AD534JHZ Overview

Its packaging is made up of Bulk.Due to its cost-effectiveness, the TO-100-10 Metal Can package contains it.Most frequently, 4-Quadrant bits are used per stage.Its base part number AD534 is associated with electronic parts that share a number of similarities.A 10-pin electronic component is well known for its superior quality and performance in the industry.On the PCB, it is mounted using Through Hole.The maximum teperature that the electronic device operate with should be kept at 70°C.Temperature of 0°C is the minimum temperature at which the electronic device should operate.Ideally, it should be used with an operating supply voltage of 6mA.8V should be higher than the dual supply voltage.If the dual supply voltage is lower than 18V, then it is recommended.The frequency range of 1MHz is occupied by a modulated radio-frequency signal.As it supports a maximum input voltage of 10V, it ensures that designers can take full advantage of its flexibility.15V is the dual supply voltage for this device.4 bits information can be stored.In order for it to operate, it must be supplied with a voltage of 15V.A number of 1 elements are incorporated into the design.The maximum supply voltage is limited at 18V.It is recommended that the minimum supply voltage be maintained at 8V for normal operation.To avoid failures, the frequency should not exceed 1MHz.The high efficiency can be achieved by combining 4 amplifiers.There is a voltage released from the output end, which is 11V.In order for it to perform its functions, it utilizes 1 circuitry.A number of 1 channels have been configured on it.

AD534JHZ Features

Supplied in the TO-100-10 Metal Can package
Operating supply current of 6mA
Operating supply voltage of 15V
4 amplifiers

AD534JHZ Applications

There are a lot of Analog Devices Inc. AD534JHZ Analog Multipliers & Dividers applications.

• Medical instruments
• Blood pressure sensors
• Thermocouples
• Broadcasting
• Scintillation detectors
• Oscilloscopes
• Medical imaging
• Communication device
• Video data acquisition
• single/dual op amp sum and difference circuits