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Home > Other > NE5532 vs NE5534 Op-Amp: The Ultimate 2023 Comparison Guide

NE5532 vs NE5534 Op-Amp: The Ultimate 2023 Comparison Guide

Update Time: 2023-11-29 13:41:00


The comparison between NE5532 and NE5534 in the audio technology landscape continually captures attention. These operational amplifiers (op-amps) have long been foundational in audio circuits. What differentiates them? Which is the ideal choice for your next project? Let's delve deeper into this discussion.

What is NE5532?

The NE5532 is a high-performance, low-noise dual operational amplifier (dual op-amp) integrated circuit in an 8-pin package. While bearing resemblances to many conventional op-amps, it distinguishes itself with enhanced noise resistance, superior output drive capability, and a notably expansive small-signal bandwidth, complemented by a broad power voltage range. This Op-Amp is designed to offer high unity gain, broad output swing bandwidth, minimal distortion, and a rapid slew rate. This makes it particularly apt for deployment in premium and professional audio devices, precision instruments, control circuits, and telephone channel amplifiers. It imparts a warm tonal quality with high fidelity when employed in audio amplification. In the early 1990s, it earned acclaim among audiophiles as the "Emperor of Op-Amps" and remains a cherished component in the arsenal of many audio enthusiasts.

NE5532 Pinout

NE5532 Pinout.png

Pin overview for the NE5532

Pin NumberPin NameDescription
1OUTPUTAThe output of Op-Amp A
2INPUTA-Inverting Input of Op-Amp A
3INPUTA+Non-Inverting Input of Op-Amp A
4VEE, GNDGround or Negative Supply Voltage
5INPUTB+Non-Inverting Input of Op-Amp B
6INPUTB-Inverting Input of Op-Amp B
7OUTPUTBThe output of Op-Amp B
8VCCPositive Supply Voltage

What is NE5534?

The NE5534 is a standout single high-performance, low-noise operational amplifier. When juxtaposed with op-amps like the TL083, it exhibits superior noise handling, enhanced output driving potential, and notably broader small-signal and power bandwidths. These attributes are apt for high-end and professional audio gear, precision instruments, control systems, and telephone channel amplification. With its versatile voltage range and compatibility with passive and active components, the NE5534 seamlessly integrates with many devices.

NE5534 Pinout

NE5534 Pinout.png

Pin overview for the NE5532

Pin NumberPin NameDescription
1BALANCEBalance Pin
2INV-INPUTInverting Input Pin Of Amplifier
3NON-INV-INPUTNon-Inverting Input Pin Of Amplifier
4V-Negative Power Supply
5COMPCompensation Pin
6OUTPUTOutput Pin
7V+Positive Power Supply
8BAL/COMP 2Balance/ Compensation Pin 2

NE5532 and NE5534 Equivalents

NE5532 Equivalents

The NE5532 Equivalents include RC4588, LM358, LM4558, NJM4560, and LM258, which can be suitable replacements.

NE5534 Equivalents

The NE5534 Equivalents include TL072/074, OPA134, OPA4134, LM4562, and LME49720, which can serve as suitable replacements.

NE5532 and NE5534 Datasheet

NE5532 Datasheet

NE5532 Datasheet

NE5532 vs NE5534: Difference in Features

NE5532 Features

  • Offered in PDIP, SOIC, among other packaging options

  • Exceptionally quiet circuit design

  • Minimal distortion levels

  • Rapid slew rate

  • Incorporates protection diodes at the input

  • Output features short-circuit protection

  • Elevated DC voltage amplification

  • Latch-up free operation

  • Houses two op-amps within one package

  • Affordable and dependable

  • Optimal performance as an audio pre-amp

  • Supports both single and dual power sources

NE5534 Features

  • Typical Equivalent Input Noise Voltage: 3.5 nV/√Hz

  • Bandwidth at Unity Gain: Approximately 10 MHz

  • Typical Common-Mode Rejection: 100 dB

  • DC Voltage Gain Typically at 100 V/mV

  • Peak Output Voltage Swing: Around 32 V, given VCC± = ±18 V and RL = 600 Ω

  • Slew Rate Typically at 13 V/µs

  • Supply Voltage Range: From ±3 V up to ±20 V

  • Minimal Harmonic Disturbance

  • Capability for Offset Nullification

  • Provision for External Compensation

NE5532 vs NE5534: Difference in Applications

NE5532 Applications

  • Audio-Visual Receiver Systems

  • Integrated Desktop Computers

  • Compact Laptops

  • Broadcasting Infrastructure: Expandable Platforms

  • DVD Playback and Recording Devices

  • Video Channel Converters

  • Professional Sound Mixing Equipment

NE5534 Applications

  • Sound Devices

  • Measurement and Control Systems

  • Phone Line Boosters

  • Medical Devices

NE5532 vs NE5534: Difference in Circuit

NE5532 Circuit

NE5532 circuit.jpg

NE5534 Circuit

NE5534 circuit.png

NE5532 vs NE5534: Difference in Package

NE5532 Package.jpg

NE5532 Package

NE5532 Package.jpg

NE5534 Package

NE5532 vs NE5534: Price Point and Availability

  • Cost of NE5532

Generally, the NE5532 is more affordable, making it a popular choice for budget-friendly audio projects.

  • NE5534's Price Tag

The NE5534 might come at a slightly higher cost due to its precision features, but it's often deemed worth the investment.

Advantages and Disadvantages

Advantages of NE5532

  • Low Noise Performance

The NE5532 is known for its low noise performance, ensuring a clean and interference-free audio signal. This makes it ideal for applications where clarity is paramount.

  • Versatility in Audio Applications

Whether designing a simple mixer or a complex equalizer, the NE5532 can be a reliable choice due to its versatility and consistent performance across various audio applications.

  • Stability and Reliability

In electronics, stability is crucial. The NE5532 offers stable performance even under varying conditions, ensuring your circuits function as intended.

Advantages of NE5534

  • Enhanced Low Noise Performance

While the NE5532 is impressive, the NE5534 takes it a notch higher with even better low-noise performance. This makes it a preferred choice for high-end audio equipment where even the slightest noise can be a dealbreaker.

  • Suitable for High-End Audio Equipment

Its enhanced features make the NE5534 a top pick for professional audio equipment, ensuring top-notch sound quality.

  • Reliable in Diverse Conditions

The NE5534 is not just about performance; it's also about reliability. Whether working in a controlled environment or facing external challenges, this op-amp won't disappoint you.

Disadvantages of NE5532

  • Limited Bandwidth in Some Scenarios

While the NE5532 excels in many areas, it might fall short in high-frequency applications due to its limited bandwidth.

  • Power Consumption

Efficiency is vital, but the NE5532, like all electronic components, does consume power. This can be a concern in battery-operated devices.

Disadvantages of NE5534

  • Slightly Higher Cost

Quality often comes at a price. The NE5534, with its enhanced features, might be slightly more expensive than its counterpart.

  • Sensitivity to External Factors

While it's a powerhouse in performance, the NE5534 can sometimes be sensitive to external factors like temperature. However, with proper design considerations, these challenges can be managed.

The Verdict: Which One Should You Choose?

While both the NE5532 and NE5534 are high-performance operational amplifiers and share many characteristics, their specific features and specifications cater to distinct requirements in electronic design. Understanding these nuances ensures the right selection for any given application. 

Selecting between the NE5532 and NE5534 hinges on your particular requirements. For a cost-effective and adaptable op-amp suitable for standard audio tasks, the NE5532 is likely the optimal choice. On the other hand, if you're aiming for utmost accuracy and superior sound quality, investing in the NE5534 could be a wise decision.

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  • What are the main differences between NE5532 and NE5534?
  • The primary differences lie in their design (dual vs. single op-amp), applications, and performance in audio systems.

  • Can I use NE5534 in place of NE5532?
  • While they can sometimes be used interchangeably, it's essential to consider the specific requirements of your circuit and application.

  • Which op-amp is better for professional audio systems?
  • The NE5534 is often preferred for high-end audio systems due to its precision and sound clarity.

  • Is the NE5532 suitable for DIY audio projects?
  • Absolutely! The NE5532's affordability and sound quality make it a favorite among DIY enthusiasts.

  • Are there other op-amps comparable to NE5532 and NE5534?
  • Yes, several op-amps are in the market, but the NE5532 and NE5534 remain popular due to their performance and reliability.

  • What is a non-inverting amplifier?
  • A non-inverting amplifier yields an output that matches the phase of its input, whereas the inverting amplifier produces an output that's phase-inverted. Both these amplifier configurations, whether inverting or non-inverting, can be designed using just one op-amp and two resistors, though their setups differ.

  • How do you tell if an op-amp is inverting or non-inverting?
  • An amplifier that produces an output 180 degrees out of phase compared to its input is termed an inverting amplifier. Conversely, an amplifier whose output aligns in phase with its input is labeled a non-inverting amplifier.

  • What do people say about NE5532 and NE5534?
  • Most users praise the NE5532's sound quality and affordability, though some wish for a faster slew rate. The NE5534 receives accolades for its precision and sound clarity, but some users find it a tad expensive.

Ratings and Reviews



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