LMC6082IM/NOPB

Features

• Wide operating temperature range from -40°C to +85°C
• Low distortion
• High supply voltage range up to ±24V
• Low offset voltage
• High input common-mode voltage range
• High common-mode rejection ratio
• High open loop gain
• High reliability
• Good common-mode supply noise rejection

Working Principle of the LMC6082IM/NOPB

The LMC6082IM/NOPB has four independent amplifiers which achieve fast settling time, low input offset voltage, high open loop gain and good common-mode rejection ratio (CMRR). It has high input common-mode voltage range which can accept large amounts of input common-mode voltage. The amplifier provides excellent accuracy in mixing, summing and level shifting applications. The LMC6082IM/NOPB features wide power supply range up to ±24V. It also features low distortion and low power consumption.

The amplifiers of the LMC6082IM/NOPB use a transimpedance input stage, a gain stage and an output stage. The transimpedance input stage is a differential circuit that has high gain and low noise. It has very low input offset voltage and it is temperature compensated. The gain stage is a single-ended amplifier which provides low distortion and high accuracy. The output stage is a power stage designed for low power consumption and low output saturation voltage.

The LMC6082IM/NOPB has excellent performance characteristics in a variety of applications. It is used in audio systems, automotive electronics, medical equipment, instrumentation amplifiers and robotic systems. It can be used as a low-noise amplifier, a current-to-voltage converter and a programmable gain amplifier.

The LMC6082IM/NOPB is a powerful amplifier that is widely used in a variety of applications. It is ideal for precision level shifting, signal conditioning, low-noise amplifier, input/output buffering, and active filtering. Its high performance characteristics make it suitable for highly accurate measurement and monitoring systems.

The LMC6082IM/NOPB is an excellent choice for applications that require high performance, low power consumption and high accuracy. It is ideal for a variety of instrumentation, linear and audio applications.