OPA2180IDGK

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The OPA2180IDGK is a feature-rich precision operational amplifier circuit. It comes with several added features such as low noise, high bandwidth, low settled gain, and low input bias or offset current. These features make it ideal for use in a broad range of applications, especially in the field of instrumentation, such as for industrial and medical equipment. Its robust design makes it reliable and suitable for industrial applications requiring a high degree of accuracy.

The OPA2180IDGK is a rail-to-rail JFET input operational amplifier designed for use in applications with a wide gain band. It offers an input offset voltage of just 3 mV and an input bias current of just 0.1 nA. It also features high bandwidth and low noise levels, making it well suited for use in testing and measuring equipment, as well as sound and video production. Its low input bias current also means it is more resistant to drift, which is often a problem in instrumentation and test systems.

The OPA2180IDGK is also suitable for use in audio applications. Its low input noise and wide gain-bandwidth product make it an ideal choice for use in low frequency audio applications such as line-level instrument preamps, headphone amplifiers, and phono preamps. Thanks to its low offset voltage, it can be used for low-noise DACs and A/D converters. Additionally, it can be used for ultrasound equipment, power amplifiers, class-D amplifiers, and radio frequency (RF) amplifiers.

The OPA2180IDGK is a monolithic integrated circuit (IC) with a dual op-amp configuration. It has five common-mode range pins, which will provide the circuitry with a range of gain settings, meaning it can be utilized in a wide range of applications. The chip itself is a single in-line package containing two independent op-amps which are connected together for ease-of-use.

The OPA2180IDGK is typically used in AC function generator and dual-channel voltage amplifiers. It also finds use in audio-frequency tracking filters, temperature-compensated oscillators, pulse generators, and sample-hold circuits. In its dual-channel configuration, the OPA2180IDGK can be used to drive low-voltage analog control devices such as actuators and servomotors.

The OPA2180IDGK is a reliable and robust device, and its wide range of features make it ideal for use in a number of different applications. Its extremely low offset voltage and bias current make it suitable for precision instrumentation and test systems, while its wide gain range and excellent noise performance make it suitable for audio applications. It is also suitable for use in power amplifiers and class-D amplifiers, allowing a wide range of audio frequencies to be amplified with the utmost clarity and precision.

The OPA2180IDGK features two independent due-op amps, meaning it can be used as either a single or dual-channel application. Its low offset voltage and low noise performance make it well-suited for precision applications such as data acquisition, voltage and current monitoring, or electro-mechanical feedback loops. Its wide gain range and high bandwidth make it suitable for use in audio applications such as line-level preamps and phono preamps, power amplifiers, class-D amplifiers, and radio frequency (RF) amplifiers.

As a summary, the OPA2180IDGK is a robust, feature-rich precision operational amplifier with a wide range of applications. It is suitable for use in industrial, medical, and audio applications, with a low offset voltage, low bias current, and excellent noise performance. The OPA2180IDGK is a dual op-amp design suitable for use as a single or dual-channel application, making it an ideal choice for precision instrumental and test systems, as well as audio-frequency tracking filters, temperature-compensated oscillators, pulse generators, and sample-hold circuits. Thanks to its reliable design, it is suitable for industrial, medical, and audio applications, allowing for the utmost clarity and precision in a wide range of scenarios.

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