AD8304ARUZ-RL7 Overview

The package consists of a Tape & Reel (TR) shape.An excellent Logarithmic Converter that is very good value for money.I have sent this with the package 14-TSSOP (0.173, 4.40mm Width).We've mounted the part in Surface Mount.In Fiber Optics, it is mainly used as a part of the namespace.This device has a base part number of AD8304.The 1 functions here are used to access high performance for the purpose of amplification.14 terminals are available in total, each of which is capable of performing a different task.During peak relow, it is crucial that the iron temperature is kept under control by adjusting 260, which increases the iron temperature.This part consists of a total of 12 14 pins in total.An ideal supply voltage for the amplifier will be 5V in order for it to run as efficiently as possible.For your custom needs, this 14-pin amplifier is the perfect solution.Generally speaking the device can operate to temperatures as low as -40°C, which is the lowest allowed temperature.As an astounding feature, this part is capable of operating with a temperature as high as 85°C.It has been determined that Surface Mount is appropriate for this product to enhance design flexibility.As far as supply voltage is concerned, it is rated at 5.5V maximum.At least 3V power should be provided.In order to achieve amazing performance, this device combines a large number of 1 channels.Using 5V, this device can be supplied.35MOhm resistance is specified for this amplifier.It is recommended to set the supply current to 4.5mA in order to keep the amplifier working normally.Amplification is performed by using 2 basic elements.

AD8304ARUZ-RL7 Features

AD8304ARUZ-RL7 Applications

There are a lot of Analog Devices Inc. AD8304ARUZ-RL7 Special Purpose Amplifiers applications.

• single/dual op amp sum and difference circuits
• Video conversion and routing
• pH (acidity)
• Oscilloscopes
• Instrumentation
• High input resistance broadband
• Portable docking station
• Addition and subtraction operation circuits
• Digital cameras
• Signal transformation