Power Factor Controllers | NCP1606

临界导通模式功率因数校正控制器

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概览

NCP1606 是一款有源功率因数控制器，专门用作电子镇流器、AC / DC 适配器和其他中等功率离线转换器（通常高达 300W）中的预转换器。它嵌入了一种临界导通模式 (CRM) 方案，实质上在广泛的输入电压和功率水平范围内具有一致的功率因数。NCP1606 采用 DIP8 或 SOIC8 封装，可最大程度减少外部组件的数量。它集成了全面的安全保护功能，因此成为坚固 PFC 级的出色驱动器。

  • Any Power Factor Correction stage typically under 300 W

  • Electronic Ballast
  • LCD TV
  • Plasma TV
  • Desktop PC
  • AC Adapters

  • Pin to pin compatible with industry standard
  • Adj. Over Voltage Protection with two current level options
  • Built-in Under Voltage Protection
  • High Precision Voltage Reference
  • Very Low Startup Current Consumption (<40 microA)
  • Low Typical Operating Current (2.1 mA)
  • -500 mA / +800 mA Totem Pole Gate Driver

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Product services, tools and other useful resources related to NCP1606

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CAD Models

Compliance

Package Type

Case Outline

MSL Type

MSL Temp (°C)

Container Type

Container Qty.

ON Target

PFC Mode

Frequency Operation

Control Mode

Topology

fSW Typ (kHz)

VCC Max (V)

Drive Cap. (mA)

UVLO (V)

Latch

UVP

Inhibition

Reference Price

NCP1606ADR2G

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CAD Model

Pb

A

H

P

SOIC-8

751-07

1

260

REEL

2500

N

CRM

Variable

Voltage Mode

Step-Up

Variable

20

500 / 800

9.5 - 12

Programmable

Fixed

Yes

$0.4

More Details

NCP1606BDR2G

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CAD Model

Pb

A

H

P

SOIC-8

751-07

1

260

REEL

2500

N

CRM

Variable

Voltage Mode

Step-Up

Variable

20

500 / 800

9.5 - 12

Programmable

Fixed

Yes

$0.2699

More Details

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可靠性数据

Die Related Summary Data

Device: NCP1606ADR2G

Equivalent to wafer fab process: VHVIC

产品技术

产品技术

等效器件小时

平均故障间隔时间/平均无故障时间（按小时计算）

FITS

VHVIC

2

2577173853

484220126

2.07

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Re-calculate Data

Data is based on the following assumptions.

Note: The temperature and confidence level may be adjusted to your requirements.

Disclaimer: A reliability FIT rate calculated using this tool shall not be used for any functional safety purpose. In case a raw FIT rate needs to be estimated for a component which is targeted to be used in a safety critical application (i.e. compliant to ISO 26262 standard) it should be calculated according to generic safety standards (IEC62380, IEC61709, SN29500, FIDES, etc.)

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