This file is contained in a package of 20-TSSOP (0.173, 4.40mm Width).Non-Volatile starts the process of storing this pentometer.In this digital potentiometer, there are 4 embedded circuits.To secure the digital analogic, it is accessible in the Tape & Reel (TR) package.There are 64 taps to protect the overcurrent of this pentometer.64 positions make up the pentometer.A termination of 20 is intended.In this programmable potentiometer, you will find 4 functions.In The case, the total resistance of the speed potentiometers will be 100000Ohm.Performance is delivered by 2.5V power.On the digi devices, you can see the 20 pins.Mounting in Surface Mount is recommended.It is possible for the potentionmeter to supply voltages of 2.7V~5.5V ±2.25V~2.75V.This digital potentiometer is used to detect temperature in the -40°C~105°C range.A flow limit of 100kOhm can be applied.A member of the family AD5253 pentometer belongs to.Mounted by Surface Mount.20 pins are present on this potentiameter.It is possible to find Selectable Address using this digital variable resistor.Potentiometers conduct when the supply voltage is 2.75V.There is a possibility of delivering voltage at 3/5V.Among its additional features are the following: NONVOLATILE MEMORY; DEVICE SUPPORTS DUAL SUPPLY OPERATIONOptimal performance can be achieved by operating the supply current in the 3μA range.Despite its 400kHz frequency, it can maintain high accuracy.Max supply current 5μA is possible.There is 5μA quiescent current consumed by potentiameter at 5μA.The bandwidth to transfer data is 4MHz.The maximum dual supply voltage for this pentometer should be 2.75V.Dual supply voltage up to 2.25V ensures stable power.
AD5253BRUZ100-RL7 Features
Available in 20-TSSOP (0.173, 4.40mm Width) package 4 Circuits Mounting Type: Surface Mount Operate temperature at the range of -40°C~105°C 20 pins Operate supply voltage at the range of 2.75V Quiescent Current at 5μA
AD5253BRUZ100-RL7 Applications
There are a lot of Analog Devices Inc. AD5253BRUZ100-RL7 Digital Potentiometers applications.