AD8335ACPZ Overview

This item is housed in a package with the number Tray.Definitely a Variable Gain Amplifier to consider.With the 64-VFQFN Exposed Pad, CSP package, this item will be dispatched.In the Surface Mount direction, the part is mounted, which involves a mounting process.The majority of its applications are found in Signal Processing.It is important to note that AD8335 is the base part number for this device.This function accesses high performance for amplification.64 terminals are available in total, each of which is capable of performing a different task.In order to achieve the maximum relow for the part, the iron temperature should be controlled under 260 during the peak relow procedure.All in all, there are 64 pins on the part, which makes it a 64 pin part.This is a 64-pin amplifier that can be customized to suit your needs.There is a minimum temperature at which the device can operate, which is as low as -40°C.There is an impressive capability for this part to operate at temperatures as high as 85°C.It has been determined that Surface Mount is appropriate for this product to enhance design flexibility.It is rated for a maximum supply voltage of 5.5V volts.At least 4.5V power must be supplied with this item.The device can be supplied using 5V.This amplifier presents an excellent volktage gain of 18dB.The amplifier has a 14.7kOhm resistance specified.A supply current of 76mA is recommended for keeping the amplifier functioning properly.Performance at -3db bandwidth is 70MHz.For efficient amplification, there are 4 basic elements.You can find more information on the official website: X-AMP? series.

AD8335ACPZ Features

AD8335ACPZ Applications

There are a lot of Analog Devices Inc. AD8335ACPZ Special Purpose Amplifiers applications.

• Displayers for aircraft and air transportation control systems
• High input resistance broadband
• High gain DC amplifier
• High/low-pass filter circuit
• Power transmission
• Band-stop filter
• Video data acquisition
• Industrial control system
• Mobile phone
• Multiplication and division circuits