AD5282BRU20 Overview

This file is contained in a package of 16-TSSOP (0.173, 4.40mm Width).The pentometer is stored from Volatile.The digital potentiometer has 2 embedded circuits.In the Tube package, it is accessible for securing the digital analogic.256 taps protect this pentometer against overcurrent.The pentometer consists of 256 positions.16 terminations are designed in digital potentiometer.You will find here 2 functions for your reference.As shown, the total resistance of the speed potentiometers will be 20000Ohm.The performance of 5V is provided by 5V.On the digi devices, you can see the 16 pins.The mount should be done in the direction of Surface Mount.4.5V~16.5V ±5V voltage is available from the potentionmeter.There is a temperature range of -40°C~85°C for this digital potentiometer.The flow can be limited by 20kOhm.The AD5282 family contains pentometer.Digital potentiometer is mounted by Surface Mount.The potentiameter has 16 pins.It is possible to find Selectable Address using this digital variable resistor.A supply voltage of 15V conducts the potentiometer.To deliver its performance, the supply current need to be operated at the range of 25μA.The frequency of 400kHz allows it to maintain high accuracy.Max supply current 100nA is possible.During quiescence, potentiameter consumes 100nA volts of current.To transfer data, there are 310 kHz bandwidths available.With a dual supply voltage of 5.5V, you can conduct this pentometer.Dual supply voltage up to 4.5V ensures stable power.

AD5282BRU20 Features

Available in 16-TSSOP (0.173, 4.40mm Width) package
2 Circuits
Mounting Type: Surface Mount
Operate temperature at the range of -40°C~85°C
16 pins
Operate supply voltage at the range of 15V
Quiescent Current at 100nA

AD5282BRU20 Applications

There are a lot of Analog Devices Inc. AD5282BRU20 Digital Potentiometers applications.

• Programmable computer
• Automotive electronics
• Contrast control of monitors
• Sensor auto referencing circuits
• Adjustable current control
• Sensor trimming instrumentation
• Matching Linear Impedance
• Voltage control
• Joysticks
• Adjusting the LCD Display