MX887D: µPower Hall Effect Switch |
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The MX887D (Data Sheet) integrated Hall-Effect switch targets the requirements of low-power portable devices with battery operating voltages from 2.5V to 5.5V. On-chip power management circuitry reduces the effective average current to just 5μA at 3.0 VSUPPLY. The switch output will turn “on” when either a north or south magnetic pole is applied. The absence of a magnetic field will turn the switch into a high impedance “off” state. Emulating the behavior of a traditional reed switch, together with the advantages of high integration and solid state reliability, makes the MX887D an ideal replacement in low-power portable device applications. |
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| MX887P: µPower Hall Effect Switch | ||
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The MX887P (Data Sheet) integrated Hall-Effect switch targets the requirements of low-power portable devices with battery operating voltages from 2.5V to 5.5V. On-chip power management circuitry reduces the effective average current to just 5μA at 3.0 VSUPPLY. The switch output will transition to the Ground potential when either a north or south magnetic pole is applied. The removal of a magnetic field will transition the switch to the Vsupply potential. Emulating the behavior of a traditional reed switch, together with the advantages of high integration and solid state reliability, makes the MX887P an ideal replacement in low-power portable device applications. |
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