MAX4787EXK+TC7Q Overview

Package Tape & Reel (TR) includes buck boost converter.In the same manner as 5-TSSOP, SC-70-5, SOT-353, voltage regulator is packaged.There is a Surface Mount mounted on this current regulator.Temperatures should not exceed -40°C~85°C during operation.The input voltage of 2.3V~5.5V can be supported by this voltage regulator.An example of this is the 5 termination, which is a procedure in which a transmission line is terminated with a voltage regulator that is equal in impedance to the line characteristics.As part of the MAX4787 family, current regulator belongs to this class.In a computer or other communication constant current regulator, 5 pins are pronged contacts that provide a signal interface.In this example, the current regulator has been mounted using Surface Mount.In order for the constant current to work, it should be powered by a 3.3VV power source, which is found in most 3.3VV power supplies.With its high output current, 100mA is capable of offering maximum design flexibility.ANALOG CIRCUIT is the analog IC in this power converter.In order for it to operate, it requires an operating supply current of 65μA.For optimum efficiency, the supply voltage should be kept at 5.5V at all times.Its maximum input voltage ensures that 5.5V offers maximum design power converter flexibility due to its maximum input voltage.240mA features a maximal output current, which makes it extremely flexible in voltage regulator's design.The minimal input voltage of 2.3V makes it feature maximum design flexibility.In this configuration, the output is 1.Dieser electrical dc to dc converter has a resistance of 1Ohm (Ω).

MAX4787EXK+TC7Q Features

Tape & Reel (TR) package
MAX4787 family
1 output

MAX4787EXK+TC7Q Applications

There are a lot of Maxim Integrated MAX4787EXK+TC7Q Current Regulation/Managements applications.

• Power management
• Current sensing
• Battery chargers
• Over-current measurement
• Motor controls
• Engine management
• Vehicle dynamic controls
• Suspension controls
• Battery management
• Over current monitor