EL5323CL-T7

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Linear - Amplifiers - Instrumentation, OP Amps, Buffer Amps

The EL5323CL-T7 is a high speed, high voltage, wide bandwidth operational amplifier designed to provide robust performance in demanding instrumentation and control applications. Featuring excellent output current and voltage, as well as low input offset voltage, the EL5323CL-T7 is designed to be a low cost solution to drive even large capacitive loads without the need for external components. It is also suitable for high accuracy, high performance analog-to-digital interfaces, active filters, and low cost board-level RF amplifiers.

This instrumentation amplifier offers excellent dynamic performance. With a slew rate of 6.69 V/µs and a bandwidth of 10 MHz, it is well suited for applications requiring high speed performance. Its low input offset voltage of 100 µV and low input bias currents of 75 nA also make it suitable for applications requiring high accuracy. The amplifier operates from a single supply voltage from +3 V to +18 V, and can provide output voltage swing of up to ±15 V.

The EL5323CL-T7 is a rail-to-rail differential amplifier featuring improved input common mode range. By allowing for input signals up to full supply voltage, the EL5323CL-T7 can be used in applications requiring large input common mode range. With a power dissipation as low as 5 mA, it is also an economical choice for battery-powered applications. The EL5323CL-T7 features on-chip protection circuitry to protect against damage caused by transients. The amplifier is also protected from over-temperature operation due to its on-chip thermal protection.

In terms of its working principle, the EL5323CL-T7 is a differential amplifier, with two input pairs (positive and negative) for the inputs of the amplifier. These inputs are then used to determine the voltage gain of the amplifier. A positive input is amplified differently than a negative input, depending on the gain of the amplifier. The output will be the sum of the two inputs of the differentially driven amplifier, while the differential voltage gain is determined by the ratio of resistors connected to pins 6 and 8.

Furthermore, the EL5323CL-T7 offers a wide range of features, making it a great choice for many applications. Its fast settling time of 1 µs and its fast transient response make it suitable for high-speed analog-to-digital converters. It can also drive loads up to 500 pF, making it suitable for many filter applications. It has low voltage noise of 1.4 nV/Hz and a wide bandwidth of 10 MHz.

The EL5323CL-T7 is a versatile and cost effective instrumentation amplifier, suitable for many applications. Its low power dissipation makes it an economical choice for battery-powered systems, and its wide common mode input range makes it suitable for use in systems requiring large signal swings. With its high speed and accuracy, the EL5323CL-T7 is an ideal choice for many instrumentation and control applications.

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