TPS51125RGER Overview

The switching controller fits in the 24-VFQFN Exposed Pad package and is ideal for most applications. It is sufficient to generate 2 outputs with this dc motor controller. Packaged in solid enclosures, this pmic has a Tape & Reel (TR) rating. It is capable of handling Transistor Driver dc switching's outputs (s). DC control operates at 5.5V~28V volts and has 5.5V~28V supply voltage. Suitable for a -40°C~85°C TA dc switcher. Surface Mount makes it suitable for general dc dc regulator. DCDC regulator is controlled efficiently by Enable, On Time Control, Power Good. Thare switch converters are connected to an analog integrated circuit (IC) of type DUAL SWITCHING CONTROLLER. A switching converters's terminal (s) sits at the QUAD position. A variety of dc switching's functions can be performed on 24 terminations. Some of the control techniques used by these dc dc converter ics are PULSE WIDTH MODULATION. It is inputted with a DC switcher's voltage of 12V. A search for "TPS51125" will reveal other relevant dc to dc converter ics. Switching converter has a total of 24 pins. DC regulator outputs 5.5V voltage based on test statistics. normally, the dc dc regulator's output current is 20A, which you should keep in mind when starting a project. Having a Surface Mount makes DC switcher suitable for most application and prototype designs. DC regulator has a maximum frequency of 460kHz. The dc to dc voltage regulator belongs to the D-CAP? series. DC switching uses 550μA when it is dormant. The frequency at which this controller can perform well is 305kHz.

TPS51125RGER Features

Transistor Driver Outputs
Enable, On Time Control, Power Good
PULSE WIDTH MODULATION
Switching Frequency: 305kHz

TPS51125RGER Applications

There are a lot of Texas Instruments TPS51125RGER DC to DC converter applications.

• Die casting equipment
• USB circuits
• Computer-related products
• Laboratories
• Experimental setup
• Photovoltaic power
• Combined machine tools
• Nuclear power plants
• Alternators
• Analog precision reference circuits