NFP0QSN122HL2D - Murata Electronics

Manufacturer Part Number

NFP0QSN122HL2D

Manufacturer

murata-electronics

Introduction

The NFP0QSN122HL2D is a high-performance common mode choke designed for filtering applications, particularly in scenarios where noise reduction is critical. Developed by Murata Electronics, a leader in electronic components, this product is aimed at enhancing system reliability and performance by mitigating common mode noise.

Product Features and Performance

Effective common mode noise suppression

Compact size for space-sensitive applications

Low direct current resistance (DCR), minimizing power loss

High current handling capability

Optimized for a wide frequency range

Product Advantages

Reduces electromagnetic interference (EMI), enhancing system stability

Compact design allows for easy integration into various circuit designs

Low DCR helps in maintaining system efficiency

Durable construction ensures longevity and reliability

Key Technical Parameters

Common mode impedance values

Rated current

Operating temperature range

Size and footprint specifications

Quality and Safety Features

Manufactured under strict quality control standards

Complies with relevant international safety standards

Robust design resistant to environmental stressors

Compatibility

Versatile design compatible with a wide range of electronic circuits

Suitable for use in both AC and DC applications

Application Areas

Power supplies

Consumer electronics

Telecommunication systems

Industrial controls

Product Lifecycle

Obsolete status implies that the model is no longer being manufactured

Potential availability of replacements or upgrades for continuity in applications

Several Key Reasons to Choose This Product

Murata Electronics' reputation for quality and reliability

Effective solution for minimizing common mode noise, crucial for high-performance electronics

Compact and efficient design aids in seamless integration

Broad application suitability from consumer devices to industrial systems

While obsolete, possible replacements or upgrades may offer continuity and performance enhancements