PinnedGreenPAK BlogRechargeable Electric Screwdriver DesignThis project describes how to create a Rechargeable Electric Screwdriver using the HVPAK SLG47105. The device is powered by a 3.7 V Li-ion…Dec 14, 2023Dec 14, 2023
PinnedGreenPAK BlogHow to Implement a Suntan Monitor DesignA suntan is important for the human body as it facilitates the production of vitamin D. Additionally, sunlight has an antibacterial effect…May 2May 2
GreenPAK BloginGreenPAK™How to make DC-DC Boost & Buzzer DriverThis project explains how to create a Piezo Driver and Boost DC-DC Converter using one HVPAK SLG47105.Jul 8Jul 8
GreenPAK BlogHow to Implement Smart PWM Fan DriverThis article describes the High Voltage GreenPAK IC configured as an integrated smart PWM fan driver. The design implements fan lock…Jun 28Jun 28
GreenPAK BlogUltra-Low Power Button Reset with GreenPAKIn this project we explain how to develop a design with an on/off button with GreenPAK, with an active current consumption close to 500 nA.May 30May 30
GreenPAK BlogPower MUX Applications OverviewThis project explains the application solution of manual switching between two power sources using the SLG59H1405V device.Apr 19Apr 19
GreenPAK BlogHow to Make a Sine Wave-Based InverterThis post describes how the AnalogPAK SLG47004 can be used as the core of a sine wave-based inverter useful for automotive and renewable…Apr 11Apr 11
GreenPAK BlogHow to Design an Analog Front End for a pH ProbepH probes, with their bipolar voltage outputs and high output impedance, need signal conditioning through an analog front end to make them…Mar 25Mar 25
GreenPAK BlogBe Like Beaver — Use HVPAKHVPAKs are so user-friendly that even beavers use them to create appliances for their homes. Everyone needs a Flashlight, even a beaver…Mar 18Mar 18
GreenPAK BlogUltrasonic Humidifier DesignThis article explains how to implement an ultrasonic humidifier design with some additional features.Mar 7Mar 7
