Texas Instruments LM25085MY/NOPB

LM25085MY/NOPB Overview
As a result of 8-TSSOP, 8-MSOP (0.118, 3.00mm Width) Exposed Pad compact design, the switching controller is compatible with most applications. 1 outputs are supported by the dc motor controller. Tape & Reel (TR) solid enclosure protects the pmic. Transistor Driver dc switching's outputs (s) can be handled by it. This dc control has a supply voltage and operating voltage of 4.5V~42V. Suitable for working in an dc switcher that has a -40°C~125°C TJ. The switching controller is capable of switching at the Up to 1MHz position. dc dc regulator can be generalized using Surface Mount. To ensure efficient switching, this dcdc regulator features a Current Limit, Frequency Control. SWITCHING CONTROLLER analog IC connects the switch converters. DUAL are the position of the terminal of the switching converters. The 8 terminations can be used for a wide range of dc switching. DC switcher's input voltageis set to 24V. LM25085 can be used to locate other relevant dc to dc converter ics. Pins number 8 of switching converter in total. In particular, switching converter belongs to the Switching Regulator or Controllers family. dc dc voltage regulators should have a minimum input voltage of 4.5V. The test statistics indicate that DC regulator outputs a voltage of 42V. In most cases, the dc dc regulator's output current is 1.75A. This information should be noted when you begin working with the component. Voltage regulator dc to dc is designed to operate at 100 % duty cycle during power-ups and power-downs to ensure reliability. Having a Surface Mount makes DC switcher suitable for most application and prototype designs. It is estimated that this dc regulatorhas a maximum frequency of 1MHz. As long as the dc switching is in a dormant state, it utilizes 1.25mA.

LM25085MY/NOPB Features
Transistor Driver Outputs
Switching Frequency: Up to 1MHz
Current Limit, Frequency Control
Max Duty Cycle: 100 %

LM25085MY/NOPB Applications
There are a lot of Texas Instruments LM25085MY/NOPB DC to DC converter applications.

Smoke exhaust equipment
Computer rooms
Direct power supply system
PSRR circuits
Scientific research
Computer application technology
Sensitive electronic devices
Milling machines
Printing
Telecommunications equipment