MAX9911EWT+T Low-Power Comparator in 8-Lead SOIC Package – Maxim Integrated

  • The MAX9911EWT+T is a precision voltage comparator, enhancing signal processing accuracy.
  • It features a low input offset voltage, crucial for precise measurements in sensitive applications.
  • This model comes in a compact package, saving valuable board space in designs.
  • Ideal for battery-operated devices, it helps extend battery life through efficient power usage.
  • Designed for high reliability, it ensures consistent performance in demanding environments.
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产品上方询盘

MAX9911EWT+T Overview

The MAX9911EWT+T is a precision comparator designed for low-power applications, offering high-speed performance and low input offset voltage. This device is ideal for battery-operated systems, ensuring efficient operation and longer battery life. With an integrated open-drain output, it simplifies design requirements in various applications, making it a versatile choice for engineers. For more in-depth information, visit IC 제조업체.

MAX9911EWT+T Key Features

  • Low Input Offset Voltage: This feature enhances precision in signal processing applications, allowing for accurate comparisons of analog voltages.
  • Wide Supply Voltage Range: Operating from 2.7V to 5.5V, it provides flexibility in various circuit designs, accommodating different power supply configurations.
  • Fast Response Time: With a propagation delay of just 50 ns, users benefit from rapid signal processing, crucial for time-sensitive applications.
  • Open-Drain Output: This design allows for easy interfacing with multiple devices, reducing complexity and saving board space.

MAX9911EWT+T Technical Specifications

매개변수가치
공급 전압 범위2.7V ~ 5.5V
입력 오프셋 전압??1mV (max)
전파 지연50 ns
출력 구성Open-Drain
온도 범위-40??C ~ +125??C
공급 전류1.5 mA (typ)
입력 전압 범위0V ~ Vcc
패키지 유형8-Pin WLP

MAX9911EWT+T Advantages vs Typical Alternatives

The MAX9911EWT+T stands out due to its low input offset voltage and wide supply voltage range, ensuring enhanced sensitivity and accuracy compared to typical alternatives. This device’s fast response time and open-drain output contribute to improved integration and efficiency, making it a reliable choice for engineers.

일반적인 애플리케이션

  • Battery-Powered Devices: The low-power operation of this comparator makes it suitable for battery management systems, optimizing energy consumption without sacrificing performance.
  • Signal Conditioning: Ideal for amplifying and processing analog signals in various electronic circuits.
  • Voltage Level Detection: Effective in monitoring voltage levels in power supply applications, ensuring system reliability.
  • Environmental Monitoring: Useful in applications that require precise measurement and comparison of environmental parameters.

MAX9911EWT+T Brand Info

The MAX9911EWT+T is part of a robust lineup of precision comparators from Maxim Integrated. Known for their commitment to high-performance analog solutions, Maxim Integrated delivers reliable components that meet the demanding needs of modern electronic design. This particular model is engineered for low-power applications, ensuring that it meets the requirements of today??s energy-conscious designs.

자주 묻는 질문

What is the maximum supply voltage for the MAX9911EWT+T?

The maximum supply voltage for this comparator is 5.5V, allowing for compatibility with various power supply configurations in electronic designs.

How does the open-drain output benefit circuit design?

The open-drain output enables easy interfacing with multiple devices, which reduces the complexity of circuit designs and saves valuable board space.

What is the operating temperature range for the MAX9911EWT+T?

This device operates effectively within a temperature range of -40??C to +125??C, making it suitable for a wide variety of environmental conditions.

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产品中间询盘

Can this comparator be used in battery-operated devices?

Yes, the MAX9911EWT+T is designed for low-power applications, making it an excellent choice for battery-operated devices where energy efficiency is crucial.

What applications benefit from the low input offset voltage?

Applications such as signal processing and voltage level detection benefit greatly from low input offset voltage, as it ensures higher accuracy in analog comparisons.

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