THS4221DGNR

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THS4221DGNR is a high-performance precision low-noise dual operational amplifier intended for use in instrumentation, medical, communications, data conversion and audio applications. This device features very low offset voltage, very low input bias current and high common mode rejection ratio, making it ideal for use in a wide range of applications.

The THS4221DGNR has two op-amp amplifiers packaged in a single package. Each amplifier can operate from rail-to-rail input and output swings, achieving a full rail-to-rail voltage operation and higher output current. It features a wide common mode input voltage range and allows for also a low output impedance, low distortion and low phase noise.

The THS4221DGNR is an ideal solution for designing high-accuracy, low-power and low-cost instrumentation amplifier circuitry. Its high-accuracy and low-noise characteristics make it suitable for precision low-frequency signal conditioning, while its high-gain bandwidth product (GBWP) and high-input impedance make it suitable for wideband AC signals at low power levels.

The THS4221DGNR provides a high input impedance and low output impedance, offering superior accuracy and performance with feedback and buffered circuits. It can be used in various instrumentation circuits, such as current and voltage metering, oscilloscope inputs and many other applications requiring precision signal conditioning. It also offers excellent input common mode rejection and low bias current for single-ended or differential input signals.

The THS4221DGNR is a dual op-amp configured in a single package. Each amplifier can be operated from rail-to-rail input and output swings, allowing for a full rail-to-rail voltage operation. Both amplifiers operate from a single supply allowing for a high common mode input voltage range. The unity-gain bandwidths of each amplifier are dependent upon the load capacitance, but can reach up to 1MHz with a low supply voltage. The wide common-mode input range allows the amplifier to operate in both inverting and non-inverting gain configurations. The wide common-mode input range also allows for easy single-ended operation.

The THS4221DGNR provides a low bias current and very low offset voltage, making it an excellent choice for applications that demand precision signal condition such as data conversion, active filters, audio and medical instrumentation. Its high common-mode rejection ratio and very low distortion make it ideal for wideband AC signals. Additionally, the low supply voltage allows for the use of the amplifier in low-power applications.

In summary, the THS4221DGNR is a high-performance precision low-noise dual operational amplifier intended for use in instrumentation, medical, communications, data conversion and audio applications. It features very low offset voltage, very low input bias current and high common mode rejection ratio, making it ideal for use in a wide range of applications. It has two op-amp amplifiers packaged in one package and has a wide common mode input voltage range and allows for low output impedance, low distortion and low phase noise. The THS4221DGNR is an ideal solution for designing high-accuracy, low-power and low-cost instrumentation amplifier circuitry.

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