LOW-POWER BUTTON REPLACEMENT WITH FORCE-SENSITIVE RESISTOR
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resistor
RF Motion Controlled Robot
Introduction For our final project, we designed and implemented a remote-control car with a user-controlled steering wheel interface. We wanted a user interface that was immediately intuitive and familiar, which we thought a steering wheel with an onboard accelerometer definitely accomplished. Additionally, we wanted a system that could realize reliable real-time remote communication, so we
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Friwo LED drivers will light up your LEDs as much as you just want
LT series LED drivers with 10-100W power represent a complete solution with wide possibilities of control. Exceptionally narrow and slim design, remained even at high-power versions, provides a high flexibility of use. Power supplies for LED lighting (so called drivers) are available from many producers, in a various qualitative level. Why to decide just for
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DUAL 15A OR SINGLE 30A MODULE REGULATOR WITH STACKED INDUCTOR PACKAGE IS 96% PEAK EFFICIENT
Analog Devices announces the Power by Linear LTM4662, a dual 15A or single 30A step-down µModule regulator in a BGA package with an exposed stacked inductor for improved thermal dissipation properties. The remaining components, the MOSFETs, DC/DC controller and supporting components, are over-moulded and the complete device is housed in a 11.25mm x 15mm x 5.74mm BGA
LT3964 – Dual 36V Synchronous 1.6A Buck LED Driver with I2C
Features Wide Input Voltage Range: 4V to 36V Two Independent 1.6A/40V Synchronous Bucks I2C Interface for Internal True Color PWM™ Dimming (8192:1), Analog Dimming and Fault Reporting 1000:1 External True Color PWM Dimming and 10:1 External Analog Dimming PMOS Switch Driver for PWM and Output Disconnect ±3% Constant Current Regulation Adjustable Frequency: 200kHz to 2MHz Frequency Synchronization
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News about Current Sense Amp Integrates Precision Shunt Resistor In Single Package
Texas Instruments says it is making, “high-accuracy measurement more attainable with the first current-sense amplifier to integrate a high-precision, low-drift 2 mΩ shunt resistor,” – the device can cut calibration effort, system cost, and footprint for test and measurement, communications load monitoring, and power supplies. For highly accurate measurements over a wide temperature range, TI’s
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Sensing current on the high side
As EDN’s Design Ideas editor, I see a range of design submissions, from good, to not so good. A recent DI I turned down for several reasons included a high-side current sense circuit with implementation problems. This got me thinking about the different ways to accomplish current sensing on a voltage rail. At their heart,
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