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onsemi CS5421GD16 product image
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onsemi CS5421GD16

Manufacturer
MPN
CS5421GD16
LCSC Part #
C3186812
Packaging
SO-16
Customer #
Key Attributes
Dual Out-of-Phase Synchronous Buck Controller
Datasheetonsemi CS5421GD16
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QtyUnit Price(Reference Only)Total Amount
1+$ 2.0877$ 2.09
200+$ 0.8086$ 161.72
500+$ 0.7808$ 390.40
1,000+$ 0.7669$ 766.90
Standard Packaging2500/Full Reel
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Products Specifications

All
TypeDescription
CategoryIntegrated Circuits (ICs)/Power Management (PMIC)/DC DC Switching Controllers
Manufactureronsemi
PackagingSO-16
Operating Temperature0℃~+70℃
Synchronous RectifierYes
FeaturesAdjustable soft-start;Cable compensation
Output Current-
Number of Channels1
TopologyBuck
Operating Voltage10.8V~13.2V
Frequency - Switching750kHz
Output TypeAdjustable
Switch tube (built-in/external)External
Output Voltage-
FunctionStep-down type
Quiescent Current-

Introduction

AI Translation

The CS5421 is a dual N−channel synchronous buck regulator controller. It contains all the circuitry required for two independent buck regulators and utilizes the V² control method to achieve the fastest possible transient response and best overall regulation, while using the least number of external components. The CS5421 features out−of−phase synchronization between the channels, reducing the input filter requirement. The CS5421 also provides undervoltage lockout, Soft Start, built in adaptive FET non−overlap and remote sense capability. The part is available in a 16 Lead SO Narrow package allowing the designer to minimize solution size.

Features

AI Translation
  • V² Control Topology
  • 150 ns Transient Response
  • Programmable Soft Start
  • 25 ns Gate Rise and Fall Times (with 1.0 nF load)
  • 40 ns Adaptive FET Nonoverlap Time
  • 100% Duty Cycle for Enhanced Transient Response
  • Internal Slope Compensation
  • 1.0 V 0.8% and 2.0% Error Amplifier References
  • 150 kHz to 750 kHz Programmable Frequency Operation
  • Switching Frequency Set by Single Resistor
  • Out−Of−Phase Synchronization Between the Channels Reduces the Input Filter Requirement
  • Undervoltage Lockout
  • On/Off Control Through Use of the COMP Pins