Applied sensor technology is now used in a variety of electronic products. This technology is essential to achieving high-performance “intelligent” functions. In recent years, applied sensor technology has gained increasing popularity from an eco-friendly standpoint for deducing power consumption. By monitoring peripheral activities and providing fine-grained control of product operation, overall power consumption can be significantly reduced. The importance of such functionality continues to grow. Systems employing a variety of sensors require multichannel A/D converters and timer inputs in order to control the many sensors deployed. In addition, device control is essential, for example to operate motors linked to sensors.
Renesas’ RL78/G14 and R8C/3x Series of microcontrollers provide multiple inputs and outputs at low cost and are ideal for flexible product configurations. They combine multifunction timers, multichannel A/D converters, and low-power operation suitable for applied sensor applications.
System Block Diagram
|Block||Semiconductor device||Recommended products||Features, etc.|
||1.6 V to 5.5 V operation, Low power consumption
|R8C/3x Series||1.8 V to 5 V operation, 16-bit CPU|
|MCU peripheral||CMOS op-amp.||HA1630xxx Series||Low power consumption|
|Reset IC||RNA519xx Series||Variable detection voltage|
|Motor control||Power MOSFET||μPA26xx Series
|Low power MOSFET||RQKxxxx Series, RQJxxxx Series||Small package|
Related Application Notes/Sample Code
|Sample Application Program Generator & Organizer |
Sango system *
|Power MOS FET application note||REJ05G0001-0200|
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