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Andrea Krmac

Buck converter noise reduction - 0 views

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    How to make use of two-stage filtering in buck converter design in order to reduce output noise.
Andrea Krmac

Peak current mode flyback converter - 0 views

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    This article explains operation of the peak current control loop in flyback converter through use of online simulation.
Syeda Arshiya

WritePad App for iOS, Android: Convert Handwritten Notes to Digital Text - 0 views

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    #DigitalSoon WritePad App for iOS, Android: Convert Handwritten Notes to Digital Text - New App for iOS and Android has been launched which will turn your handwriting notes into digital text and that is WritePad App. WritePad App If you are a fan of hand written notes but does not like maintaining all those papers then this application WritePad suits you best. You just need to have an Android or iPhone Smartphone along with WritePad installed in it. This application is capable of bridging the gap between handwritten notes and digital texts. However there are lots of notebook applications are available for #Android and #iOS devices which are really excellent. But this WritePad is different. Read on to know how this application works. Read More: http://digitalsoon.com/1523/writepad-app-for-ios-android.htm
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    #DigitalSoon WritePad App for iOS, Android: Convert Handwritten Notes to Digital Text - New App for iOS and Android has been launched which will turn your handwriting notes into digital text and that is WritePad App. WritePad App If you are a fan of hand written notes but does not like maintaining all those papers then this application WritePad suits you best. You just need to have an Android or iPhone Smartphone along with WritePad installed in it. This application is capable of bridging the gap between handwritten notes and digital texts. However there are lots of notebook applications are available for #Android and #iOS devices which are really excellent. But this WritePad is different. Read on to know how this application works. Read More: http://digitalsoon.com/1523/writepad-app-for-ios-android.htm
Aasemoon =)

Leveraging FPGA and CPLD digital logic to implement analog to digital converters - 0 views

  • Ted Marena of Lattice Semiconductor Corp., points out that designers of digital systems are familiar with implementing the 'leftovers' of their digital design by using FPGAs and CPLDs to glue together various processors, memories, and standard function components on their printed circuit board. In addition to these digital functions, FPGAs and CPLDs can also implement common analog functions using an LVDS input, a simple resistor capacitor (RC) circuit and some FPGA or CPLD digital logic elements to create an analog to digital converter (ADC).
Aasemoon =)

Delta-Sigma converters for audio output in an infotainment FPGA - 1 views

  • Field programmable gate arrays (FPGAs) present an efficient and inexpensive alternative when it comes to implementing complete embedded systems along with important peripheral functions. The reconfigurable logic circuitry of an FPGA offers tremendous flexibility. A lesser known feature is that the outputs of a digital FPGA also permit various analogue applications.
Andrea Krmac

RCD Snubber desing - 0 views

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    Using turn-off RCD snubber to mnimize mosfet switching losses.
Aasemoon =)

Electrical noise and mitigation - Part 3: Shielding and grounding (cont.), and filterin... - 0 views

  • A shielded transformer is a two-winding transformer, usually delta"star connected and serves the following purposes: Voltage transformation from the distribution voltage to the equipment's utilization voltage. Converting a 3-wire input power to a 4-wire output thereby deriving a separate stable neutral for the power supply wiring going to sensitive equipment. Keeping third and its multiple harmonics away from sensitive equipment by allowing their free circulation in the delta winding. Softening of high-frequency noise from the input side by the natural inductance
Aasemoon =)

Self powered parts will be electronic mainstay by 2020 - Pacemakers to power themselves... - 0 views

  • bowl and pairing off to come up with a way to create and commercialise sensors and switches that generate their own power. The idea is that the parts will make external power sources redundant - because they can convert energy from body heat, light and vibrations straight into electricity. Self powered electronics have already sporadically been used in technology like wall-mount remote control units for air conditioners, says Nikkei, but existing parts are bulky and cost a couple thousand yen a piece. 3,000 yen is about $35 - which means they're not the best bet, financially, yet.
Aasemoon =)

IEEE Spectrum: New Wireless Sensor Uses Light to Run Nearly Perpetually - 0 views

  • The race to create tiny wireless sensors that could monitor anything from pressure in the eyes and brain to the stability of bridges appears to be heating up. Earlier this month, IEEE Spectrum reported on two approaches to creating an almost-indefinitely-running sensor using piezoelectric systems to convert tiny vibrations into power. Now, another team from the University of Michigan has created an alternative approach that uses solar power to keep the sensor running autonomously for many years.
Aasemoon =)

Oversampling with averaging to increase ADC resolution | Audio DesignLine - 0 views

  • When considering the resolution required for an A/D converter (ADC) integrated in a microcontroller (MCU), embedded systems designers must balance cost and performance. Higher ADC resolution implies higher-cost MCUs, but in some cases you can use other features in the MCU to enhance the ADC performance via software. That approach lets you achieve higher resolution using an inexpensive integrated ADC. Here's how to use of oversampling to achieve extra bits of resolution for an ADC integrated in an MCU.
Aasemoon =)

Circuit-protection strategies for improving LED reliability and lifetime - 3/18/2010 - EDN - 0 views

  • LED luminaires require precise power and heat management because LEDs convert most of the electrical energy they receive into heat rather than light. Without adequate thermal management, this heat can degrade the LED's life span and affect color output. Also, LEDs can fail short because they are silicon devices, so they may require fail-safe backup in the form of overcurrent protection. Resettable PPTC (polymeric-positive-temperature-coefficient) circuit-protection devices have demonstrated their effectiveness in a variety of LED-lighting applications. Like traditional fuses, they limit current after they exceed specified limits. However, unlike fuses, PPTC devices can reset after the fault clears and the power cycles.
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