TL5001IP Overview

This switching controller fits most application requirements since it is packaged in a 8-DIP (0.300, 7.62mm) package. 1 outputs are supported by the dc motor controller. A solid enclosure of Tube surrounds pmic. It is capable of handling Transistor Driver dc switching's outputs (s). A 3.6V~40V voltage is supplied to the dc control and used for operating it. Workable in an dc switcher where -40°C~85°C TA is the -40°C~85°C TArm. In this switching controller, the switch can be set to 20kHz~500kHz. It is suitable for general dc dc regulator when it is set to Through Hole. To ensure efficient switching, this dcdc regulator features a Dead Time Control, Frequency Control. An analog IC SWITCHING CONTROLLER is connected to the switch converters. Switching converters are designed with the terminal (s) at position DUAL . There are many different types of terminations for 8. It includes PULSE WIDTH MODULATION as one of the control techniques dc dc converter ic adapts. The DC switcher's nominal voltage is 6V. You can find other relevant dc to dc converter ics by searching "TL5001". There are 8 pins on switching converter. Statistically, DC regulator outputs 50V volts. In most cases, the output current of the dc dc regulator will be 20mA, so note that when you start the project. The max frequency of the pmic can reach 500kHz. To run the voltage regulator dc to dc safely and reliably, users should apply 40V to the voltage regulator dc to dc. In dormant mode, 1.1mA is used. Since the dc switcher's maximum input voltage is 40V, the voltage must be regulated accordingly. 3.6V is the required supply voltage. Input current cannot exceed 3A with this dc switcher. Datasheets state the switching converter can output up to 50V volts. There is 1V voltage output lower than 1V on the voltage controller.

TL5001IP Features

Transistor Driver Outputs
Switching Frequency: 20kHz~500kHz
Dead Time Control, Frequency Control
PULSE WIDTH MODULATION

TL5001IP Applications

There are a lot of Texas Instruments TL5001IP DC to DC converter applications.

• Special machining machine tools
• Program control systems
• Drilling machines
• Overvoltage protection circuits in TV sets
• USB circuits
• Computed tomography (CT)
• Printing equipment
• Product testing
• Imported equipment
• Motor controller circuits