OPA364IDR

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The OPA364IDR is a high-performance, low-cost, low-voltage, Rail-to-Rail buffer amplifier. The OPA364IDR is well suited to any application that requires accurate signal buffering in areas such as instrumentation, linear amplifications, and OP/Buffer amplifiers. With a supply voltage of 2.7V to 5.5V, it is capable of driving capacitive loads of up to 500 pF, and at the same time, it is capable of providing a rail-to-rail output swing at the load of 2.4V to 5.4V.

The OPA364IDR offers a variety of application options including single-supply, dual-supply, and unity-gain operations. It also provides input filtering, allowing for noise immunity and signal clarity. It offers very low distortions and excellent signal-to-noise ratio. In addition, it has a maximum 1MHz gain-bandwidth product, allowing it to operate at higher frequencies. Moreover, it offers a wide power supply range of 4.5V~15V.

The OPA364IDR is ideal for high-precision signal buffering and amplification, frequency up-conversion, and signal processing of low-level signals. It can be used in high-end instrumentation systems where accurate, low-noise operation is required. It can also be used in applications such as wide-range linear amplifications, AC coupling, and power supply filtering.

The OPA364IDR utilizes a robust, bipolar architecture and is designed with a high-impedance differential input stage that is capable of buffering inputs from 0-1.8V to greater than 3V. The differential inputs reduce common-mode voltages that may be present in the input signal. The device also utilizes a high-performance gain-stage for gain or level shifting applications. The output stage of the OPA364IDR features open-loop gain of 7.5V/V, a low 4.78mA driver current, and a rail-to-rail output swing.

The OPA364IDR is well suited for applications that require reliable and accurate signal buffering, gain or level shifting, wide-range linear amplifications, and power supply filtering. The device is suitable for use in a number of medical, consumer, and industrial applications, such as data acquisition, motor control, and voltage/current monitoring.

The working principle of the OPA364IDR lies in its high-impedance differential input stage. This stage is designed to provide the optimal buffering of the input signal with minimal distortion. The OPA364IDR utilizes an advanced bipolar process to provide excellent signal gain, DC accuracy, and high output current. The device is capable of accurately and efficiently converting signals at both the low and high frequency ranges.

The OPA364IDR also features an improved power supply rejection ratio (PSRR), which decreases the common-mode noise that can be generated by a power supply. As a result, this ensures a higher quality of signal transmission. The device is also designed with a high-bandwidth, rail-to-rail output stage that is capable of driving capacitive loads of up to 500 pF.

The OPA364IDR is designed to meet a wide range of application requirements in terms of frequency response, linearity, noise immunity, and cost effectiveness. This makes it an ideal choice for instrumentation, linear amplifications, and OP/Buffer amplifications.

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