AD5162BRMZ50 Overview
A package containing it contains 10-TFSOP, 10-MSOP (0.118, 3.00mm Width).As of Volatile, this pentometer has been stored.This digital potentiometer has 2 embedded circuits.The digital analogic can be secured by using the Tube package.A 256 tap protects this pentometer from overcurrents.The pentometer consists of 256 positions.As a result, digital potentiometer has been designed to terminate at 10.In this programmable potentiometer, you will find 2 functions.As shown, the total resistance of the speed potentiometers will be 50000Ohm.Performance is delivered by 3V power.The digi devices shows pins 10.The way to mount is Surface Mount.potentionmeters that can supply 2.7V~5.5V volts are available.The temperature range of this digital potentiometer is -40°C~125°C.In this case, the flow can be limited by 50kOhm.AD5162 is a family member.Digital potentiometer is mounted by Surface Mount.There are 10 pins on this potentiameter.Potentiometers conduct when provided with a supply voltage of 5.5V.The potentiameter is able to deliver voltage at 3/5V.The supply current needs to be operated in the range of 3.5μA.With a frequency of 25MHz, it maintains high accuracy.The maximum supply current digital potentiometer can handle is 3.5μA.When the current is 3.5μA, potentiameter consumes quiescent current.A bandwidth of 4.8MHz is available for data transfer.
AD5162BRMZ50 Features
Available in 10-TFSOP, 10-MSOP (0.118, 3.00mm Width) package
2 Circuits
Mounting Type: Surface Mount
Operate temperature at the range of -40°C~125°C
10 pins
Operate supply voltage at the range of 5.5V
Quiescent Current at 3.5μA
AD5162BRMZ50 Applications
There are a lot of Analog Devices Inc. AD5162BRMZ50 Digital Potentiometers applications.
- Instrumentation (gain or offset adjustment)
- Healthcare Products
- Used as variable resistor
- Programmable power supplies
- Industrial control circuits
- Contrast control of monitors
- Used as programmable gain amplifier
- Programmable I to V converter
- Audio devices with up to 90dB dynamic range
- Analogue circuit
