| | | | | | | | | Low quiescent current is crucial to many battery-operated applications, including the vast array in the IoT, and these three devices can help make it happen. |
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Advertisement | | This article introduces a few key parameters that are not obvious in selecting LDO regulators. It also compares switching regulators and LDO regulators under special low noise requirements, as well as discusses industry trends. |
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| | Advertisement | The LTM8080 is a dual 500mA or single 1A ultralow noise, ultrahigh PSRR μModule regulator. It has cascaded architecture that contains a 40VIN step-down Silent Switcher regulator with an integrated EMI noise shield and low dropout linear regulators. |
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| | | The LT3073 is a low voltage, ultra-low noise, and ultra-fast transient response linear regulator. The wide bandwidth and high PSRR permit the use of small ceramic capacitors, saving bulk capacitance and cost. |
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| | | | Advertisement | | Join this webinar in which co-inventor and design engineer, Daniel Cheng discusses how current and future innovations of Silent Switcher technology help designers achieve their design goals. |
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| | The LTM8080 is an integrated solution comprised of a switch regulator and LDO regulators, which offers both advantages while maintaining a small size and significantly reduced PCB layout sensitivity. |
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