AD734ANZ Overview

Its packaging is made up of Tube.For cost-effectiveness, it has been included in the 14-DIP (0.300, 7.62mm) package.Frequently, 4-Quadrant bits per stage are used.In order to operate it, a voltage of 15V is applied.-15V is supplied with a nominal negative supply voltage.Modulated radio-frequency signals occupy the frequency range of 40MHz.Its base part number AD734 is associated with electronic parts that share a number of similarities.There are several types of 14-pin electronic components of this type, which are notable for their high quality and superior performance.There is an electronic device in the subcategory Analog Computational Functions that falls under this classification.A PCB is mounted by the way of Through Hole.In order to ensure the integrity of the electronic device, the maximum temperature should be kept at 85°C.A temperature of -40°C should be maintained for the electronic device in order to enable it to operate.A voltage of 12mA is an ideal operating supply voltage for it.A dual supply should have a voltage that is higher than 8V.It is recommended to use dual supply voltages less than 16.5V.There are 1 elements incorporated into it.There is a limit to the maximum supply voltage of 16.5V.It is recommended that the minimum supply voltage be maintained at 8V for normal operation.As a precaution, the frequency should not exceed 10MHz.The high efficiency can be achieved by combining 4 amplifiers.The voltage released from the output end is 12V.A voltage-controlled output current 10mA is available.

AD734ANZ Features

Supplied in the 14-DIP (0.300, 7.62mm) package
Bandwidth of 40MHz
Operating supply current of 12mA
4 amplifiers

AD734ANZ Applications

There are a lot of Analog Devices Inc. AD734ANZ Analog Multipliers & Dividers applications.

• Industrial applications including automation
• Medical imaging
• Integrator and differentiator circuits
• earphone
• single/dual op amp sum and difference circuits
• Navigation
• Scintillation detectors
• Large motor controllers
• Multiplication and division circuits
• Blood pressure sensors