A5972D013TR Overview

It is designed to provide optimal performance by utilizing the Tape & Reel (TR) package. In this voltage regulator, there are a total of 8 terminations. There is a SWITCHING REGULATOR type analog IC in this voltage regulator 12v that is used to convey analog signals. In order to save space, this harley voltage regulator is available in the 8-SOIC (0.154, 3.90mm Width) package. The voltage regulator 12v has 1 outputs. This DC DC switching regulator generates Adjustable output on its output pins. Surface Mount-mount switching regulator. -40°C~150°C TJ should be the operating temperature when voltage regulator is operating. 250kHz is the switching frequency of this DC-DC switching regulator. Input voltage 4V is the dc to dc voltage regulator's minimum input voltage required for operation of the voltage regulators. There is a adjusting voltage regulator's voltage output (Min/Fixed) of 1.235V. Voltage regulator is designed to provide a nominal input voltage of 12V to meet the operation requirements. There is a subcategory of this regulator voltage called Switching Regulator or Controllers. DC/DC regulators of this type are part of the A5972 family of voltage regulator 12vs. Voltage regulator is capable of giving voltage at 36V volts. In order to operate voltage regulator, there are 8 pins that must be connected. A 1.5A A maximum output current is required to meet the switching regulator operation requirements. This voltage regulator belongs to the Automotive, AEC-Q100 family and is known as a switching DC-DC regulator. This DC-DC switching regulator operates from a supply voltage of 36V.

A5972D013TR Features

1 outputs
8 pins
Operating supply voltage of 36V

A5972D013TR Applications

There are a lot of STMicroelectronics A5972D013TR Voltage Regulators applications.

• Bending machines
• Window air conditioners
• Ball screw pair
• Refrigerators of central air conditioners
• Correction machines
• Hydro power
• Nuclear power plants
• Precision electronic equipment
• Packaging
• Analog precision reference circuits