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Operational Amplifier Ics
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Last update: 2023-11-06 22:46
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LM358AD：

 

Explore STMicroelectronics' LM358AD operational amplifier IC, designed specifically for precise amplification. These ICs belong to the categories of amplifier instruments, operational amplifiers, and buffer amplifiers, and comply with the automotive AEC-Q100 standard, using reliable tube packaging. Based on the LM358 basic product, the LM358AD ensures the accuracy of signal amplification, suitable for audio systems, sensors, etc., and has automotive level reliability.

 

The Slew Rate of LM358AD is 0.6V/µ s, with a gain bandwidth product of 1.1 MHz, providing excellent signal fidelity over a wide frequency range. A low current input bias of 20 nA reduces distortion, while a voltage input bias of 1 mV ensures faithful signal reproduction.

 

The LM358AD operates with a current supply of 700 µ a in two channels, maintaining constant power and a current output/channel of 40mA. Its voltage supply range of 3V to 30V ensures adaptability to various power sources.

 

The LM358AD is designed specifically for temperatures ranging from 0 ° C to 70 ° C and performs well in various environments. Its tubular packaging ensures transportation safety and is suitable for various tasks. The 'AD' extension represents enhanced functionality. Join professionals who rely on LM358AD for efficient, reliable, and precise amplification.

 

Adopting LM358AD operational amplifier integrated circuit, achieving unparalleled accuracy. I believe it can enhance your design.

LM358AD

LM358AD

 

LM358AD：

 

Introduction to LM3481QMM/NOPB: Advancing Power Management

 

Experience the innovation of Texas Instruments with LM3481QMM/NOPB. Tailored for exceptional automotive performance with AEC-Q100 qualifications, it's suitable for versatile applications spanning from 2.97V to 48V. Employing Boost, Flyback, and SEPIC topologies, it adeptly handles boost/buck tasks. Clock synchronization and frequency control ranging from 100kHz to 1MHz ensure precision. Control functions like activation, ramping, and soft start enhance management. Operating within the temperature range of -40°C to 125°C, the IC ensures reliability. Packaged in a compact 10-VSSOP package, LM3481QMM/NOPB transforms power management.

LM3481QMM NOPB

 

LM358AD：

 

 

Introducing LM358P: Dual General-Purpose Amplifier

 

Meet the LM358P by Texas Instruments, a dual general-purpose amplifier with exceptional versatility. Featuring a 700 kHz gain bandwidth and 0.3V/µs slew rate, it delivers precision for diverse applications.

 

LM358P offers 2 channels, featuring a low input bias current of 20 nA and a 3 mV input offset, ensuring exact signal processing. Each channel operates with a 500 µA power supply current and delivers an output of 40 mA, accommodating a broad voltage supply range of 3V to 30V.

 

Operating within the temperature range of 0°C to 70°C, LM358P remains steadfast in diverse environments. Its 8-DIP (0.300", 7.62mm) package is tailored for through-hole installation settings.

 

Experience meticulous amplification with LM358P — a compact dual amplifier solution.

LM358P

 

FAQ

Q1: What's the role of an operational amplifier (op-amp)?

A:An op-amp is used for tasks like signal amplification, addition, and integration in various applications such as analog computing, signal conditioning, filter design, data acquisition, and instrumentation. It's also commonly employed in sensor interfaces, like amplifying weak sensor signals before data collection and processing, as seen in temperature sensors.

Q2: How do I pick the right IC in simpler terms?

A: When you're choosing ICs, first make sure they can all work with the same voltage. Also, check what kind of output they have and how much heat, speed, and voltage they can handle at most. To get these details, you'll need to carefully read the datasheets, which are like instruction manuals for the ICs.

Q3: What is a comparable alternative to the LM358 IC?

A:The LM358 series can be considered analogous to half of an LM324. These amplifiers offer several notable benefits when utilized in single-supply scenarios, setting them apart from conventional operational amplifier models.

Q4: What is the purpose of employing the LM358 in an IR sensor?

A: The output of the IR sensor receiver fluctuates based on its detection of infrared rays. As interpreting this fluctuation directly is challenging, the output is channeled into a comparator. In this context, the LM358 operational amplifier (op-amp) is adopted as the comparator.

Q5:How does your XRS company ensure the authenticity of operational amplifier ics from the original manufacturer or authorized distributors?

A: We maintain a stringent quality control team comprised of professionals with extensive experience, dedicated to thorough verification and testing of products. All suppliers are required to pass our qualification review before their electronic components can be listed on Xingruishun Technology Limited in Hong Kong. Our emphasis on product sourcing and quality surpasses that of any other clients. Rigorous supplier audits are a cornerstone of our operations, enabling you to make purchases with utmost confidence.

Q6:What's the payment process if I'm purchasing electronic components from XRS?

A:Easy-peasy! We're all about T/T (Telegraphic Transfer) – it's like a digital high-five for payments. Once we've sealed the deal, just pop the funds into our Hong Kong bank account. Usually, it takes 1-2 days to land in our lap. Oh, and if it's a regular order dance, typically, you'll throw in a 30% deposit upfront. When the promised delivery date comes knocking, you'll groove in the remaining 70%.

http://www.xrschip.com/

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