AD539JNZ Overview

Tube are used for its packaging.In order to maximize cost efficiency, it is embedded in the 16-DIP (0.300, 7.62mm) package.2-Quadrant bits per stage are frequently used.It operates at a voltage of 5V.For -5V, a nominal negative supply voltage is provided.Radio-frequency signals modulated in the range of 60MHz occupy this frequency range.With its base part number AD539, electronic parts with a number of similarities can be found.Known for its superior performance and high quality, it is a type of 16-pin electronic component.Electronic devices can be found under the Analog Computational Functions subcategory.On the PCB, it is mounted using Through Hole.A maximum temperature of 70°C should be maintained for the electronic device.The minimum teperature that the electronic device operate with should be kept at 0°C.It is ideal for use with 10.2mA as the operating supply voltage.A voltage higher than 4.5V should be used for the dual supply.It is recommended that the dual supply voltage be lower than 15V.A digital IC of type ANALOG MULTIPLIER OR DIVIDER performs the same function as an analog IC.There is a modulated radio-frequency signal in the range of 25MHz.It supports the maximum input voltage of 4.2V, thus designers can fully make use of its flexibility. There is the possibility of storing information in 2 bits.There is a limit to the maximum supply voltage of 15V.In order to maintain normal operation, the minimum supply voltage is set at 4.5V.As a precaution, the frequency should not exceed 60MHz.In order to achieve high efficiency, there are a number of 3 amplifiers working in concert.Maintaining the supply current below 20mA can lead to high reliability.

AD539JNZ Features

Supplied in the 16-DIP (0.300, 7.62mm) package
Bandwidth of 60MHz
Operating supply current of 10.2mA
3 amplifiers

AD539JNZ Applications

There are a lot of Analog Devices Inc. AD539JNZ Analog Multipliers & Dividers applications.

• Proportional counter tubes
• Computer workstations and wireless base stations
• Mobile phone
• Video conversion and routing
• High input resistance broadband
• Communication
• earphone
• Biopotential
• Micro signal measurement
• Thermocouples