The ISL6314 single-phase PWM control IC provides a precision voltage regulation system for advanced microprocessors. This controller IC maintains the same features as the multi-phase product family, but reduces the output to a single-phase, for lower current systems. By reducing the number of external parts, this integration is optimized for a cost and space saving power management solution. One outstanding feature of this controller IC is its multiprocessor compatibility, allowing it to work with both Intel and AMD microprocessors. Included are programmable VID codes for Intel VR11 as well as AMD 5-bit and 6-bit DAC tables. A circuit is provided for remote voltage sensing, compensating for any potential difference between remote and local grounds. The output voltage can also be positively or negatively offset through the use of a single external resistor. Another unique feature of the ISL6314 is the addition of a circuit that allows optimizing compensation to be added for flatter load transient response and well controlled dynamic VID response. The ISL6314 also includes advanced control loop features for optimal transient response to load apply and removal. One of these features is highly accurate, fully differential, continuous DCR current sensing for load line programming. Active Pulse Positioning (APP) and Adaptive Phase Alignment (APA) are two other unique features, allowing for quicker initial response to high di/dt load transients; the number of output bulk capacitors can be reduced, helping to reduce cost. Protection features of this controller IC include a set of sophisticated overvoltage, undervoltage, and overcurrent protection. Furthermore, the ISL6314 includes protection against an open circuit on the remote sensing inputs. Combined, these features provide advanced protection for the microprocessor and power system.


  • Integrated-driver Single-Phase Power Conversion
  • Precision Core Voltage Regulation
  • Differential Remote Voltage Sensing
  • ±0.5% System Accuracy Over-Temperature
  • Adjustable Reference-Voltage Offset
  • Optimal Transient Response
  • Adaptive Phase Alignment (APA)
  • Active Pulse Positioning (APP) Modulation
  • Fully Differential, Continuous DCR Current Sensing
  • Accurate Load Line Programming
  • Variable Gate Drive Bias: 5V to 12V
  • Multi-Processor Compatible
  • Intel VR11 Mode of Operation
  • AMD Mode of Operation
  • Microprocessor Voltage Identification Inputs
  • 8-Bit DAC
  • Selectable between Intel VR11, AMD 5-bit, and AMD 6-bit DAC tables
  • Dynamic VID Technology
  • Overcurrent Protection
  • Multi-tiered Overvoltage Protection
  • Digital Soft-Start
  • Selectable Operation Frequency up to 1.0MHz
  • Pb-free plus anneal available (RoHS compliant)


製品名 Part Status Pkg. Type Carrier Type MOQ 購入/サンプル
Active QFN Tube 60
Active QFN Reel 6000
Active QFN Tube 60
Active QFN Reel 6000


タイトル language 分類 形式 サイズ 日付
star ISL6314 Datasheet データシート PDF 1.26 MB
Five Easy Steps to Create a Multi-Load Power Solution ホワイトペーパー PDF 846 KB
AN1681: Grounding Techniques アプリケーションノート PDF 509 KB
AN1684: Nonideality of Ground アプリケーションノート PDF 397 KB
PCN14036 - Wafer fabrication Site Change for Listed Intersil Products - Palm Bay, Florida 製品変更通知 PDF 294 KB
PCN13024 - Alternate Manufacturing Site for Assembly of the Listed Intersil DFN/QFN Packaged Products - Advanced Semiconductor Engineering - Chung-Li, Taiwan (ASECL 製品変更通知 PDF 183 KB
PCN13009 - Alternate Bond Wire Material and Manufacturing Facilities for Assembly of the Listed Intersil DFN/QFN Packaged Products - Advanced Semiconductor Engineering (ASECL) - Chung-Li (ASECL), Taiwan and STATS ChipPAC (SCM) - Kuala Lump 製品変更通知 PDF 173 KB
PCN11005 - Alternate Manufacturing Site for the Listed Intersil QFN/TQFN Packaged Products - STATS ChipPAC Malaysia 製品変更通知 PDF 153 KB
PCN10055 - Alternate Bond Wire Material for Assembly of the Listed Intersil DFN/QFN Packaged Products - STATS ChipPAC Malaysia 製品変更通知 PDF 248 KB
ISL6314 iSim:PE Model 回路図 SXSCH 288 KB


タイトル 分類 Description 会社名
iSim:PE Offline Simulation Tool Simulator iSim Personal Edition (iSim:PE) speeds the design cycle and reduces risk early in any project, identifying parts that can be used in current as well as next-generation designs. Renesas