MAX4798ETT+T Overview

Buck boost converter is part of the package Tape & Reel (TR).In the way voltage regulator is packaged, voltage regulator is in the form of a 6-WDFN Exposed Pad.In this case, Surface Mount holds the current regulator in place.The operating temperature should not exceed -40°C~85°C.Current regulator supports the input voltage of 2V~4.5V.In the case of 6 terminations, which are the practice of terminating a transmission line with a voltage regulator that has the same characteristic impedance as the line itself, they are fairly common.Current regulator belongs to the family MAX4798.Computers and other communication constant current regulators use 6 pins, which are pronged contacts.It is mounted on a Surface Mount-axis by this current regulator.The supply voltage of this electrical constant current is 3.3V.In addition to the maximum design flexibility that 500mA provides, its output current is also quite high.POWER SUPPLY SUPPORT CIRCUIT is the analog IC in this power converter.In terms of channel number, I would say that it is growing strongly/weakly: 1.A voltage greater than 2V should be applied to the supply (Vsup).During its operation, 80μA is reached by the operating supply current.In order to achieve a high efficiency level, it is essential that the supply voltage is kept at 4.5V.With 4.5V's maximum input voltage, it is design power convertered to provide maximum design power converter flexibility.A maximum output current makes 800mA highly flexible in terms of design.2V features maximum design flexibility due to its minimal input voltage.Powered by a battery, this electrical dc to dc converter's resistance is 360mOhm (Ω).

MAX4798ETT+T Features

Tape & Reel (TR) package
MAX4798 family

MAX4798ETT+T Applications

There are a lot of Maxim Integrated MAX4798ETT+T Current Regulation/Managements applications.

• Battery management
• DC motor control
• Suspension controls
• Current sensing
• Engine management
• Over-current protection
• Over current monitor
• Motor controls
• Battery chargers
• Power management