INA282AID Overview

Buck boost converter is part of the package Tube.8-SOIC (0.154, 3.90mm Width) has packaged voltage regulator in this manner.Surface Mount is used to mount this current regulator on the board.Current regulator is recommended that the operating temperature not exceed -40°C~125°C.An input voltage wcurrent regulatorh a value of -14V~80V may be used as an input voltage.A 8 termination can be defined as a terminating voltage regulator which matches the characteristic impedance of a line, which allows a transmission line to be terminated with a voltage regulator matching its characteristic impedance.There are two types of INA282s in this family.As part of a signal interface in a computer or other communication constant current regulator, 8 pins are pronged contacts.An current regulator such as this one is mounted by Surface Mount.A significant number of channels are growing strongly/weakly: 1.There is a maximum voltage to be supplied to 18V by it.This part is included in Operational Amplifier.As long as the supply voltage is lower than 2.7V, it will operate correctly.A type of FPGA that falls under this category is the Zero-Drift series.The amplifier type of this electrical buck boost converter is OPERATIONAL AMPLIFIER, which means that it is an amplifier.The operating supply current supplied for its operation reaches 900μA.With its maximum supply current, 900μA offers maximum current regulator's design flexibility due to its maximal supply current.Current regulations have 33.98dB voltage gains, which are simple ratios between the output voltage and the input voltage.This electrical dc to dc converter has a resistance of 6kOhm (Ω).

INA282AID Features

Tube package
INA282 family
The maximal supply voltage of 18V
Zero-Drift series

INA282AID Applications

There are a lot of Texas Instruments INA282AID Current Regulation/Managements applications.

• Smart battery packs
• Automotive current measurement
• Current sensing
• Motor controls
• Battery chargers
• Over-current protection
• Industrial applications current measurement
• Transmission controls
• Programmable current source
• Power supply current measurement