No. | parte # | Fabricante | Descripción | Hoja de Datos |
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uPI Semiconductor |
12V MOSFET Drivers adaptive anti-shoot-through protection that prevents cross-conduction of the external MOSFET while maintains minimum deadtime for optimized efficiency. Both gate drives are turned off by pulling low OD# pin or high-impedance at PWM pin, preventing ra |
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uPI Semiconductor |
5V/12V Synchronous-Rectified Buck Controller include internal softstart, under voltage protection, over current protection and shutdown function. With aforementioned functions, this part provides customers a compact, high efficiency, well-protected and cost-effective solutions. This part comes |
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uPI Semiconductor |
5V/12V Synchronous-Rectified Buck Controller include internal softstart, undervoltage protection, overcurrent protection and shutdown function. With aforementioned functions, this part provides customers a compact, high efficiency, well-protected and cost-effective solutions. This part is avail |
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uPI Semiconductor |
Three-Channel Voltage Console soft-jump, easily interfacing with standard DC/DC converter for voltage console. The uP6262 is available in space-saving SOT23-8 package. Provide 3 Sets Current DACs 6% Initial Accuracy I2C Programmable 16-Step Sourcing Current I2C Programmab |
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uPI Semiconductor |
5V/12V Synchronous-Rectified Buck Controller include internal softstart, undervoltage protection, overcurrent protection and shutdown function. With aforementioned functions, this part provides customers a compact, high efficiency, well-protected and cost-effective solutions. This part is avail |
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uPI Semiconductor |
Compact Dual-Phase Synchronous-Rectified Buck Controller configurable gate driving voltage for maximum efficiency and optimal performance. The built-in bootstrap diode simplifies the circuit design and reduces external part count and PCB space. The output voltage is precisely regulated to internal 0.6V or |
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uPI Semiconductor |
Compact Three-Phase Synchronous-Rectified Buck Controller comprehensive protection functions including over current protection, input/output under voltage protection, over voltage protection and over temperature protection. Other features include adjustable soft start, adjustable operation frequency, and qu |
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uPI Semiconductor |
Single Phase PWM Controller easy-to-use, low external component count, fast transient response and quasi constant frequency operation over the operation range. Selectable Forced Continuous Conduction Mode (FCCM) or Power Saving Mode (PSM) enables the flexibility for low noise o |
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UPI |
Single 12V Input Supply Dual Regulator Synchronous Buck PWM and Linear Regulator Controller internal MOSFET drivers that supports bootstrapped voltage for high efficiency power conversion. The bootstrap diode is built-in to simplify the circuit design and minimize external part count. It incorporates simple, single feedback loop, voltage-co |
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uPI Semiconductor |
Compact Dual-Phase Synchronous-Rectified Buck Controller The uP6209 is a compact dual-phase synchronous-rectified Buck controller specifically designed to deliver high quality output voltage for high power applications. This part is capable of delivering up to 60A output current thanks to its embedded boo |
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uPI Semiconductor |
Dual Synchronous Buck Controller include overcurrent protection, overvoltage protection, power-up sequencing, power OK output, and thermal shutdown. The uP6182 is available in the space saving package VQFN4x4-24L, specified from -40 OC to 85 OC. Two Synchronous Buck Controllers |
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uPI Semiconductor |
Compact Dual-Phase Synchronous-Rectified Buck Controller The uP6201A/B is a compact dual-phase synchronousrectified Buck controller specifically designed to deliver high quality output voltage for high power applications. This part is capable of delivering up to 60A output current thanks to its embedded b |
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uPI Semiconductor |
3 Phase Synchronous-Rectified Buck Contronller The uP6207 is a multi-phase synchronous-rectified buck controller specifically designed to deliver high quality output voltage for high-performance microprocessors and graphic processors. The uP6207 integrates a 5V LDO regulator that enables it to w |
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uPI Semiconductor |
12 Phase Synchronous-Rectified Buck Controller The uP6208 12-phase PWM control IC provides a precision voltage regulation system for advanced microprocessors. It can work with Intel VR11/VR10 and AMD 5/6-bit VID table. The controller also includes programmable no-load offset and active voltage p |
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uPI Semiconductor |
Compact Dual-Phase Synchronous-Rectified Buck Controller configurable gate driving voltage f or maxi mum ef ficiency a nd opti mal performance. The built-in bootstra p diode si mplifies the circuit design and reduces external part count a nd PCB space. Features Operate with 4.5V ~13.2V Supply V olta |
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uPI Semiconductor |
Compact Dual-Phase Synchronous-Rectified Buck Controller The uP6201A/B is a compact dual-phase synchronousrectified Buck controller specifically designed to deliver high quality output voltage for high power applications. This part is capable of delivering up to 60A output current thanks to its embedded b |
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UPI Micro |
Multi-Phase Synchronous-Rectified Buck Controller The uP6213A/B is a multi-phase synchronous-rectified Buck controller specifically designed to deliver high quality output voltage for high-performance Intel microprocessors. It integrates a 8-bit DAC that supports Intel VR10 and VR11 tables to set t |
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uPI Semiconductor |
Synchronous-Rectified Buck Converter The uP6306 is a high efficiency synchronous-rectified buck converter with internal power switches. Fixed 300kHz PWM operation allows possible smallest output ripple and external component size. With high conversion efficiency and small package, the |
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UPI Micro |
Compact Dual Phase Synchronous Rectified Buck Controller configurable gate driving voltage for maximum efficiency and optimal performance. The built-in bootstrap diode simplifies the circuit design and reduces external part count and PCB space. The output voltage is precisely regulated to the reference inp |
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uPI Semiconductor |
Single Phase PWM Controller easy-to-use, low external component count, fast transient response and quasi constant frequency operation over the operation range. Selectable Forced Continuous Conduction Mode (FCCM) or Power Saving Mode (PSM) enables the flexibility for low noise o |
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