Making our projects Wireless always makes it to look cool and also extends the range in which it can be controlled. Starting from using a normal IR LED for short distance wireless control till an ESP8266 for worldwide HTTP control, there are lots of ways to control something wirelessly. In this project we learn how […]
Interfacing RF module with Atmega8: Communication between two AVR Microcontrollers Read More »
Ultraviolet (UV) is an electromagnetic radiation with a wavelength from 10 nm to 400 nm. The ML8511 is an ultraviolet sensor that output an analog signal correlated to the amount of UV light detected. By datasheet the sensor detects wavelength from 280nm to 560nm. Here I’ve implemented a driver for AVR Atmega, portable to other
UV Sensor ML8511 AVR Atmega library Read More »
Features Silent Switcher®2 Architecture: Ultralow EMI on Any PCB n Eliminates PCB Layout Sensitivity Internal Bypass Capacitors Reduce Radiated EMI Optional Spread Spectrum Modulation 4A DC from Each Channel Simultaneously Up to 6A on Either Channel Ultralow Quiescent Current BurstMode® Operation: 6.2μA IQ Regulating 12VIN to 5VOUT1 and 3.3VOUT2 Output Ripple <10mVP-P Optional External VC
LT8650S – Dual Channel 4A, 42V, Synchronous Step-Down Silent Switcher Read More »
Summary The circuit in this reference design features the capability of MC34VR500V1ES to supply multiple DC voltage outputs. This device is designed to support the LS1/T1 family of communication processors, which require efficient and precise level of voltage supplies. With its four switching and five linear regulators, the MC34VR500V1ES can supply power to the whole
MC34VR500V1ES Multi-Output DC/DC Regulator Read More »
Have you ever wanted to take a standard voltage op-amp and turn it into a high voltage output circuit? Here is a technique that requires some shunt regulators to power the chip and some current limiting transistor circuitry for the output. This example should work upto +/- 120V. For more detail: Make an Op-Amp High-Voltage
Make an Op-Amp High-Voltage Output Circuit Read More »
Santa Clara, CA (PRWEB) November 4, 2004 A new family of low-power current-mode controllers that provide increased efficiency and flexibility in cost-sensitive power-supply designs was announced today by Siliconix incorporated (NASDAQ: SILI), an 80.4%-owned subsidiary of Vishay Intertechnology, Inc. (NYSE: VSH). The first true direct replacements for the industry-standard UCC380x and UCC280x families of
Walnut, California (PRWEB) July 5, 2006 Amptronix Inc. is announcing the CSA certification of UL458 compliance of its ATS600 pure sinewave inverter series for industrial or mobile applications. The Amptronix ATS600 Series produce household electricity from a 12-volt / 24-volt DC battery system in a recreational vehicle or trailer by convert DC to 115V or
NORWOOD, Mass. (PRWEB) May 12, 2008 Designed to meet the growing demand for highly configurable industrial automation controllers, the new output drivers offer extensive diagnostic functionality such as fault detection and enhanced sensing capabilities that make system startup and troubleshooting easier. Integrating user-programmable current- and voltage-output capabilities, the AD5750 and AD5751 output drivers are ideally
SAN JOSE, Calif. (PRWEB) May 27, 2008 LinkSwitch-II, a new generation in Power Integrations’ extremely successful LinkSwitch series of ICs, simplifies the design of accurate output CV/CC converters by eliminating the need for optocouplers and all secondary-side CV/CC control circuitry as well as all control-loop compensation circuitry. By integrating all control and protection circuitry plus
Power Integrations' New LinkSwitch Read More »
SAN JOSE, Calif. (PRWEB) June 30, 2008 LinkSwitch-II features Power Integrations’ advanced primary-side regulation (PSR) technology, which utilizes a transformer winding to sense the output current rather than relying on lossy, expensive secondary-side components to provide feedback and regulate the output. This cuts system component count by up to 30 percent, resulting in simpler, more
