In a time where we spend all our time at home, we start looking for ways to enhance our productivity. You may believe that nothing will ever beat your lab at work or college, and let me tell you, you are dead wrong! Today we will take a look at a very convenient palm-sized variable DC […]
DOWNSIZE YOUR BENCH POWER SUPPLY WITH THE R4K-36 SERIES Read More »
There’s great news for you if you are one of those looking for a DC-DC bias supply with small outputs that you can use for your projects. Brian Cornell, an electronic enthusiast with an interest in power management, has built a DC-DC bias power supply using Texas Instruments’ LM5xxx series IC. Cornell oftentimes has kicked around the
LM5161 BASED DC-DC BIAS POWER SUPPLY FOR SOLAR PROJECTS Read More »
Fully Integrated DC/DC Converters from Murata Feature Patented Ultra-Compact, High-Efficiency Design Leveraging a multi-patented design that significantly reduces the footprint and height of power-conversion circuitry, Murata has introduced the UltraBK™ family of compact, low-profile, fully-integrated DC/DC converters. The UltraBK™ converters are aimed at space-constrained applications such as IT and network infrastructure equipment. In addition to unprecedented space
NEW ULTRABK DC/DC CONVERTERS FEATURE TWO-STAGE DESIGN Read More »
Texas Instruments released the TPS62912 and TPS62913 family of low-noise DC/DC switching regulators with integrated ferrite-bead compensation. They offer low noise of 20 µVRMS for frequencies ranging from 100 Hz to 100 kHz and ultra-low output-voltage ripple of 10 µVRMS. Traditional low-noise power supply architectures include such technology like DC/DC converters, low-noise LDO, and an off-chip filter, like a ferrite bead. Integrating ferrite-bead
TI RELEASE TPS62912, TPS62913 FAMILY OF LOW-NOISE DC/DC SWITCHING REGULATORS Read More »
The DC205 low-noise, high-resolution DC voltage source is the right tool when a precision bias source is needed. Its bipolar, four-quadrant output delivers up to 100 V with 1 µV resolution and up to 50 mA of current. In 4-wire mode (remote sense), the instrument corrects for lead resistance delivering accurate potential to your load.
DC205 – PRECISION DC VOLTAGE SOURCE Read More »
BLDC motors help power our day to day equipment, like computer hard drives, fans, CD/DVD players etc. One of this BLDC is Tinymovr. Tinymovr is an affordable BLDC motor controller for precise control of 3-phase brushless motors. Tinymovr is highly integrated incorporating an advanced MCU (Qorvo PAC5527), compact power stage, integrated absolute angle encoder (MPS MA702) and CAN and UART connectivity. Tinymovr can operate in
TINYMOVR BLDC MOTOR CONTROLLER FEATURES QORVO PAC5527 Read More »
Texas Instruments’ 500 mW, high-efficiency low-EMI converters are suitable for ultra-high voltage applications. Texas Instruments’ UCC12040 and UCC12050 DC/DC converters with 3 kVRMS and 5 kVRMS reinforced isolation ratings, respectively, are designed to provide efficient, isolated power to isolated circuits that require a bias supply with well-regulated output voltages. These devices integrate a transformer and DC/DC controller with proprietary architecture
UCC12040/50 3 KVRMS AND 5 KVRMS ISOLATED DC/DC CONVERTERS Read More »
Overview This lesson describes how to control both the speed and direction of a DC motor using Pythonand a L293D chip. In Lesson 8, we used the Pi to generate pulses to control the position of a servo motor. In thislesson we use pulses to control the speed of a regular DC motor and the L293D motor controlchip to reverse the direction of the current through the motor
Adafruit’s Raspberry Pi Lesson 9. Controlling a DC Motor Read More »
How to interface servo motor with Raspberry pi In this project, we will Know about How to interface servo motor with Raspberry pi For this project, we will be using the Raspberry Pi 4 and Tower Pro MG995 Servo Motor. Below is a list of all the components you need to complete this project Components
How to interface servo motor with Raspberry pi Read More »
Littelfuse, Inc. today introduced two second-generation series of 650V, AEC-Q101-qualified silicon carbide (SiC) Schottky Diodes. The LSIC2SD065CxxA and LSIC2SD065AxxA Series SiC Schottky Diodes are available with a choice of current ratings (6A, 8A, 10A, 16A or 20A). They offer power electronics system designers a variety of performance advantages, including negligible reverse recovery current, high surge capability,
