CPC9909NTR - IXYS Integrated Circuits Division

Manufacturer Part Number

CPC9909NTR

Manufacturer

littelfuse

Introduction

The CPC9909NTR is a highly efficient power management integrated circuit designed primarily for LED driving applications. It operates as an AC DC offline switcher with both step-down (Buck) and step-up (Boost) functionality, allowing for versatile usage in various lighting conditions.

Product Features and Performance

Supports both Buck and Boost topologies

Capable of working with a broad input voltage range from 8V to 550V

Operates at frequency range between 30kHz and 120kHz

Utilizes PWM dimming technique for accurate light output control

Designed for reliable surface mount installation

Compatible with 8-SOIC packaging for streamlined integration

Product Advantages

Flexible voltage input range suited for multiple environments

High frequency operation for efficient performance

PWM dimming provides precise control over light intensity

Undemanding mounting requirements improve ease of application

Key Technical Parameters

Type: AC DC Offline Switcher

Number of Outputs: 1

Voltage Supply (Min): 8V

Voltage Supply (Max): 550V

Frequency: 30kHz ~ 120kHz

Operating Temperature: -40°C ~ 85°C

Quality and Safety Features

Operates within a wide range of operating temperatures ensuring reliability in extreme conditions.

Compatibility

Compatible with surface mount technology spaces

Application Areas

Particularly designed for signage applications that require consistent and effective illumination.

Product Lifecycle

Currently active product status, not nearing discontinuation

No immediate plans for replacements or upgrades, maintaining a stable lifecycle

Several Key Reasons to Choose This Product

Facilitates versatile power management with both Buck and Boost options

Supports a wide input voltage range, adapting to diverse electrical inputs

High frequency operational capabilities optimize energy efficiency

PWM dimming allows for detailed control over brightness settings

Reliable performance in a variety of climatic conditions due to a broad operating temperature range