OPA192ID

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

OPA192ID is a commonly used instrumentation amplifier integrated circuit (IC), most suited toward industrial and automotive applications that require high performance and accuracy. It is part of Texas Instruments’ instrumentation amplifier product family, and is used in various types of analog signal and power switching applications. The OPA192ID has one input stage, one output stage and independent control signals for both amplification and gain settings. This makes it ideal for a wide range of signal range and measurement applications, including high-precision, low-cost signal conditioning, fault detection, automotive and industrial control.

The OPA192ID has a number of features that make it an ideal choice for high-performance and reliability applications. Its small footprint and low power consumption make it very cost effective. Its robustness and accuracy also make it suitable for many industrial applications. Additionally, its ability to handle up to 14.5V of input voltage makes it suitable for high voltage and high power applications.

The OPA192ID can be used to drive any type of analog signal, including audio, video, digital and RF. Its wide bandwidth and low noise characteristics make it especially suitable for instrumentation and calibration applications. It has a DC gain of 4.5 times, and its output buffer offers an additional gain of 19 times, providing a total gain of up to 86 times.

The OPA192ID is a single-supply, op-amp-based IC, with an internally-optimized input stage for high gain and accuracy. Its output is powered by an external supply and can be configured for both voltage and current feedback. This feature allows for the optimization of the output stage, resulting in higher gain, tighter control, and better stability, accuracy and noise immunity.

The OPA192ID has an integrated voltage-regulator, which keeps the internal circuitry supplied at a constant voltage level, regardless of the load conditions. This improves performance, reduces power consumption and increases system reliability. Additionally, the OPA192ID also has an internal shutdown circuit, which can be used to protect against over-operating of the device. This circuit shuts down the device if it detects an over-current or over-voltage condition. This safety feature can be used in applications where the device is required to operate in potentially hazardous environments.

The OPA192ID can be used in a variety of automation applications, including positioning and sensing systems. Its wide input voltage range allows for the highest performance with the lowest system power consumption. Additionally, its low output impedance makes it ideal for driving heavy loads. The OPA192ID is also able to stabilize long line lengths, allowing for even longer distances between the transceiver and the application.

The OPA192ID’s main purpose is to convert a differential-input signal into an amplified, low-noise output signal. This is accomplished by applying differential gain via its internal gain non-inverting amplifier and its output buffer. This buffer ensures high accuracy and stability of the output signal, even under high load conditions. Additionally, the OPA192ID is able to support up to four channels of audio output, allowing for more versatile output stages.

The OPA192ID is an ideal instrumentation amplifier designed to operate over a wide range of applications. With its high accuracy, low power consumption, wide input voltage range, wide bandwidth, and its ability to drive heavy loads, it is a top choice for many automated and industrial control applications.

The specific data is subject to PDF, and the above content is for reference