5962-9755701HYA

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Instrumentation amplification provides a solutions for accurately and reliably amplifying low-level signals to usable levels without introducing distortion or noise. The variation of linear amplifiers due to different applications in instruments, amplifiers, and other necessities is vast. The 5962-9755701HYA is one such example which offers a low-power voltage amplifier for numerous applications, allowing for wide bandwidths, accurate linear performance and small die size.

Device Description

The 5962-9755701HYA is a low-power voltage amplifier consisting of two differential inputs, a series output and two reference outputs. All three terminals are hermetically sealed to provide resistance to corrosion, physical damage and other influences. The device is manufactured with bipolar silicon transistors and exhibits gain high enough for most applications without additional external components. Additionally, it contains a low-noise and broadband circuit, making it suitable for use in both fixed and variable point instrumentation applications.

Applications

The 5962-9755701HYA amplifier is ideal for numerous instrumentation applications due to its low power, efficient design and wide bandwidth. It can be used in a variety of test and measurement systems, such as AC voltage measurements, precision voltage and AC current measurements, and signal acquisition and conditioning systems. Additionally, it can be used in calibration and calibration verification systems, and as an input device in oscilloscopes and data acquisition systems.

Working Principle

The 5962-9755701HYA amplifier utilizes the principle of instrumentation amplification which involves amplifying and interpreting low-level signals. This is done by connecting two measured signals with a series output and two reference outputs. The measurements are then amplified with a differential pair of transistors, and the amplified signal is fed back into two amplifiers. This feedback of the output signal reduces the linear distortion, providing an accurate linear performance.

The low-noise circuit within the device, along with its wide bandwidth helps ensure that the linear amplification is precise and reliable at different input levels. The bandwidth helps prevent frequency dependent linear distortion. With the addition of the two reference outputs, the device is able to provide the required correction to ensure a correct linear amplification at all times.

Notable Features

The 5962-9755701HYA amplifier offers several noteworthy features that make it suitable for a variety of instrumentation applications. These features include:

• Robust design with hermetically sealed package to protect against corrosion and physical damage
• Low power consumption
• Wide bandwith for accurate linear performance across different input levels
• Low-noise circuit for improved accuracy
• Two reference outputs for correcting linear distortion

Conclusion

The 5962-9755701HYA amplifier is an efficient, low-power voltage amplifier that is ideal for various instrumentation applications. It offers a robust design, low power consumption and wide bandwidth along with a low-noise circuit, making it suitable for use in test and measurement systems, precision voltage measurements and other calibration and calibration system applications. With the addition of two reference outputs, the device passes accuracy tests, ensuring correct linear amplification and troubleshooting of the device.

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