AD648JRZ-REEL

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AD648JRZ-REEL is an operational amplifier designed for use in instrumentation, operational amplifiers, buffer amplifiers and low power consumption applications. It is a low power consumption operational amplifier with a wide input voltage range and excellent performance. This amplifier is suitable for applications where power consumption needs to be minimized and the operating temperature range needs to be extended. The AD648JRZ-REEL is optimized to achieve high accuracy over a wide frequency range, while minimizing offset voltage, drift and output voltage range. This amplifier uses a 3-terminal design with a wide range of gain and is suitable for use in a variety of applications ranging from transducer conditioning to amplification.

The AD648JRZ-REEL is a monolithic complementary bipolar junction transistor (CBJT) amplifier with a unity-gain-stable design featuring both inverting and noninverting amplifier configurations. It has a wide gain bandwidth product ranging from 3 MHz to 2 GHz and is capable of driving up to ±4mA of output current. Its small quiescent supply current of 2 mA and an input offset voltage of 50 µV allows the device to be used in battery powered equipment without adversely affecting the battery life. The device also features a shut down pin for low power mode applications, as well as protected inputs for over-voltage or over-current protection.

From the circuit perspective, the AD648JRZ-REEL operates in the inverting and non-inverting amplifier configurations. It consists of differential amplifier combined with an open loop voltage gain of 200 and a fanout of 4. This amplifier works with an adjustable output voltage gain. The gain is adjusted by changing resistance values at R3 & R4. This open loop gain of the amplifier is equal to 1 + R3/R4.

The AD648JRZ-REEL operates with a wide frequency range and can be used in applications where a high speed response is required. The device is also very stable and can be used in a variety of signal conditioning and signal amplification applications with low voltage, low power and low distortion. The device is available in various package types and can be used with a variety of signal types including AC, RF and pulsed signals.

The AD648JRZ-REEL amplifies, filters and conditions signal inputs. It provides signal amplification and filtering at a range of frequencies from DC to 2GHz, with a wideband gain of 200 and adjustable output voltage gain. The device also features an asynchronous interface for interfacing with a variety of external devices. With a wide power supply range of +3V to +24V, the device is suitable for use in battery powered equipment.

The operating temperature range of the AD648JRZ-REEL is -40°C to +85°C. The device also features a low quiescent supply current of 2mA and an input offset voltage of 50µV, making it suitable for use in battery powered equipment. This operational amplifier is conveniently packaged in both narrow body and SOIC-8 packages. It also has a short channel matching time and is commonly used to perform signal conditioning in instrumentation and communication applications.

In summary, the AD648JRZ-REEL is an operational amplifier designed for use in instrumentation, operational amplifiers, buffer amplifiers and low power consumption applications. It is a low power consumption amplifier that features a wide input voltage range and excellent performance. Its wide gain bandwidth product ranging from 3MHz to 2GHz allows it to be used with various signal types including RF, pulsed and AC signals, as well as for signal conditioning applications. It operates over a wide temperature range and is suitable for use in battery powered equipment with a quiescent supply current of 2mA and an input offset voltage of only 50µV. It also features protected inputs for over-voltage or over-current protection, as well as an asynchronous interface for interfacing with a variety of external devices. The device is available in both narrow body and SOIC-8 packages, allowing it to be used in a variety of applications and environments.

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