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LC1H93

Uni-polar Hall switching circuit with good cost performance. With highly sensitive magnetic parameters, the kind of Hall switching circuit is able to work under high temperature and extensively applied to industrial positioning, industrial switching and home appliances.

LC4661

A kind of Hall switching circuit featuring high sensitivity, omni-polarity and micro-power consumption. It is extensively applied to the field of battery products like mobile phones, water meters and locks. The adoption of coms process renders higher consistency.

LC2432

A kind of bi-polar Hall circuit with high sensitivity. The adoption of Bicmos process improves magnetic consistency on one hand and enhances the reliability of electrical performances on the other hand. The built-in pull-up resistor facilitates use of customers at a reduced cost. The circuit is able to work under high frequency environment and its consumption current is 1mA only.

LC2431

A representative product of cmos process with ultra-low working voltage minimized to 2.5V and magnetic parameter BOP/BRP typical +30 Gauss. The kind of sensor has industrial level reliability.

LC560X

Primary linear Hall sensor with sensitivity from 2.5mV/Gauss, 3.3mV/Gauss to 5.0mV/Gauss and a total error of 10% under 25℃. The sensor applies rail to rail output, and has industrial level resistance against lightning stroke and surge and EMC and ESD capacities over 6KV. The kind of sensor has industrial level reliability.

LC2462

Bi-polar latching type switching Hall sensor with magnetic parameter BOP/BRP typical +45/-45 Gauss and built with reverse protection function. With excellent resistance against lightning stroke and surge, and superb ESD and EMC capacities, the kind of sensor has the best reliability among products of the same category.

LC2461

Bi-polar latching type switching Hall sensor with magnetic parameter BOP/BRP typical +50/-50 Gauss and built with a freewheel diode for output protection. With excellent resistance against lightning stroke and surge, and superb ESD and EMC capacities, the kind of sensor has the best reliability among products of the same category.

LC2441F

Bi-polar latching type switching Hall sensor with magnetic parameter BOP/BRP typical +50/-50 Gauss and static working current low to 3.8mA. The sensor has reverse protection function; With resistance against lightning stroke and surge, and superb ESD and EMC capacities of industrial level, the kind of sensor has industrial level reliability.

LC2422

Bi-polar latching type switching Hall sensor with magnetic parameter BOP/BRP typical +45/-45 Gauss and static working current low to 3.5mA. The sensor has reverse protection function; With good resistance against lightning stroke and surge, and superb ESD and EMC capacities, the kind of sensor has automotive level reliability.

LC2421

Bi-polar latching type switching Hall sensor with magnetic parameter BOP/BRP typical +45/-45 Gauss and static working current low to 3.5mA. The sensor has reverse protection function; With good resistance against lightning stroke and surge, and superb EMC capacity, the kind of sensor has remarkable reliability.

LC1951

Uni-polar switching Hall sensor with magnetic parameter BOP/BRP typical 250/200 Gauss and static working current low to 3.5mA. The sensor has reverse protection function; With excellent resistance against lightning stroke and surge, and superb ESD and EMC capacities, the kind of sensor has automotive level reliability.

LC1942

Uni-polar switching Hall sensor with magnetic parameter BOP/BRP typical 90/60 Gauss and static working current low to 3.5mA. With excellent resistance against lightning stroke and surge, and superb ESD and EMC capacities, the kind of sensor has automotive level reliability.

LC1941

Uni-polar switching Hall sensor with magnetic parameter BOP/BRP typical 140/110 Gauss and static working current low to 3.5mA. The sensor has reverse protection function; With excellent resistance against lightning stroke and surge, and superb ESD and EMC capacities, the kind of sensor has automotive level reliability.

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