TPA5561Q

5-V, Zero-Drift Operational Amplifiers

Data Sheet

Overview
Development Resources
Application
Ordering Detail

Overview

The TPA5561Q and TPA5562Q devices are single and dual operational amplifiers. The devices have very low offset voltage within the operating temperature range by the zero-drift technology. The offset voltage of the device is ±45 μV maximum within the temprature range from −40°C to 125°C.

The TPA5561Q and TPA5562Q devices provide rail-torail input and output. The devices have excellent AC performance with 3.5-MHz bandwidth, 4.7-V/μs slew rate while drawing 0.5-mA quiescent current per amplifier.

The devices can be used in high-accuracy and high-speed signal conditions.

Status

Production
Rating

Automotive
Channel

1
Supply Voltage(Min)

2.7
Supply Voltage(Max)

5.5
Iq per channel (Max)(μA)

1000
GBW (Typ) (MHz)

3.5
Slew Rate (Typ)(V/μs)

4.7
Rail-Rail In

Yes
Rail-Rail Out

Yes
Ishort(Typ) (mA)

60
Vos(Max)(mV)

0.045
Offset Drift (Typ)(μV/°C)

0.01
Ib(typ)(pA)

200
Vn (Typ) (nV/rtHz)

12
Peak Noise at 0.1 to 10Hz(μVpp)

0.25
Shutdown/Disable

/
Operating Temperature Range(°C)

-40 to 125
Feature

/
Package

SOT23-5

Development Resources

Documentation

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Documentation
- Data Sheet
- Selection Guide
- Application Note
- Technical Note
- Technical Reference Manual
- Product Brief
- Solution Reference Manual
- User Guide
- Quick Start Guide
- Errata
- Test Report
- Document Name
- Type
- Language
- Date
- 3PEAK Automotive Selection Guide
  
  Selection Guide
  
  English
  
  03/20/2024
- Datasheet_TPA5561Q-TPA5562Q
  
  Data Sheet
  
  English
  
  02/02/2024
  
  5-V, Zero-Drift Operational Amplifiers
- Introduction to Latch-up and the Preventive Measures
  
  Technical Note
  
  English
  
  01/19/2024
- Application Tips on ESD-EOS
  
  Technical Note
  
  English
  
  01/19/2024
- Analyzing the Power Supply Design of Operational Amplifiers with Examples
  
  Technical Note
  
  English
  
  01/19/2024
- 3PEAK Analog Products Selection Guide
  
  Selection Guide
  
  English
  
  01/19/2024