction information. The device offers air gap independent switch points, immunity to external magnetic interference, and a wide operating voltage range. Its robust design and advanced calibration techniques ensure reliable performance across various
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Automotive qualified dual hall effect latch with speed and direction outputs ALLEGRO APS12625LLHALX-CA
Product OverviewThe APS12625 and APS12626 are dual ultrasensitive Hall-effect latches designed for use with ring magnets. They feature vertical and planar Hall elements with orthogonal sensing axes, providing 90 phase separation independent of magnet pole spacing and air gap. This eliminates the need for target optimization, offering flexibility and ease of use. The APS12625 provides Speed and Direction outputs, while the APS12626 offers quadrature outputs (Channel A/B). A
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High temperature hall effect latch ic ALLEGRO APS12625LLHALT-CA qualified to AEC Q100 for automotive
Product OverviewThe APS12625 and APS12626 are dual ultrasensitive Hall-effect latches designed for use with ring magnets. They offer flexible and easy-to-use 2D magnetic sensing with vertical and planar Hall elements, providing 90 phase separation independent of magnet pole spacing and air gap. The APS12625 provides Speed and Direction outputs, while the APS12626 offers quadrature outputs. A unique power-cycling restore feature (-P option) minimizes lost counts/pulses. These
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Hall effect dual latch sensor ALLEGRO APS12625LLHALT-CF with power cycling restore and output short circuit protection
Product OverviewThe APS12625 and APS12626 are dual ultrasensitive Hall-effect latches designed for use with ring magnets. They feature vertical and planar Hall elements with orthogonal sensing axes, providing inherent 90 phase separation independent of magnet pole spacing and air gap. This eliminates the need for target optimization, offering high flexibility. The APS12625 provides Speed and Direction outputs, while the APS12626 offers quadrature outputs (Channel A/B). A
