EL5611IRE-T7

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The EL5611IRE-T7 is a type of linear amplifier from Intersil Corporation. It has been designed to meet the specifications of instrumentation, OP amps, buffer amps, and other applications requiring high accuracy, low noise and low power consumption. It is mainly used as a signal conditioning and stage gain device.

The EL5611IRE-T7 has a voltage gain of 5.6V/V and a frequency response of 20Hz to 10KHz. It has excellent linearity and accuracy, which ensures the accuracy of the output signal. It has a maximum output current of up to 2A and a power supply range of 2V to 24V. The device is capable of delivering up to 250mW of output power.

The EL5611IRE-T7 has a high open-loop gain of 80dB, and it can provide a high input impedance of up to 28KΩ with a typical voltage gain bandwidth of 2MHz to 10MHz. This amplifier features exceptional common-mode rejection (CMR) and a low noise figure of 0.5dB at 10MHz. It also features a low input bias current of only 1nA, and low offset voltage of only 5µV.

The EL5611IRE-T7 utilizes an advanced architecture that allows for exceptional performance, flexibility and scalability. The device has been designed for applications requiring high accuracy and low power, such as signal conditioning, signal amplification, clamping, gain stages, and wide band-width signal conversion. The device also has an integrated thermal protection circuit, which prevents it from overheating during operation.

The working principle of the EL5611IRE-T7 is relatively simple. The input signal is applied to the non-inverting input of the amplifier, and the output signal is taken from the inverting input. The gain of the amplifier is set by the ratio of the value of inputs resistance and the value of output impedance of the amplifier. The output impedance is determined by the device’s internal feedback network.

The EL5611IRE-T7 is the ideal device for applications requiring high accuracy, low power, and low noise. It has high linearity and accuracy, and its current sense circuitry helps monitor the current flowing through the device. The device is also flexible and scalable, making it an excellent choice for all sorts of linear amplifier circuits.

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