NCP1618: Multimode (CrM-CCM) Power Factor Controller, Active X2

Datasheet: High-Voltage, Multimode Power Factor Controller
Rev. 7 (1031kB)
製品概要
信頼性データを表示する
材料組成を表示
製品変更通知
The NCP1618 is an innovative multimode power factor controller. The circuit naturally transitions from Critical Conduction Mode (CrM) to Continuous Conduction Mode (CCM) operation mode and vice versa depending on the switching period duration, so that the efficiency is optimized over the line/load range. In very-light-load conditions, the circuit can enter the soft-SKIP mode for minimized losses. Housed in a SO-9 package, the circuit further incorporates the features necessary for robust and compact PFC stages, with few external components.
特長   利点
     
  • Multi-Mode Operation (CrM-CCM)
 
  • Optimized Performance Over a Wide Load Range
  • Frequency Foldback / Soft-SKIP mode
 
  • Optimized Light Load Efficiency
  • pfcOK Signal
 
  • Simple Enabling/Disabling of Downstream Converter
  • Jittering in CCM
 
  • Ease of EMI Filtering
  • Complete protection features: OCP, OVP, BO, BUV, Inrush detect…
 
  • Minimized External Components, Enhanced Robustness
  • Integrated EMI Filter Capacitor (X2) Discharge Circuitry
 
  • Improved Light Load Efficiency and Elimination of Safety Discharging Resistors
アプリケーション   最終製品
  • All Off Line Appliances Requiring Power Factor Correction
 
  • High Power AC/DC Adapter
  • Industrial and Medical Power Supply
  • Lighting Power Supply
  • LED and OLED TV
  • Computing Power Supply
  • Gaming Console
評価/開発ツール情報
製品 状態 Compliance 簡単な説明 アクション
NCP1618MM500WGEVB Active
Pb-free
NCP1618MM500WGEVB - 500W evaluation board
Availability & Samples
Specifications
製品
状態
Compliance
内容
外形
MSL
梱包形態
予算 価格/Unit
タイプ
Case Outline
タイプ
Temperature
タイプ
数量
NCP1618ADR2G Active, Not Rec 
Pb-free
Halide free
NCP1618, Multimode, 65 kHz CCM, 111 V/100 V BO, OVP2 SOIC-9 NB 751BP 1 260 Tape and Reel 2500 $0.437
NCP1618BDR2G Active, Not Rec 
Pb-free
Halide free
NCP1618, Multimode, 65 kHz CCM, 95 V/87 V BO SOIC-9 NB 751BP 1 260 Tape and Reel 2500 $0.437
NCP1618CDR2G Active
Pb-free
Halide free
NCP1618, Multimode, 65 kHz CCM, 111 V/100 V BO, X2 dis. SOIC-9 NB 751BP 1 260 Tape and Reel 2500 $0.437
NCP1618DDR2G Active
Pb-free
Halide free
NCP1618, Multimode, 65 kHz CCM, 111 V/100 V BO SOIC-9 NB 751BP 1 260 Tape and Reel 2500 $0.437
NCP1618FDR2G Active 
Pb-free
Halide free
NCP1618, 65 kHz CCM only, 95 V/87 V BO SOIC-9 NB 751BP 1 260 Tape and Reel 2500 $0.5067
NCP1618HDR2G Active 
Pb-free
Halide free
NCP1618, 65 kHz CCM only, 95 V/87 V BO SOIC-9 NB 751BP 1 260 Tape and Reel 2500 $0.5067
NCP1618JDR2G Active 
Pb-free
Halide free
NCP1618, 65 kHz CCM only, 111 V/100 V BO SOIC-9 NB 751BP 1 260 Tape and Reel 2500 $0.5067
NCP1618KDR2G Active 
Pb-free
Halide free
NCP1618, Multimode, 125 kHz CCM, 111 V/100 V BO, X2 dis. SOIC-9 NB 751BP 1 260 Tape and Reel 2500 $0.5067
マーケットリードタイム(週) : Contact Factory
ON Semiconductor   (2020-09-02) : 22,500
マーケットリードタイム(週) : Contact Factory
マーケットリードタイム(週) : Contact Factory
マーケットリードタイム(週) : Contact Factory
マーケットリードタイム(週) : Contact Factory
マーケットリードタイム(週) : Contact Factory
マーケットリードタイム(週) : Contact Factory
マーケットリードタイム(週) : Contact Factory

Product
Description
Pricing ($/Unit)
Compliance
Status
PFC Mode
Frequency Operation
Control Mode
Topology
fSW Typ (kHz)
VCC Max (V)
Drive Cap. (mA)
UVLO (V)
Latch
UVP
Inhibition
Package Type
NCP1618CDR2G  
 $0.437 
Pb
H
 Active   
MM
Variable
Voltage Mode
Step-Up
65 / Variable
35
500 / 800
17
Yes
Yes
No
SOIC-9 NB
NCP1618DDR2G  
 $0.437 
Pb
H
 Active   
MM
Variable
Voltage Mode
Step-Up
65 / Variable
35
500 / 800
17
Yes
Yes
No
SOIC-9 NB
NCP1618FDR2G  
 $0.5067 
Pb
H
 Active   
CCM
Fixed
Voltage Mode
Step-Up
65
35
500 / 800
17
Yes
Yes
No
SOIC-9 NB
NCP1618HDR2G  
 $0.5067 
Pb
H
 Active   
CCM
Fixed
Voltage Mode
Step-Up
65
35
500 / 800
17
Yes
Yes
No
SOIC-9 NB
NCP1618JDR2G  
 $0.5067 
Pb
H
 Active   
CCM
Fixed
Voltage Mode
Step-Up
65
35
500 / 800
17
Yes
Yes
No
SOIC-9 NB
NCP1618KDR2G  
 $0.5067 
Pb
H
 Active   
MM
Variable
Voltage Mode
Step-Up
125 / Variable
35
500 / 800
17
Yes
Yes
No
SOIC-9 NB
Case Outline
751BP   
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Power Factor Improvement Methods with Their Advantages & Disadvantages
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