MAX8805XEWEAA+T Overview

The voltage regulator supports a total of 1 outputs. The rectifier regulator is packaged in 16-UFBGA, WLCSP for ease of transportation. Currently, Tape & Reel (TR) packages are available for shipping. The output voltage of this voltage controller is 0.4V~5.5V. Surface Mount Universal mount allows for easy adaptation. The shunt regulator is intended for use at Converter, WCDMA PA Power as well as other applications. In order to prevent malfunction, set the operating temperature to -40°C~85°C. It is designed to run the input voltage at 2.7V~5.5V. The voltage regulator contains 16terminals. As a SWITCHING REGULATOR regulator, the electronic part has received high ratings. The pinout of the rectifier regulator starts from 16 pins it has. For more pin-to-pin solutions, please search MAX8805. A Surface Mount is provided for mounting it on PCBs and other boards. In this power supply regulator, there are 16 pins. The AC voltage regulator and other Switching Regulator or Controllers are crucial to the industry. Normal operation requires 5.5V operating supply voltage. There should be 600mA output from the electrical regulator at the moment. Here are a few extra features of this voltage regulator: ALSO OPERATES AS LDO REGULATOR; PWM CONROL TECHNIQUE ALSO POSSIBLE. The alternator regulator requires an input voltage greater than 2.7V. It is possible for the voltage controller to switch at a frequency of 2MHz. At its maximum, the voltage regulator will produce current 650mA.

MAX8805XEWEAA+T Features

Widely used in Converter, WCDMA PA Power applications
SWITCHING REGULATOR analog IC
Supply voltage: 5.5V

MAX8805XEWEAA+T Applications

There are a lot of Maxim Integrated MAX8805XEWEAA+T Specialized Voltage Regulators applications.

• Performance DSPs
• Two-Way Pagers
• Notebook Computers System Bus and I/O
• Continuously Adjustable GaAsFET Bias
• SSTL-2 SSTL-18 and HSTL Termination
• Graphics Processor Core Supplies
• DDR Vooo and Vπ Voltage Generation
• Portable DVD
• DAC Controlled High Current Output Stage
• Active Bus Termination