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AN-1163 Human Sensed Automatic Door Opening and Closing System using PIR Sensor in GreenPAK™ |
This application note describes how to create a Passive Infrared Automat Door Control system using the SLG46140V GreenPAK CMIC as the control unit |
2.82 MB |
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AN-1052 GreenPAK Macro Circuit Design LED Brightness Control |
This application note demonstrates how to design a simple LED brightness control using a GreenPAK™ chip |
400.48 KB |
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AN-1180 Air Quality Control System Using GreenPAK™ |
In this application note, the SLG46140V configurable mixed signal integrated circuit was used to build a basic occupancy-based air quality control system |
529.56 KB |
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AN-1053 Constant Current LED Driver with SPI Control |
A constant current LED driver with SPI control can be easily implemented using a Green PAK IC. It has low power consumption, small board area footprint, and only a few external components needed to complete the design |
395.31 KB |
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AN-1184 Remote Control IR Receiver Decoder |
This design is a configurable remote control infrared receiver and decoder. It also performs address and command comparison, and provides a matching true indicator |
2.29 MB |
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AN-1054 GreenPAK Macro Circuit RS flip flop with Reset priority |
Using only two Latch blocks of GreenPAK silicon it is possible to create a circuit that functions as a RS flip flop with priority. This circuit is apt to be most useful in complicated designs where state machines are used |
233.73 KB |
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AN-1057 Servo Motor Control |
A Servo Motor Control can be easily implemented using a GreenPAK CMIC. This design can be very useful in applications such as: RC models, robotics, etc. |
270.38 KB |
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AN-1214 Low Cost Portable Breathalyzer |
This application note demonstrates how to implement a low-cost breathalyzer with a GreenPAK SLG46140V |
1.9 MB |
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AN-1074 6-Channel Power Lines Sequencer |
This application note describes how to create a power lines sequencer for six (or even more) lines with constant or variable delay between lines switching, using only one SLG46140V chip |
749.27 KB |
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AN-CM-216 Class-D Audio Amplifier |
In this app note, a GreenPAK™ SLG46140V is used to create a Class-D Audio Amplifier |
829.57 KB |
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AN-1076 Wake/Sleep Timing Generator |
The Wake/Sleep function is very useful if analog blocks are used and low power consumption is desired. Wake and sleep itself not only powers up and down ACMPs and ADC dynamically, but also latches the outputs while blocks are in sleep mode |
344.56 KB |
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AN-CM-247 Servo Overload Protection |
This application note describes how to protect an unprogrammable servo from overload risk caused by mechanical problems using a GreenPAK IC |
862.2 KB |
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AN-1095 Tiny metal detector |
This application note describes a short range metal detector useful for positioning proximity and robotics |
321.83 KB |
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AN-CM-258 Flex Sensor-controlled Servo Motor |
This application note describes how to control a servo motor using a flex sensor, GreenPAK and OpAmp |
362.75 KB |
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AN-1103 Self-referencing Capacitive Touch Sensor |
An improved capacitive touch sensing algorithm using relative thresholds instead of absolute can be implemented with GPAK device |
376.16 KB |
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AN-CM-261 Overweight Indicator |
This application note introduces the implementation of a load cell to indicate overweight |
932.25 KB |
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AN-1115 Analog Decoder for Single Wire Multi-Key Detection |
This application note shows how to build a multi-level comparator for single wire, multi-key detection using three components in GreenPAK™: the ADC block, the digital comparator (DCMP) and the analog comparator (ACMP) |
394.18 KB |
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AN-CM-262 Automatic Trash Can |
This application note explains how to build a smart trash can that opens automatically when someone approaches and closes automatically when he/she moves away based on a GreenPAK CMIC |
380.49 KB |
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AN-1124 AC Lightbulb Dimmer with a GreenPAK and TRIAC |
This application note demonstrates how to control a 3-phase AC system by controlling each AC phase through a Dialog GreenPAK SLG46140V |
509.73 KB |
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AN-CM-271 PWM Frequency Converter |
This application note describes how to shift the frequency of a PWM signal without changing the duty cycle |
680.44 KB |
