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Controller IC Chip - ON NCP5388 NCP5388MNR2G QFN-40 chip for laptop - Integrated Laptop Chip (Code 1-CHIP0823)

Controller IC Chip - ON NCP5388 NCP5388MNR2G QFN-40 chip for laptop - Integrated Laptop Chip (Code 1-CHIP0823)
Controller IC Chip - ON NCP5388 NCP5388MNR2G QFN-40 chip for laptop - Integrated Laptop Chip (Code 1-CHIP0823)
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  • Stock: In Stock
  • Brand: Unbranded
  • Model: 1-CHIP0823
  • SKU: 1-CHIP0823
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We send via DHL, UPS, USPS, FEDEX, Hellenic Greek Post, during the same day of the order placement. (Weekends are excluded).The average time of delivery for the United States is 13 to 18 days while for Europe is 5 to 7 days. Return Policy.

Our products are new and are shipped immediately. They have a 2 year warranty (except for batteries) and free shipping. Service line +302109247000 09:00-19:00 Mon-Fri. Our prices are without hidden charges and fees. We comply with the consumer rights directive 2011/83/EU. Any reference to the trademarks of the laptop manufacturers Toshiba, Lenovo, Acer, MSI, Asus, HP etc. is intended solely for the purpose of identifying the laptop manufacturer. Our Company and this website are not affiliated distributors with these manufacturers, the products offered for sale through our website are manufactured as high quality replacements by third party manufacturers. The products provided by our Company are not authentic. But they are worthy replacements and are sold for use in laptops of all manufacturers Toshiba Lenovo Acer MSI Asus HP etc.

Controller IC Chip - ON NCP5388 NCP5388MNR2G QFN-40 chip for laptop- Integrated portable calculator chip(SKU.1-CHIP0823)

The NCP5388 is a two−, three−, or four−phase buck controllerwhich combines differential voltage and current sensing, andadaptive voltage positioning to power Intel’s most demandingPentium® IV Processors and low voltage, high current powersupplies. Dual−edge pulse−width modulation (PWM) combined withinductor current sensing reduces system cost by providing the fastestinitial response to transient loads thereby requiring less bulk andceramic output capacitors to satisfy transient load−line requirements.A high performance operational error amplifier is provided, whichallows for easy compensation of the system. The proprietary methodof Dynamic Reference Injection (Patent Pending) makes the erroramplifier compensation virtually independent of the system responseto VID changes, eliminating the need for tradeoffs between loadtransients and Dynamic VID performance.

Meets Intel’s VR 10.0, 10.1, 10.2, and 11.0 Specifications•Dual−Edge PWM for Fastest Initial Response to Transient Loading•High Performance Operational Error Amplifier•Supports both VR11 and Legacy VR10 Soft−Start Modes•Dynamic Reference Injection (Patent Pending)•8−Bit DAC per Intel’s VR11 Specifications•DAC Range from 0.5 V to 1.6 V•"0.75% System Voltage Accuracy•Remote Temperature Sensing per VR11•2, 3 or 4−Phase Operation•True Differential Remote Voltage Sensing Amplifier•Phase−to−Phase Current Balancing•“Lossless” Differential Inductor Current Sensing•Differential Current Sense Amplifiers for each Phase•Adaptive Voltage Positioning (AVP)•Fixed No−Load Voltage Positioning at –19 mV•Frequency Range: 100 kHz–1.0 MHz•Latched Overvoltage Protection (OVP)•Threshold Sensitive Enable Pin for VTT Sensing•Power Good Output with Internal Delays•Programmable Soft−Start Time•Operates from 12 V•This is a Pb−Free Device

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When you receive before using it, please confirm the chip you received is brand new as described,if you suspect the chip is not new or not as described.

Please don't use it and contact us immediately.

Please make sure you have advanced soldering skill to solder the chips that you will order.

Once it has been used, no return will be accepted.