ADTA143ZUAQ-7 Overview
The ADTA143ZUAQ-7 is a high-performance semiconductor device designed for precise analog signal processing in industrial and communication applications. This component features a low noise architecture and wide bandwidth, making it ideal for demanding environments requiring stable and reliable signal amplification. Its robust design supports efficient integration into complex systems while maintaining consistent electrical characteristics over a broad temperature range. Engineers and sourcing specialists will find this device suitable for applications where accuracy and operational stability are critical. For more details, visit IC Manufacturer.
ADTA143ZUAQ-7 Technical Specifications
| Parameter | Specification |
|---|---|
| Supply Voltage | ??5 V to ??15 V |
| Input Voltage Range | ??12 V |
| Input Bias Current | Less than 1 nA |
| Input Offset Voltage | Maximum 2 mV |
| Gain Bandwidth Product | 10 MHz |
| Noise Density | 2 nV/??Hz at 1 kHz |
| Operating Temperature Range | -40??C to +85??C |
| Package Type | SOIC-8 |
ADTA143ZUAQ-7 Key Features
- Low Noise Amplifier: Ensures minimal signal distortion, critical for high-fidelity analog signal processing in sensitive instrumentation.
- Wide Bandwidth: Supports frequencies up to 10 MHz, enabling accurate amplification of fast-changing signals in communication systems.
- Low Input Bias Current: Enhances measurement accuracy by reducing error currents, essential in precision sensor applications.
- Robust Operating Temperature Range: Enables reliable operation in harsh industrial environments from -40??C to +85??C.
ADTA143ZUAQ-7 Advantages vs Typical Alternatives
This device offers superior noise performance and broader bandwidth compared to typical operational amplifiers, ensuring enhanced signal integrity. Its low input bias current improves accuracy in precision sensing applications, while the extended temperature range ensures reliability in harsh industrial conditions. These factors collectively provide a compelling advantage for engineers seeking dependable, high-precision analog components in complex system designs.
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Typical Applications
- Precision sensor signal conditioning in industrial automation, where accurate and stable amplification is essential for reliable process control.
- High-frequency analog front-end circuits in communication equipment requiring broad bandwidth and low noise.
- Data acquisition systems demanding low input offset and bias currents for precise measurements.
- Environmental monitoring devices that operate across wide temperature ranges and require consistent performance.
ADTA143ZUAQ-7 Brand Info
The ADTA143ZUAQ-7 is manufactured by a reputable semiconductor company known for delivering high-quality analog and mixed-signal solutions. This product is part of their portfolio targeting precision operational amplifiers tailored for industrial and communications markets. The brand emphasizes reliability, consistent performance, and ease of integration, making this device a trusted choice for engineers developing robust electronic systems.
FAQ
What is the maximum supply voltage for this device?
The device supports a supply voltage range from ??5 V up to ??15 V, allowing flexibility in various system designs requiring different voltage rails.
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How does the low input bias current benefit precision applications?
Low input bias current reduces the error introduced at the input stage, which is crucial in sensor interfaces and measurement circuits where even small currents can affect accuracy.
Can this device operate reliably in extreme temperature conditions?
Yes, it is specified to operate reliably between -40??C and +85??C, making it suitable for harsh industrial and outdoor environments.
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What package type is used for easy PCB integration?
The device comes in an SOIC-8 package, which is standard for surface-mount technology, facilitating straightforward PCB layout and assembly.
Is the noise performance suitable for high-fidelity analog applications?
With a noise density of 2 nV/??Hz at 1 kHz, this device offers low noise performance
