LM5085SD/NOPB Overview

Capsuled in the 8-WFDFN Exposed Pad package, the switching controller suits most application needs. For outputs of 1, this dc motor controller is suitable. PMIC is packaged in a solid enclosure of Tape & Reel (TR). Transistor Driver dc switching's outputs (s) are supported. dc controls with 4.5V~75V voltage are supplied and operated. Suitable for working in an dc switcher that has a -40°C~125°C TJ. A switching controller such as this can switch at a value of Up to 1MHz . A generalization of dc dc regulator can be made using Surface Mount. Current Limit, Enable, On Time Control provides dcdc regulator efficient switching control. SWITCHING CONTROLLER analog IC connects the switch converters. The switching converters's terminal (s) are designed at DUAL . Various 8 terminations. DC switcher's voltage input is 48V. Other relevant dc to dc converter ics will be returned if you search "LM5085". There are 8 pins on switching converter. Specially, switching converter corresponds to type Switching Regulator or Controllers. An input voltage of 4.5V is the minimum required for the dc dc voltage regulator. A 75V voltage of DC regulator was detected in the test statistics. In most cases, the output current of the dc dc regulator will be 1.75A, so note that when you start the project. Having a Surface Mount makes DC switcher ideal for most prototype and application designs. There is a maximum frequency of 1MHz for this dc regulators. To operate the voltage regulator dc to dc safely and reliably, users should apply 75V. DC switchings that are dormant use 1.3mA.

LM5085SD/NOPB Features

Transistor Driver Outputs
Switching Frequency: Up to 1MHz
Current Limit, Enable, On Time Control

LM5085SD/NOPB Applications

There are a lot of Texas Instruments LM5085SD/NOPB DC to DC converter applications.

• Series voltage regulation circuits
• Grinders
• Communication system
• Handheld GPS
• Digital display device
• Access control systems
• Laboratories
• Automation technology
• Gear/thread machining machines
• Scientific research