MAX9614AXT+T

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MAX9614AXT+T is a high performance operational amplifier designed for instrumentation and test equipment. It is a single ended, low noise and low power amplifier that provides an incredibly wide signal range with a -3dB bandwidth of 7.2GHz. Its primary application fields are in instrumentation and test equipment such as power meters and measuring equipment, signal synthesis, and audio test equipment. It is also ideal for applications that require an extremely fast response time and low input noise.

Features

• Extremely wide signal range with -3dB bandwidth of 7.2GHz
• Wide industrial temperature range from -40°C to 85°C
• Low power consumption of 0.25W/MHz
• High common-mode rejection (CMRR) of 75dB
• Low noise of only two-nV/√ Hz
• High speed settling time of 1µs

Applications

• Instrumentation and test equipment
• Power meters and measuring equipment
• Signal synthesis
• Audio test equipment
• Medical equipment
• RF and microwave systems

Working Principle

The MAX9614AXT+T is an instrumentation-class operational amplifier designed for precision measurements of small signal errors and fast settling time. It uses an input differential-pair structure to provide a wide signal range with a high common-mode rejection (CMRR) of 75dB. The low noise of 2-nV/√ Hz and the high-speed settling time of 1µs make it ideal for applications that require a high gain and fast response time.

The MAX9614AXT+T features a low power consumption of 0.25W/MHz and a wide industrial temperature range from -40°C to 85°C. This makes it suitable for a variety of applications, from signal synthesis to audio test equipment. It is also ideal for power meters, measuring equipment and medical equipment, as well as RF and microwave systems.

Conclusion

The MAX9614AXT+T is a high performance single-ended amplifier designed for instrumentation and test equipment. It provides an incredibly wide signal range with a -3dB bandwidth of 7.2GHz, low noise of 2-nV/√ Hz, and a high speed settling time of 1µs. Its low power consumption and wide industrial temperature range make it an attractive option for a variety of applications. It is ideal for instrumentation and test equipment, power meters and measuring equipment, signal synthesis and audio test equipment, as well as medical equipment and RF and microwave systems.

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