AD713JRZ-16-REEL

AD713JRZ-16-REEL, which belongs to Linear – Amplifiers – Instrumentation, OP Amps, Buffer Amps, is widely used in many fields ranging from medical equipment to instrumentation. This guide will provide a comprehensive overview of the application fields and touch upon the working principle of AD713JRZ-16-REEL.

Application Fields

AD713JRZ-16-REEL is mainly used for electrosurgical instruments, monitoring systems, amplifier drives, filter nonlinear correction, precision buffering, ultrasonic imaging, cable equalization and similar operations. AD713JRZ-16-REEL maintains a small temperature coefficient, so it is perfect for a number of applications. It also performs well at low noise levels. In addition, the device has a fast settling time of 750 ns, so it can be used in a variety of high-bandwidth applications. This versatility makes it suitable for a wide variety of applications.

Power Supply

The power supply requirements of AD713JRZ-16-REEL are quite simple. It can be operated at either a single supply of +12V or a dual supply of +12V and -12V. The input voltage range of this device is from +4V to +36V for the single supply configuration and from +4V to ±18V for the dual supply configuration. It requires a current of 40mA to operate.

Characteristics

AD713JRZ-16-REEL has several features that make it suitable for use in numerous applications. It features excellent slewing performance and tepid temperature stability. It can deliver up to +17.25V of output swing with a gain bandwidth of 2.6MHz. The CMRR is 95dB over the 10kHz to 10MHz frequency range and the input impedance is 1.3MΩ. It also includes a high slew rate of 350V/µs.

Working Principle

The working principle of AD713JRZ-16-REEL is based on a differential amplifier circuit. A differential amplifier has two inputs, an inverting and a non inverting input. These two inputs are compared and the output is generated according to the difference between the two inputs. This comparison is done through the use of negative feedback, which reduces the output of the device if the difference between the inputs increases. This method is used in many amplifier circuits and is particularly useful for applications that require high levels of accuracy.

The AD713JRZ-16-REEL amplifier circuit also uses a rail-to-rail output stage that helps to ensure maximum output swing. This feature allows the device to swing both up and down in order to provide maximum gains. Furthermore, there are two precision voltage references on the device that help to generate the output voltage.

Conclusion

In conclusion, AD713JRZ-16-REEL is an excellent choice for Linear - Amplifiers - Instrumentation, OP Amps, Buffer Amps applications. It is an ideal choice for a wide range of applications due to its high accuracy, small temperature coefficient and fast settling time. Thanks to its excellent performance and numerous features, this device can be used in many areas with excellent results.