EL5193ACWZ-T7

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EL5193ACWZ-T7 Application Field and Working Principle

EL5193ACWZ-T7 is an industrial grade dual, low noise, low input offset voltage amplifier, a widely used linear amplifier which belongs to the field of linear amplifiers, more specifically instrumentation amplifiers, operational amplifiers, and buffer amplifiers.

Designed in a lightweight 8-Pin SOIC package, EL5193ACWZ-T7 has a wide variety of industrial applications due to its high signal integrity and low power consumption. This dual amplifier can be used as a current sensing amplifier, a high fidelity line amplifier, a signal buffer, an audio amplifier, a sensor amplifier, and a power supply signal amplifier. Other applications include powering personal computers, power supplies for audio equipment, and single-stage amplifiers for signal transmission.

EL5193ACWZ-T7 works according to the principles of a differential amplifier. It consists of two pairs of transistors that are operated in a differential configuration. These two pairs of transistors are connected in a complementary symmetry configuration to achieve greater power efficiency. This configuration also reduces the need for an external power supply, which increases its versatility.

EL5193ACWZ-T7 is a low-noise amplifier, with a minimum noise floor of -100 dBV at 1kHz and a maximum equivalent input noise of 0.8nV/√Hz. This amplifier is designed to minimize input offset voltage, featuring very low input offset voltage of 2mV and drift of 0.2µV/°C. These features enable it to provide high input performance, high resolution and high signal-to-noise ratio for the output signal.

The input range of EL5193ACWZ-T7 is from +/-2.5V to +/-15.0V with an output range of 0.1V to 20V. This amplifier can operate in a temperature range from -40°C to +85°C. Its power supply current is low, 1.2mA maximum at ±15V supply voltage and 1.4mA maximum at ±18V supply voltage.

The EL5193ACWZ-T7 is an excellent choice for a wide range of industrial applications due to its low power consumption, low noise, high signal integrity, and wide operating temperature range. Its low input offset voltage and drift require reduced calibration time, making it cost-efficient. This amplifier is designed to be high performance and reliable, making it a great choice in a variety of industries and applications.

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