AD834JNZ Overview

Packing materials Tube are used.It is embedded in the 8-DIP (0.300, 7.62mm) package for cost-effectiveness.4-Quadrant bits per stage are frequently used.Powered by a voltage of 5V, it operates on a DC supply.A nominal negative supply voltage is provided for -5V.Radio-frequency signals modulated at 500MHz occupy the frequency range of 500MHz.Its base part number AD834 is associated with electronic parts that share a number of similarities.Known for its superior performance and high quality, it is a type of 8-pin electronic component.Under the subcategory of Analog Computational Functions, it is an electronic device.For mounting on the PCB, Through Hole is used.Electronic devices should be operated at a maximum temperature of 70°C.Electronic devices should be operated at a minimum temperature of 0°C.It is suitable for operating at a voltage of 35mA.There should be a higher dual supply voltage than 4V.If the dual supply voltage is lower than 9V, then it is recommended.Modulated radio-frequency signals occupy the frequency range of 500MHz.Due to its ability to support the maximum input voltage of 1V, designers are able to take full advantage of its flexibility.There is a dual supply voltage of 5V on which it operates.Information can be stored in 4 bits.A maximum supply voltage is limited at 9V.In order to maintain normal operation, the minimum supply voltage is set at 4V.Failures should not occur if the frequency exceeds 500MHz.As a result of working together, the 2 amplifiers provide high efficiency.It is 9V that is released from the output end.The circuitry employed to achieve its specific functions consists of 1 circuits.As a result, the output current 4mA can be controlled according to the input voltage.

AD834JNZ Features

Supplied in the 8-DIP (0.300, 7.62mm) package
Bandwidth of 500MHz
Operating supply current of 35mA
2 amplifiers

AD834JNZ Applications

There are a lot of Analog Devices Inc. AD834JNZ Analog Multipliers & Dividers applications.

• Thermocouples
• Test equipment
• Broadcasting
• Industrial applications including automation
• Band-stop filter
• Signal operation
• Television
• Communication
• single/dual op amp sum and difference circuits
• Industrial control system