MAX5099ATJ+T Overview

As a result of the use of the Tape & Reel (TR) package, the performance of this voltage regulator is optimized. As you can see, this harley voltage regulator contains 32 terminations. In order to save space, this harley voltage regulator is available in the 32-WFQFN Exposed Pad package. There are 2 outputs configured on this voltage regulator 12v. There are output pins on this DC DC switching regulator that generate Adjustable output. As the name implies, this voltage regulator 12v is designed for mounting on a Surface Mount bracket. During switching regulator operation, the operating temperature should remain at -40°C~125°C TJ. This voltage regulator 12v reaches a switching frequency of 200kHz~2.2MHz. The regulator is capable of operating with a dc to dc voltage regulator's minimum input voltage of 4.5V. According to the table below, DC DC switching regulator's output voltage (Min/Fixed) is equal to 0.8V. DC DC switching regulator's 1A 2A output current allows for maximum design flexibility. 225 is essentially indestructible due to DC DC switching regulator's peak reflow temperature. There is a subcategory called Switching Regulator or Controllers that includes this voltage regulator. As part of the MAX5099 series of regulators, the voltage regulators can be found. A voltage of 17.1V volts can be generated by DC DC switching regulator. During switching regulator operation, 32 pins are used. Based on the maximal adjusting voltage regulator's output voltage of 17.1V, adjusting voltage regulator can be operated easily. DC-DC switching regulator with supply voltage 19V.

MAX5099ATJ+T Features

2 outputs
Peak reflow temperature (Cel) of 225
32 pins
Operating supply voltage of 19V

MAX5099ATJ+T Applications

There are a lot of Maxim Integrated MAX5099ATJ+T Voltage Regulators applications.

• Arc suppression circuits
• Refrigerators of central air conditioners
• Telecommunications equipment
• Packaging
• Magnetohydrodynamic power
• Imported equipment
• Lathes
• Industrial controllers
• Scientific research
• Direct power supply system