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TLV9154IPWR

Texas Instruments

TLV9154IPWR by Texas Instruments

TLV9154IPWR by Texas Instruments is a quad operational amplifier with 830uV max input offset voltage, 125dB CMRR, and 4500kHz unity gain bandwidth. Ideal for automotive applications due to its low-offset, low-bias, and micropower features.

Median Price

$1.382

Lifecycle Status

Suppliers In-Stock

5

In-Stock Inventory

1k+

Distributors (Authorized)

Supplier In-Stock 1+ parts 100+ parts 1k+ parts 10k+ parts

Texas Instruments

USA . 189,611 parts In-Stock

1+ parts

$1.382

100+ parts

$1.141

1k+ parts

$0.617

10k+ parts

-

189,611

$1.382

$1.141

$0.617

-

Distributors (In-Stock)

Supplier In-Stock 1+ parts 100+ parts 1k+ parts 10k+ parts

Nova Conductors

Japan . 10 parts In-Stock

1+ parts

$0.853

100+ parts

-

1k+ parts

-

10k+ parts

-

10

$0.853

-

-

-

Digiode

USA . 2,527 parts In-Stock

1+ parts

$1.313

100+ parts

-

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-

10k+ parts

-

2,527

$1.313

-

-

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Vyrian

USA . 67,110 parts In-Stock

1+ parts

-

100+ parts

-

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-

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67,110

-

-

-

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ComSIT Distribution GmbH

Germany . 250 parts In-Stock

1+ parts

-

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250

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Distributors (Availability)

Supplier In-Stock 1+ parts 100+ parts 1k+ parts 10k+ parts

Ampacity Inc.

Singapore . 66,873 parts In-Stock

1+ parts

$0.660

100+ parts

-

1k+ parts

-

10k+ parts

-

66,873

$0.660

-

-

-

Semicontronic

India . 66,850 parts In-Stock

1+ parts

$0.660

100+ parts

$0.644

1k+ parts

$0.640

10k+ parts

-

66,850

$0.660

$0.644

$0.640

-

Continental Prestige Electronics

USA . 3,256 parts In-Stock

1+ parts

$0.770

100+ parts

-

1k+ parts

-

10k+ parts

$0.754

3,256

$0.770

-

-

$0.754

Argo Parts USA

USA . 2,704 parts In-Stock

1+ parts

$0.770

100+ parts

-

1k+ parts

-

10k+ parts

-

2,704

$0.770

-

-

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Bastille Electronics

Australia . 100 parts In-Stock

1+ parts

$0.853

100+ parts

$0.810

1k+ parts

$0.770

10k+ parts

$0.759

100

$0.853

$0.810

$0.770

$0.759

Corphita

USA . 3,501 parts In-Stock

1+ parts

$1.244

100+ parts

-

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-

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3,501

$1.244

-

-

-

Advanced Electronics

New Zealand . 20 parts In-Stock

1+ parts

$5.001

100+ parts

$4.751

1k+ parts

$4.751

10k+ parts

-

20

$5.001

$4.751

$4.751

-

Parana Technologies

USA . 2,139 parts In-Stock

1+ parts

$5.828

100+ parts

-

1k+ parts

$6.615

10k+ parts

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2,139

$5.828

-

$6.615

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DigiPath Technology Company

USA . 753 parts In-Stock

1+ parts

$6.417

100+ parts

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753

$6.417

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ChromeModa Solutions

Germany . 3,548 parts In-Stock

1+ parts

$6.548

100+ parts

$5.369

1k+ parts

-

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3,548

$6.548

$5.369

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IDEA Electronic Components Group

UK . 2,377 parts In-Stock

1+ parts

$6.548

100+ parts

-

1k+ parts

$5.893

10k+ parts

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2,377

$6.548

-

$5.893

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Corohmni

South Africa . 255 parts In-Stock

1+ parts

$6.852

100+ parts

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255

$6.852

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Robosynatics

Brazil . 2,000 parts In-Stock

1+ parts

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2,000

-

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Lucentia Tech

USA . 2,000 parts In-Stock

1+ parts

-

100+ parts

$6.045

1k+ parts

$6.045

10k+ parts

$6.045

2,000

-

$6.045

$6.045

$6.045

Overview

Experience unparalleled performance and precision with the TLV9154IPWR by Texas Instruments, a top-tier operational amplifier designed to exceed your expectations. As a renowned manufacturer, Texas Instruments delivers reliability and innovation in every product. Ideal for a wide range of applications, this op amp offers unmatched quality and durability. With low-offset, micropower capabilities, and high common mode rejection ratios, this amplifier provides exceptional value and benefits to customers seeking superior functionality and efficiency. Elevate your projects with the TLV9154IPWR and experience the difference today.

Feature Benefit Bullets

Package Body Material: PLASTIC/EPOXY

The plastic/epoxy material used for the package body provides durability and protection to the internal components of the operational amplifier, ensuring long-term reliability.

Maximum Input Offset Voltage: 830 uV

With a low maximum input offset voltage, this operational amplifier can provide accurate and precise output signals even with small input voltage differentials.

Surface Mount: YES

Being surface mountable makes the installation of this operational amplifier easier and more convenient, especially in compact electronic devices.

No. of Functions: 4

Having multiple functions within the same component allows for increased functionality and versatility in various circuit applications.

Nominal Common Mode Reject Ratio: 125 dB

A high common mode reject ratio ensures that the operational amplifier can effectively reject common mode noise, resulting in cleaner and more accurate signal processing.

Nominal Supply Voltage / Vsup (V): 4

Operating at a low nominal supply voltage of 4V makes this operational amplifier energy efficient and suitable for low-power applications.

No. of Terminals: 14

Having a sufficient number of terminals allows for proper connectivity and integration into various circuit designs, offering flexibility in configuration.

Maximum Supply Voltage Limit: 20 V

With a maximum supply voltage limit of 20V, this operational amplifier can handle higher voltage levels without risk of damage, ensuring robust performance.

Maximum Operating Temperature: 125 °C

The high maximum operating temperature of 125°C enables this operational amplifier to function reliably in a wide range of environmental conditions.

Frequency Compensation: YES

Frequency compensation ensures stability in the operational amplifier's performance, preventing oscillations and maintaining consistent operation across different frequencies.

Minimum Voltage Gain: 158489.3192

With a high minimum voltage gain, this operational amplifier can amplify signals effectively, making it suitable for applications that require high signal amplification.

Minimum Operating Temperature: -40 °C

The low minimum operating temperature of -40°C allows this operational amplifier to function reliably even in cold environments, making it versatile and adaptable.

Terminal Finish: MATTE TIN

The matte tin terminal finish provides corrosion resistance and good solderability, ensuring strong and reliable connections for the operational amplifier.

Terminal Position: DUAL

The dual terminal position offers flexibility in mounting and connectivity options, allowing for versatile installation and integration in electronic circuits.

Low-Offset: YES

Having low offset voltage minimizes errors in signal processing, resulting in more accurate and precise output signals from the operational amplifier.

Maximum Seated Height: 1.2 mm

The low maximum seated height of 1.2mm allows for a compact and space-saving design, making this operational amplifier suitable for size-constrained applications.

Width: 4.4 mm

With a narrow width of 4.4mm, this operational amplifier can be easily integrated into tight spaces and compact electronic devices.

Micropower: YES

Operating at micropower levels makes this operational amplifier energy efficient and ideal for battery-powered devices or applications where power consumption is a concern.

Maximum Time At Peak Reflow Temperature (s): 30

The maximum time allowed at peak reflow temperature of 260°C for 30 seconds ensures proper soldering and reliable connections during manufacturing.

Peak Reflow Temperature °C: 260

The peak reflow temperature of 260°C enables the operational amplifier to withstand high-temperature soldering processes, ensuring robust assembly in manufacturing.

Length: 5 mm

With a compact length of 5mm, this operational amplifier can be easily incorporated into space-constrained designs and applications.

Temperature Grade: AUTOMOTIVE

Designed for automotive applications, this operational amplifier meets the stringent requirements for temperature, reliability, and performance in automotive electronic systems.

Low-Bias: YES

Having low bias currents minimizes power consumption and signal distortion in the operational amplifier, ensuring high performance and efficiency.

Nominal Unity Gain Bandwidth: 4500 kHz

With a high nominal unity gain bandwidth of 4500 kHz, this operational amplifier can process signals at high frequencies, making it suitable for high-speed applications.

Minimum Common Mode Reject Ratio: 110 dB

Even with a small input common mode signal, the operational amplifier can effectively reject common mode noise with a minimum common mode reject ratio of 110 dB.

Terminal Form: GULL WING

The gull wing terminal form enables easy and secure soldering onto circuit boards, ensuring reliable electrical connections for the operational amplifier.

Amplifier Type: OPERATIONAL AMPLIFIER

As an operational amplifier, this product is versatile and widely used in various electronic circuits for amplification, filtering, and signal processing applications.

Maximum Supply Current: 2.74 mA

With a low maximum supply current of 2.74 mA, this operational amplifier is energy efficient and suitable for low-power applications where minimizing power consumption is important.

Architecture: VOLTAGE-FEEDBACK

The voltage-feedback architecture in this operational amplifier provides stability, flexibility, and precision in amplification and signal processing applications.

Packing Method: TR

The TR packing method ensures proper protection and handling of the operational amplifier during shipping and storage, reducing the risk of damage or contamination.

Nominal Slow Rate: 21 V/us

With a nominal slow rate of 21 V/us, this operational amplifier can accurately and efficiently process signals with varying slew rates, ensuring high performance in dynamic applications.

Terminal Pitch: 0.65 mm

The narrow terminal pitch of 0.65mm allows for compact and dense packaging of the operational amplifier, making it suitable for space-constrained designs.

Moisture Sensitivity Level (MSL): 2

Having a moisture sensitivity level of 2 indicates that this operational amplifier is suitable for standard surface mount assembly processes and environments with controlled humidity levels.

Technical Specifications

Operational Amplifiers (Op Amps) TLV9154IPWR attributes and parameters. Explore more Operational Amplifiers (Op Amps) devices from Texas Instruments

Amplifier Characteristics

Amplifier Type:

Architecture:

Voltage Feedback

Total Functions:

4

Powered:

No

Frequency Compensation:

Yes

Low-Bias:

Yes

Low-Offset:

Yes

Micropower:

Yes

Wideband:

No

Programmable Power:

No

Performance Specifications

Nominal Unity Gain Bandwidth:

4.5 MHz

Nominal Common Mode Rejection Ratio (CMRR ):

125 dB

Minimum Common Mode Rejection Ratio (CMRR ):

110 dB

Input Offset Voltage Limit:

830 uV

Minimum Voltage Gain:

158489.3192

Nominal Slew Rate:

21 V/us

Operational Characteristics

Nominal Supply Voltage:

4 V

Maximum Supply Voltage:

20 V

Lowest Operating Temperature:

-40 °C (-40 °F)

Maximum Operating Temperature:

125 °C (257 °F)

Peak Reflow Temperature:

260 °C (500 °F)

Reflow Peak Time Limit:

30 s

Maximum Supply Current:

2.74 mA

Physical Characteristics

Length:

0.197 in (5 mm)

Width:

0.173 in (4.4 mm)

Maximum Seated Height:

0.047 in (1.2 mm)

Total Terminals:

14

Terminal Pitch:

0.026 in (0.65 mm)

Terminal Position:

Dual

Terminal Form:

Terminal Finish:

Matte Tin

Package Body Material:

Plastic/Epoxy

Surface Mount:

Yes

Manufacturing and Reliability

Moisture Sensitivity Level (MSL):

2

Temperature Grade:

Standards

JESD-30 Code:

R-PDSO-G14

JESD-609 Code:

e3

Packaging and Shipping

Packing Method:

Tape And Reel

Package Code:

Package Shape:

Package Style:

Small Outline, Thin Profile, Shrink Pitch

Package Equivalence Code:

TSSOP14,.25

Trade Compliance

TLV9154IPWR Amplifiers trade compliance attributes, and parameters.

ECCN

EAR99

ECCN Governance

EAR

HTS

8542.33.00.01

SB

8542.33.00.00

PCN

Manufacturer Highlights

Texas Instruments

Texas Instruments Inc. (TI) is one of the world's leading semiconductor companies and a global leader in analog and digital signal processing technology. The company has had a major impact on the electronics industry for over 80 years, manufacturing integrated circuits (ICs), software and subsystems that leverage high-performance computing capabilities. It offers an extensive portfolio of solutions for a wide range of industries, from aerospace to medical devices and consumer products to communication systems. Over its long history, TI has become synonymous with quality, reliability and innovation. Today, TI is one of the largest semiconductor companies in the world with operations in more than 30 countries across six continents.

The material and information contained is this video is for educational and general information purposes. All rights remain with respective rightsholders. Fair Use Statement

Management team

President, CEO

Haviv Ilan

Chairman

Richard K. Templeton

Senior VP, CFO

Rafael R. Lizardi

Manufacturer fab locations 15

Fab name Location Fab Initiation Wafer Capacity

M - Fab

Fabrication

Fab Initiation

1997

USA

South Portland

Wafer Capacity

32,000

1997

32,000

D - FAB

Fabrication

Fab Initiation

1966

USA

Dallas

Wafer Capacity

42,000

1966

42,000

D MOS - 6

Fabrication

Fab Initiation

2002

USA

Dallas

Wafer Capacity

25,000

2002

25,000

D MOS - 5

Fabrication

Fab Initiation

1995

USA

Dallas

Wafer Capacity

75,000

1995

75,000

Miho - 8

Fabrication

Fab Initiation

1980

Japan

Inashiki

Wafer Capacity

43,000

1980

43,000

S FAB 1

Fabrication

Fab Initiation

1966

USA

Sherman

Wafer Capacity

91,000

1966

91,000

F - FAB

Fabrication

Fab Initiation

2001

Germany

Freising

Wafer Capacity

37,000

2001

37,000

R Fab 1

Fabrication

Fab Initiation

2010

USA

Richardson

Wafer Capacity

40,000

2010

40,000

D HC Line

Fabrication

Fab Initiation

1999

USA

Dallas

Wafer Capacity

2,000

1999

2,000

JV3

Fabrication

Fab Initiation

2001

Japan

Aizu Wakamatsu

Wafer Capacity

45,000

2001

45,000

C - FAB

Fabrication

Fab Initiation

2007

China

Chengdu

Wafer Capacity

30,000

2007

30,000

L - Fab

Fabrication

Fab Initiation

2015

USA

Lehi

Wafer Capacity

70,000

2015

70,000

R - Fab 2

Fabrication

Fab Initiation

2022

USA

Richardson

Wafer Capacity

2022

S - FAB 2

Fabrication

Fab Initiation

2025

USA

Sherman

Wafer Capacity

2025

S - FAB 3

Fabrication

Fab Initiation

2028

USA

Sherman

Wafer Capacity

2028

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