OPA177GS/2K5G4

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

OPA177 family of operational amplifiers offer low power and superior performance in a wide range of applications, such as high-speed instrumentation, linear amplification, and buffer stages. The OPA177 family of amplifiers features a high-speed 2-kHz bandwidth, a low-noise figure, a low input bias and offset current, and low input offset voltage. The OPA177GS/2K5G4 amplifier is a dual-channel low-noise, high-gain amplifier with a gain-bandwidth product that won’t be out of date anytime soon. The amplifier also provides a wide-bandwidth, low-noise, low-input bias current, low-offset voltage, and low-distortion operation. The amplifier can be used for a variety of linear and instrumentation applications, such as communications, instrumentation, medical instrumentation, precision measurement and industrial control applications.

Let\'s look at the applications and working principle of OPA177GS/2K5G4. The OPA177GS/2K5G4 is ideal for high speed instrumentation, linear amplification and buffer stages. The OPA177GS/2K5G4 is designed to be used in high precision instrumentation and measurement applications, as well as in industrial control systems. In instrumentation applications, the OPA177GS/2K5G4 amplifier can be used as a low-noise, high-gain preamplifier for amplifying signals over a wide frequency range. The amplifier can be used as a high-gain buffer amplifier in order to drive low-impedance loads. In addition, the amplifier can be used as a voltage follower in order to reduce the output impedance of an op-amp driving a large capacitor for AC transmission. The OPA177GS/2K5G4 also has a low input bias current, which helps to reduce the influence of ambient temperature on the performance of the device.

The working principle of the OPA177GS/2K5G4 is very straightforward. The device consists of two input terminals (non-inverting and inverting), an output terminal, and a feedback resistor connected in between them. The input terminals take in two input voltages, and the output terminal delivers the amplified signal. The OPA177GS/2K5G4 then uses the feedback resistor to adjust its gain level. By using the law of voltage divider, the feedback resistor sets the amount of negative feedback applied to the device, thus influencing the overall gain.

The voltage applied to the non-inverting input terminal (Vin) is amplified according to the gain set by the feedback resistor. When the non-inverting input is at virtual ground, the amplifier provides maximum gain. The linear amplification characteristics of the OPA177GS/2K5G4 result from the high-input impedance, low-noise figure, high gain, and low-offset voltage. The wide bandwidth of the amplifier further improves the performance of the device. Finally, the low-input bias current helps to reduce the influence of ambient temperature on the performance of the amplifier.

In summary, the OPA177GS/2K5G4 amplifier is a dual-channel low-noise, high-gain amplifier with a gain-bandwidth product that won’t be out of date anytime soon. The amplifier is ideal for high speed instrumentation, linear amplification and buffer stages, and can be used in a wide variety of applications. The amplifier provides a wide-bandwidth, low-noise, low-input bias current, low-offset voltage and low-distortion operation. Finally, the low-input bias current helps to reduce the influence of ambient temperature on the performance of the amplifier.

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