MAX3969ETP+T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MAX3969ETP+T is an advanced, low-noise and high-performance Linear amplifier component, specially designed for Special Purpose applications. This component is capable of providing exceptional performance and outpacing the requirements for providing highly accurate and reliable results. This component, due to its superior design and superior performance, is suitable for use in a variety of applications from military, industrial, scientific and medical to communications applications. This component has been thoughtfully designed and constructed to ensure that it can offer the most effective and reliable performance.

The MAX3969ETP+T is a low-noise and high-performance linear amplifier component with a wide range of applications. This component can be used in applications such as military and surveillance, industrial, scientific and medical instruments, communications, and general-purpose data acquisition applications. This component is mainly utilized for amplification, signal conversion, clocking, analog-to-digital conversions, multimedia applications, and instrumentation. It is specifically designed to reduce noise and provide superior performance in challenging application settings.

The MAX3969ETP+T utilizes a multi-stage (for controlling the noise) amplifier architecture, linear-feedback technology, high-linearity and high-gain power amplifier stages, and an excellent temperature coefficient. This component has a wide operating temperature range, from -55° C to +175° C, and offers a maximum output voltage of 200V. It has an overall output power capability of 24W, and its open-loop gain is up to 300dB. In order to control the noise, this component is fitted with an input correction stage and a voltage limit protection circuit. The component also has an adjustable gain range and an adjustable output impedance. Furthermore, it also offers short-circuit protection and current limiting.

The working principle of the MAX3969ETP+T involves the input of a signal that is received by the low-noise amplifier. This signal is then subjected to linear-feedback technology along with the high-linearity and high-gain power amplifier stages. The output signal is then regulated using the voltage limit protection circuit. The output of the component is then provided with a stable temperature coefficient. The adjustable gain range and output impedance allow the users to fine-tune the output signal according to their needs.

Since this component has been designed with a high level of performance and reliability, it can provide highly accurate and reliable results. It has been designed to be a versatile and reliable component that can be used in a variety of applications. Its flexibility, wide temperature range and other features make it an ideal choice for applications such as military and surveillance, industrial, scientific and medical instruments, communications, and general-purpose data acquisition applications.

In conclusion, the MAX3969ETP+T is an advanced, low-noise and high-performance linear amplifier component, specially designed for Special Purpose applications. Its multi-stage architecture, linear-feedback technology, high-linearity and high-gain power amplifier stages, input correction stage, voltage limit protection circuit, adjustable gain range, adjustable output impedance, short-circuit protection, high-temperature operation and current limiting make it a reliable and versatile component that can be used in a variety of applications.

The specific data is subject to PDF, and the above content is for reference