Analog Devices Inc. AD534TH

AD534TH Overview
Its packaging is made up of Bulk.For cost-effectiveness, it has been included in the TO-100-10 Metal Can package.Frequently, 4-Quadrant bits per stage are used.It operates at a voltage of 15V.It is provided with a nominal negative supply voltage of -15V.The frequency range of 1MHz is occupied by a modulated radio-frequency signal.Several 10 terminations are available to ensure that signals do not reflect off the end of the transmission line.With its base part number AD534, electronic parts with a number of similarities can be found.A 10-pin electronic component is well known for its superior quality and performance in the industry.It is an electronic device that falls under the subcategory of Analog Computational Functions.Using the Through Hole method, it is mounted on the PCB.A maximum temperature of 125°C should be maintained for the electronic device to operate.A temperature of -55°C should be maintained for the electronic device in order to enable it to operate.It is based on the component with the lowest tolerance for high temperatures that we determine NOT APPLICABLE's reflow temperature limit.It is ideally suitable for the operating supply voltage of 6mA.The ANALOG MULTIPLIER OR DIVIDER integrated circuit operates on an analog basis.The frequency range of 1MHz is occupied by a modulated radio-frequency signal.Designed to support a maximum input voltage of 10V, it offers designers a wide range of flexibility in their designs.There is a possibility of storing information in 4 bits.This device can operate on a voltage of 22V.

AD534TH Features
Supplied in the TO-100-10 Metal Can package
Bandwidth of 1MHz
Operating supply current of 6mA
Operating supply voltage of 22V

AD534TH Applications
There are a lot of Analog Devices Inc. AD534TH Analog Multipliers & Dividers applications.

Industrial applications including automation
Polarized and non-polarized electrodes
Car stereo
Blood pressure sensors
Displayers for aircraft and air transportation control systems
Inverse/same-phase proportional circuit
Navigation
Laptop
Micro signal measurement
Television