LP87524BRNFRQ1 Overview

As a result of the use of the Tape & Reel (TR) package, the performance of this voltage regulator is optimized. There are 26 terminations in this voltage regulator. The type of analog IC that this voltage regulator is equipped with is SWITCHING REGULATOR. There is a 26-PowerVFQFN package available for this voltage regulator, as DC DC switching regulator is space-saving. The voltage regulator is configured with 4 outputs. There are output pins on this DC DC switching regulator that generate Programmable output. Surface Mount-mount switching regulator. -40°C~125°C TA should be the operating temperature when voltage regulator is operating. This DC-DC switching regulator has a switching frequency of 4MHz. Voltage regulators like this one can operate at least with 2.8V as the dc to dc voltage regulator's minimum input voltage. In this adjusting voltage regulator, the output voltage (Min/Fixed) equates to 0.6V. Featuring a 4A output current, dc to dc voltage regulator offers maximum design flexibility. 5.5V volts is DC DC switching regulator's maximum input voltage. A regulator voltage's peak reflow temperature amounts to NOT SPECIFIED being indestructible. An input voltage of 3.7V is required to meet the requirements of the switching regulator operation. The LP87524 family of DC/DC regulators includes this DC/DC regulator. The switching regulator operation of the system is controlled by 26 pins. The maximal output voltage of 3.36V allows DC DC switching regulator to be operated easily. Known as a switching DC-DC regulator, this electronic voltage regulator 12v is part of the Automotive, AEC-Q100 family.

LP87524BRNFRQ1 Features

4 outputs
Peak reflow temperature (Cel) of NOT SPECIFIED
26 pins

LP87524BRNFRQ1 Applications

There are a lot of Texas Instruments LP87524BRNFRQ1 Voltage Regulators applications.

• Printing equipment
• Energy management systems
• Boring machines
• Analog precision reference circuits
• Driver circuits
• Household control circuits
• Digital video recorders
• Computer application technology
• Hydrogen power
• ATMs