LM2904AHYPT

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LM2904AHYPT is a commercially available integrated circuit which is used as an operational amplifier. It is a bipolar monolithic integrated circuit designed for use in high accuracy, low-power, instrumentation and data-acquisition systems. This type of integrated circuit is typically used in applications such as active filters, signal conditioning, temperature measurement, and pressure transducers.

The LM2904AHYPT is an increased precision version of the basic LM2904 integrated circuit. It has an improved input offset voltage, offset current, high input impedances, wide bandwidth, and an improved guarded output stage. The LM2904AHYPT also includes an improved on chip temperature compensation. The improved temperature compensation provides excellent performance in the temperature range of -55° C to +125° C.

The LM2904AHYPT is a high-precision, low-power amplifier device. It offers an improved accuracy of 0.5% (max) and a low power consumption of 650 μA (max). The LM2904AHYPT has a wide range of power supply voltage options, including 9V to 36V, and an input offset voltage of 8mV max. Additionally, it has a wide temperature range of -55° C to +125° C and an input voltage of 3V to 20V.

The LM2904AHYPT operational amplifier is a differential-input device. It has three different pairs of pins to which the input circuit is connected. The input voltage can be a single ended signal or a differential signal. The differential inputs are protected from external differential noise by an internal guard ring circuit. An internal amplifier is used to convert the differential signal to a single-ended signal. The output is taken from the single-ended stage, which is then available to drive the load.

The LM2904AHYPT is an ideal choice for active filters, signal conditioning, and instrumentation systems. It offers great accuracy, low power consumption, and a wide temperature range. It also has an internal guard circuit, which enables it to protect against external noise. With its improved accuracy and temperature compensation, it can be used in high-precision applications where precision data-acquisition systems are required.

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