NID9N05CLT4G - onsemi

Manufacturer Part Number

NID9N05CLT4G

Manufacturer

onsemi

Introduction

The NID9N05CLT4G is a power management integrated circuit (PMIC) designed by onsemi, focusing on power distribution switches and load drivers for automotive applications.

Product Features and Performance

Designed for relay and solenoid driving with a single N-channel output

Capable of handling load voltages up to 52V

Maximum output current of 9A

Low On-resistance of 90mOhm typical

Incorporates over-voltage fault protection

Can operate in extreme temperatures ranging from -55°C to 175°C

Features a non-inverting input type

Needs no external voltage supply (Vcc/Vdd) for operation

Product Advantages

High reliability and durability in automotive environments

Enhanced safety features with over-voltage protection

Optimal for high-temperature applications due to its wide operating temperature range

Low Rds enhances efficiency by reducing power loss

Direct drive capability without the need for external power supply

Key Technical Parameters

Voltage Load: 52V (Max)

Current Output (Max): 9A

Rds On (Typ): 90mOhm

Operating Temperature: -55°C to 175°C

Qualification: AEC-Q101

Quality and Safety Features

AEC-Q101 qualification assures automotive-grade reliability and quality

Built-in over-voltage fault protection improves safety and device longevity

Compatibility

Surface Mount Technology (SMT) for compatibility with modern PCB designs

Housed in a TO-252-3, DPAK package for standard integration into automotive systems

Application Areas

Automotive power distribution systems

Relay and solenoid drivers in vehicles

High temperature operating environments in automotive applications

Product Lifecycle

Obsolete product status, indicating it is nearing the end of its lifecycle

Users may need to consider seeking replacements or upgrades for future applications

Several Key Reasons to Choose This Product

Automotive-grade reliability and safety due to AEC-Q101 qualification and robust fault protection

High performance in extreme conditions, supporting a wide range of automotive applications

Efficient power management with low Rds On to minimize energy loss

Versatile compatibility with modern PCB design standards and automotive systems

Though obsolete, it may still provide an optimal solution for existing designs requiring high reliability and specific operational criteria