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ON NCV0372BDWR2G Dual-Channel 0V To 14V 1.4MHz Operational Amplifiers

Shenzhen Mingjiada Electronics Co., Ltd, as a professional electronic components distributor, supplies ON NCV0372BDWR2G dual-channel power operational amplifiers for a long time.

NCV0372BDWR2G Operational Amplifier Overview

NCV0372BDWR2G is a high-performance dual-channel power operational amplifier in SOIC-16 package, designed for applications requiring high output current and wide operating voltage range.NCV0372BDWR2G operational amplifier belongs to the NCV series products, which have passed the AEC-Q100 automotive electronics certification, in line with the automotive industry's strict requirements for electronic components. The NCV0372BDWR2G is part of the NCV family of products.

As a monolithic IC, the NCV0372BDWR2G can be used as a power operational amplifier in a variety of applications, including servo amplifiers and power supplies. Its deadband-free frequency distortion characteristics provide excellent performance for driving coil-type loads.

NCV0372BDWR2G Key Features and Technical Data

NCV0372BDWR2G Key Electrical Characteristics

The NCV0372BDWR2G operational amplifiers are equipped with a number of excellent electrical performance specifications that enable them to excel in a variety of analogue signal processing applications:

Wide supply voltage range: The NCV0372BDWR2G supports ±15V dual supply or single supply modes, and the common mode input range includes grounding for easy system design.

High Output Current Capability: The NCV0372BDWR2G provides up to 1.0A output current per channel, making it suitable for driving heavy loads.

Gain bandwidth product (GBP): 1.4MHz, capable of handling IF signals

Switching rate (SR): 1.4V/μs to ensure good transient response

Low input bias voltage: only 1mV for improved accuracy

Low input bias current: 100nA to reduce impact on signal source

Excellent common mode rejection ratio (CMRR) and power supply rejection ratio (PSRR): both reach 90dB, effectively suppressing interference

Low noise performance: input voltage noise density of 22nV/√Hz

Environmental and Reliability Parameters

The NCV0372BDWR2G is designed to meet the reliability requirements of harsh operating environments:

Wide operating temperature range: -40°C to +125°C for industrial and automotive applications

Internal thermal shutdown protection: prevents chip damage from overheating

Environmental compliance: Lead-free, halogen-free/brominated flame retardant-free, RoHS compliant

Humidity Sensitivity: Yes (subject to storage conditions)

Package and Pinout Information

NCV0372BDWR2G The device is available in a SOIC-16 surface mount package with compact dimensions for automated production assembly. The package format ensures good thermal performance and mechanical strength while facilitating PCB layout design.

Typical Application Areas

With its high performance and reliability, the NCV0372BDWR2G has a wide range of applications in several fields:

Automotive electronic systems

As an AEC-Q100 certified device, NCV0372BDWR2G is particularly suitable for various automotive electronic applications:

Electric power steering (EPS) systems: driving motors with its high output current capability

Engine Control Units (ECUs): for sensor signal conditioning

In-vehicle infotainment systems: audio signal processing and amplification

Body control modules: various types of actuator drives

Industrial automation and control systems

In the industrial field, this NCV0372BDWR2G operational amplifier can be used for:

Servo control systems: as error amplifiers for power drive stages

PLC analogue I/O modules: signal conditioning and isolation

Motor drives: current detection and feedback loops

Process control instruments: sensor signal amplification

Consumer electronics and power management

Audio Power Amplifiers: Taking Advantage of Their Low Distortion Characteristics

Switching power supply control loops: error amplification and compensation

Battery Management Systems: Current/Voltage Detection and Protection Circuits

Medical Devices

Medical Sensor Interface Circuits

Analogue signal processing for portable medical instruments

Motor drive control for rehabilitation equipment