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AN-1198 Power Generator Protection through Differential Relay using GreenPAK™ |
This application note describes how to design a 3-phase power generator protection scheme using the GreenPAK IC as the main controlling element |
1.08 MB |
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SLG46620-A Datasheet |
SLG46620-A Datasheet |
2.2 MB |
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AN-1113 Security Door Lock with Keypad Entry |
This application note shows how to design a door lock that opens with a basic security code |
1.02 MB |
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AN-1200 True Random Number Generator Hardware |
GreenPAK can be used to implement a compact true random number generator that requires no external components (except for decoupling capacitors), and generates true random numbers at a rate of 20 kbit/s |
1.06 MB |
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Dialog Environmental Statement for IC Products |
Dialog Environmental Statement for IC Products |
788.64 KB |
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AN-1121 A GreenPAK™ based Digital Clock |
This application note describes how to make a fully functional digital clock based on 3 GreenPAKs SLG46620V and an external crystal |
1.71 MB |
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AN-1204 DTMF Tone Generator |
This application note describes how to implement a DTMF Tone Generator using a GreenPAK SLG46620V and a SLG88104V OpAmp |
704.6 KB |
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AN-1079 High Speed Level Shifter With Dual Supply GreenPAK |
High Speed Level Shifter With Dual Supply GreenPAK |
681.01 KB |
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AN-1128 GreenPAK LCD Driver Frees Microcontroller Pins |
In this application a GreenPAK SLG46620V is placed between the serial interface of an Arduino Mega 2560, and an LCD 2004A display. This approach now frees up 8 microcontroller pins for other uses in the design |
731.81 KB |
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AN-CM-219 IR Windshield Rain Sensor |
In this application note a rain and ice sensor is implemented by analyzing the reflection of an infrared (IR) light source using GreenPAK™ SLG46620V |
1.11 MB |
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AN-1082 LED Snowfall Effects Lights |
Learn how to make a 64-LED snowfall effect light using a single SLG46620V GreenPAK CMIC |
599.73 KB |
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AN-1129 Android controlled LCD Display |
This application note shows how an LCD display can be controlled via an Android application using Bluetooth. The SLG46620V GreenPAK™ CMIC has been used as the main controller for the project |
1.68 MB |
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AN-CM-224 How to Test and Debug GreenPAK using a Website |
This project shows how a GreenPAK™ design can be tested, debugged, and controlled using a website |
921.8 KB |
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AN-1025 1.0uA Battery Voltage Monitor |
1.0uA Battery Voltage Monitor |
856.09 KB |
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AN-1131 8 Channel Digital Input Data Acquisition Card using LABVIEW |
This application note shows how Digital data is transferred from GreenPAK™ SLG46620V to a computer and received by LabVIEW VI |
801.81 KB |
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AN-CM-225 Smart LED Dimmer Controlled via Bluetooth |
This application note describes how to build a smart digital dimmer using GreenPAK™ SLG46620V |
763.81 KB |
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AN-1055 GreenPAK Macro Circuit Design Wireless Remote Shutter Release |
In this application note both Nikon and Canon wireless remotes are designed with a single GreenPAK chip |
914.34 KB |
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AN-1132 8 Channel Digital Output Data Acquisition card using LABVIEW |
This application note shows how Digital data is transferred from a computer (using LabVIEW) to a GreenPAK™ SLG46620V, which then drives relays with 220VAC / 10A contact rating |
1.77 MB |
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AN-1114 Brushless DC Motor Control |
A GreenPAK configuration applicable for a single-phase BLDC motor is introduced using SLG46620V |
1.06 MB |
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AN-1056 Macro circuit design ADC PWM |
This application note provides a working design example of a PWM using ADC to control the output duty cycle |
671.22 KB |
