OPA1013CN8G4

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The OPA1013CN8G4 is a voltage feedback operational amplifier (op amp) designed to improve accuracy and system performance when used in industrial equipment, process controllers and test and measurement equipment. An operational amplifier (op amp) is a differential amplifier characterized by a very high gain, very low input offset voltage and wide bandwidth. Op amps are used to amplify a signal, give gain control, buffer analog signals and condition signals for Analog-to-Digital (A/D) converters.

The OPA1013CN8 Precision Amplifier achieves superior performance utilizing high performance current feedback architecture. The OPA1013CN8 features an enhanced gain bandwidth product of 20 MHz, allowing it to be used in precision applications such as recording instrumentation, test and measurement, measurement instrumentation and precision control systems.The OPA1013CN8 operates over a single-supply voltage or dual-supplies, such as ±5V, ±15V, or even ±18V. This makes the OPA1013CN8 the ideal solution for circuit designs that call for ultralow offset voltage, wide Common Mode Range and superior Common Mode rejection ratio (CMRR). The OPA1013CN8 have low supply current (900 uA) and ultra low input offset voltage (10 mV typical). In addition, the OPA1013CN8 offers wide dynamic range with an input voltage range of ±10V.

The OPA1013CN8 operational amplifiers are designed as low offset, low noise general purpose op amp solution is used in applications requiring precision instrumentation, such as precision gain stages, active filters, PWM and active filters. Its low offset voltage and differential input voltage range of ±10V make it a prime candidate for use in precision applications. With its high bandwidth and excellent transient response, the OPA1013CN8 makes the ideal choice for servo control loops and precision Acquisition/Analysis systems. OPA1013CN8 is suitable for precision gain blocks, active filters, PWM and active filters, temperature controllers and In-amp applications.

The OPA1013CN8 gain bandwidth product allows for greater precision in industrial applications, found in various test and measurement systems. The OPA1013CN8 has a wide differential input voltage range of ±10 V, which translates into a high level of precision when being used in instrumentation amplifiers. The high bandwidth of the OPA1013CN8 also makes it suitable for precision servo control loops. And, with its low supply current(900uA), the OPA1013CN8 is an ideal candidate for energy efficient designs.

The OPA1013CN8 also has a low input voltage noise of 1 nV/√Hz, and with its wide common-mode range of 0V to Vcc, this op amp is ideal for high gain, wide frequency response circuit designs. By taking advantage of the high voltage gain and wide dynamic range, the OPA1013CN8 is well suited for precision analog control systems. Its low offset voltage, low power consumption, wide common mode range and high gain, provides a robust solution for many industrial application.

The OPA1013CN8 operational amplifier can be used in a variety of applications, specifically designed to improve the accuracy, performance and energy efficiency of industrial equipment, process controllers and test and measurement systems. This device features an enhanced gain bandwidth of 20MHz, allowing it to achieve a higher level of precision and response. The low offset voltage of 10mV and its low power consumption makes this device an ideal choice for energy-efficient design. With its wide common mode range of 0V to Vcc, the OPA1013CN8 is well suited for precision gain blocks, active filters, PWM and active filters, temperature controllers and In-amp applications. By taking advantage of the OPA1013CN8’s high voltage gain and wide dynamic range, engineers can create a precision system that is accurate and reliable.

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