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PaPIRs motion sensors feature a fully integrated design for simplified circuitry. Built-in functions include amplifier circuit, comparator (digital output), power stabilizer, and optical circuit. 1, 2 and 6μA current consumption is ideal for wireless, battery operated and low power consumption devices. Low curvature lens available in 3 colors and 5m/12m detection range.

Features

EKMB Series	EKMC Series
1 μA low current consumption with Panasonic's proprietary design: Development of a specialized circuit allows the reduction of current consumption to 1 μA (during sleep mode). When motion is detected, the sensor will shift to "stand-by" mode. Reduction of current consumption allows battery life to be extended for battery driven products, including wireless based and low power consumption devices. (Product lineup includes 1 μA, 2 μA, and 6 μA sensors.) Simplified circuitry with fully integrated sensor design: Panasonic's proprietary high-density embedded circuit design eliminates external sensing circuits. Advantages include reduced development and design schedules Robust design prevents false detection: PaPIRs sensing circuits are enclosed in a metallic can to minimize adverse effects of external electromagnetic fields. Examples include irradiated noise caused by cellular phones. A high S/N ratio minimizes sensitivity to false tripping when operated under various environmental conditions. Low curvature lens for product designs: Panasonic's lens formation technology achieves a semi-flat lens with a smooth surface and minimum protrusion from the device. (lens diameter: 9.5mm) In addition to white and black lens options, pearl white is offered for design aesthetics. Lead-free pyroelectric elements: PaPIRs sensing elements contain lithium tantalite and are lead-free. Typical PIT sensing elements are ferroelectric ceramic (PZT) containing lead.	Simplified circuitry with fully integrated sensor design: Panasonic's proprietary high-density embedded circuit design eliminates external sensing circuits. Advantages include reduced development and design schedules Low curvature lens for product designs: Panasonic's lens formation technology achieves a semi-flat lens with a smooth surface and minimum protrusion from the device. In addition to white and black lens options, pearl white is offered for design aesthetics. Robust design prevents false detection: PaPIRs sensing circuits are enclosed in a metallic can to minimize adverse effects of external electromagnetic fields. Examples include irradiated noise caused by cellular phones. A high S/N ratio minimizes sensitivity to false tripping when operated under various environmental conditions. Lead-free pyroelectric elements: PaPIRs sensing elements contain lithium tantalite and are lead-free. Typical PIT sensing elements are ferroelectric ceramic (PZT) containing lead.

EKMB Series

EKMC Series

1 μA low current consumption with Panasonic's proprietary design: Development of a specialized circuit allows the reduction of current consumption to 1 μA (during sleep mode). When motion is detected, the sensor will shift to "stand-by" mode. Reduction of current consumption allows battery life to be extended for battery driven products, including wireless based and low power consumption devices. (Product lineup includes 1 μA, 2 μA, and 6 μA sensors.)
Simplified circuitry with fully integrated sensor design: Panasonic's proprietary high-density embedded circuit design eliminates external sensing circuits. Advantages include reduced development and design schedules
Robust design prevents false detection: PaPIRs sensing circuits are enclosed in a metallic can to minimize adverse effects of external electromagnetic fields. Examples include irradiated noise caused by cellular phones. A high S/N ratio minimizes sensitivity to false tripping when operated under various environmental conditions.
Low curvature lens for product designs: Panasonic's lens formation technology achieves a semi-flat lens with a smooth surface and minimum protrusion from the device. (lens diameter: 9.5mm) In addition to white and black lens options, pearl white is offered for design aesthetics.
Lead-free pyroelectric elements: PaPIRs sensing elements contain lithium tantalite and are lead-free. Typical PIT sensing elements are ferroelectric ceramic (PZT) containing lead.

Simplified circuitry with fully integrated sensor design: Panasonic's proprietary high-density embedded circuit design eliminates external sensing circuits. Advantages include reduced development and design schedules
Low curvature lens for product designs: Panasonic's lens formation technology achieves a semi-flat lens with a smooth surface and minimum protrusion from the device. In addition to white and black lens options, pearl white is offered for design aesthetics.
Robust design prevents false detection: PaPIRs sensing circuits are enclosed in a metallic can to minimize adverse effects of external electromagnetic fields. Examples include irradiated noise caused by cellular phones. A high S/N ratio minimizes sensitivity to false tripping when operated under various environmental conditions.
Lead-free pyroelectric elements: PaPIRs sensing elements contain lithium tantalite and are lead-free. Typical PIT sensing elements are ferroelectric ceramic (PZT) containing lead.

Typical Applications

EKMB Series	EKMC Series
Security Equipment: Wireless security sensors, and cameras Wireless Devices / Mobile Equipment: Wireless occupancy sensors (powered by PV cells or battery) / PC and smart phones / Commercial & Residential Lighting Fixtures / Video Intercoms / Vending Machines / Home Automation	Commercial / Residential Equipment: Lighting fixtures, Sensor switches / Video intercoms, Vending machines / Home automation control panels Home Appliances (Energy Savings): Television and PC monitor / Air conditioners, Air purifiers