INA199B3DCKR Overview

Buck boost converter is part of the package Tape & Reel (TR).oltage regulator is packaged in such a way that 6-TSSOP, SC-88, SOT-363 would understand.In this case, Surface Mount holds the current regulator in place.There should be a limcurrent regulator to the operating temperature of -40°C~125°C.An input voltage wcurrent regulatorh a value of -0.1V~26V may be used as an input voltage.The 6 termination is a method for terminating a transmission line by connecting a voltage regulator that matches its characteristic impedance, which is the method of terminating a transmission line with a voltage regulator.Moreover, current regulator is part of the INA199 family.There are 6 pins, which are pronged contacts as part of a signal interface in a computer or other communications constant current regulator. The current regulator is mounted on the Surface Mount axis.As long as the constant current is powered by a 5VV power source, it should work as long as it is plugged in.Analog IC POWER SUPPLY SUPPORT CIRCUIT is used in this power converter.There is an increase/decrease in the number of channels: 1.There is a maximum voltage to be supplied to 26V by it.In order for it to operate, 2.5V has to be the minimum supply voltage.There are FPGAs of this type in the Zero-Drift series.65μA is the operating supply current provided for its operation.Upon reaching 5mA, the maximum supply current (Isup) that can be supplied to it for it to operate reaches maximum.In this case, current regulation consists of 1 elements.Current regulations have 46.02dB voltage gains, which are the ratio of output voltage to input voltage.

INA199B3DCKR Features

Tape & Reel (TR) package
INA199 family
The maximal supply voltage of 26V
Zero-Drift series
1 elements

INA199B3DCKR Applications

There are a lot of Texas Instruments INA199B3DCKR Current Regulation/Managements applications.

• Programmable current source
• Engine management
• Suspension controls
• Automotive current measurement
• Power management
• Vehicle dynamic controls
• Level translating
• Battery management
• Power supply current measurement
• Transmission controls