AD835ANZ Overview
Its packaging is made up of Tube.Consequently, it is embedded in the 8-DIP (0.300, 7.62mm) package to ensure cost-effectiveness.It is common to use 4-Quadrant bits per stage.Powered by 5V voltage, it operates at a constant current.In this case, the supply voltage is nominally negative and referred to as -5V.Radio-frequency signals modulated at 250MHz occupy the frequency range of 250MHz.With its base part number AD835, electronic parts with a number of similarities can be found.It is a type of 8-pin electronic component that is known for its high quality and superior performance.It is an electronic device that can be found under the subcategory of Analog Computational Functions.It is mounted on the PCB using the Through Hole method.In order to ensure the integrity of the electronic device, the maximum temperature should be kept at 85°C.A minimum operating temperature of -40°C should be maintained for the electronic device.As a result, it is ideal for a supply voltage of 25mA.A dual supply should have a voltage that is higher than 4.5V.In general, dual supply voltages should be lower than 5.5V.The frequency range of 250MHz is occupied by a modulated radio-frequency signal.The input voltage can be increased up to 1V, thus allowing designers to make full use of its flexibility.5V is the dual supply voltage for this device.The information can be stored in 4 bits.It is able to operate from the supply voltage of 5V.A component of 1 has been incorporated into it.At 5.5V, the maximum supply voltage is limited.In order to maintain normal operation, the minimum supply voltage is set at 4.5V.Ideally, the frequency should not exceed 250MHz in order to avoid failures.Several 3 amplifiers work together to achieve high efficiency.2.5V is the voltage released from the output end.
AD835ANZ Features
Supplied in the 8-DIP (0.300, 7.62mm) package
Bandwidth of 250MHz
Operating supply current of 25mA
Operating supply voltage of 5V
3 amplifiers
AD835ANZ Applications
There are a lot of Analog Devices Inc. AD835ANZ Analog Multipliers & Dividers applications.
- Automotive sensors
- Multiplication and division circuits
- Proportional operation circuits
- Logarithmic and exponential operation circuits
- Professional videography
- Power generator
- Automation control systems
- Medical imaging
- Broadcasting
- Portable media players
