Texas Instruments PTH08080W series DC DC Converters

Introduction, stock information and FAQs of PTH08080W series Off-board DC DC Converters

In this post, you will learn features, applications, PDF datasheets, substitute products and the latest stock and pricing information of Texas Instruments PTH08080W series Off-board DC DC Converters.

Applications

Industrial transport (non-car & non-light truck)
Lighting
Medical

Associated Products

Part Number	Description	Stock	RFQ
PTH08080WAS	DC DC CONVERTER 0.9-5.5V 2.25A	1	RFQ
PTH08080WAH	DC DC CONVERTER 0.9-5.5V 2.25A	10	RFQ
PTH08080WBH	Non-Isolated DC/DC Converters 2.25A,4.5-18Vin Wide Adjust Mini Pwr Mod	100	BUY
PTH08080WAD	Module DC-DC 1-OUT 0.9V to 5.5V 2.25A 10W 5-Pin DIP Module Tray	0	RFQ
PTH08080WAZT	DC DC CONVERTER 0.9-5.5V 2.25A	564	RFQ
PTH08080WAZ	2.25 A, 4.5-V to 18-V Input Wide Adjust Miniature Power Module 5-Surface Mount Module -40 to 85	50	RFQ
PTH08080WAST	DC DC CONVERTER 0.9-5.5V 2.25A	15	BUY

Technical Documents

Description

The Texas Instruments PTH08080W series DC DC converters are a family of high-efficiency, high-density, and low-cost DC-DC converters. They are designed to provide a wide range of output voltages and currents, making them ideal for a variety of applications. The PTH08080W series features a wide input voltage range, high efficiency, and low output ripple. They are also designed to be highly reliable and have a long life expectancy. The PTH08080W series is available in a variety of packages, making them suitable for a wide range of applications.

Features

• Wide input voltage range of 4.5V to 36V

• Output voltage range of 0.8V to 5.5V

• High efficiency up to 95%

• Low quiescent current of 10µA

• Output current up to 8A

• Over-temperature protection

• Over-current protection

• Short-circuit protection

• RoHS compliant

Applications

• Automotive

• Industrial

• Medical

• Telecom

• Networking

• Computing

• Portable Electronics

• Battery-powered Systems

Related Series

Texas Instruments DCP02 (2W) series DC DC Converters

11 May 202384

Texas Instruments PTH05010W series DC DC Converters

11 May 202387

Texas Instruments PTH12010 series DC DC Converters

09 May 2023125

Texas Instruments PTN78000A series DC DC Converters

11 May 202377

Texas Instruments SIMPLE SWITCHER® Nano series DC DC Converters

13 May 2023318

Frequently Asked Questions

"Features: • Wide input voltage range of 4.5V to 36V • Output voltage range of 0.8V to 5.5V • High efficiency up to 95% • Low quiescent current of 10µA • Output current up to 8A • Over-temperature protection • Over-current protection • Short-circuit protection • RoHS compliant Applications: • Automotive • Industrial • Medical • Telecom • Networking • Computing • Portable Electronics • Battery-powered Systems" What are the Alternative Products of Texas Instruments PTH08080W series DC DC Converters?

1. Murata OKI-78SR Series DC DC Converters 2. Vicor VI-200 Series DC DC Converters 3. CUI Inc. VOF Series DC DC Converters 4. XP Power ECL Series DC DC Converters 5. RECOM RACM Series DC DC Converters 6. Mean Well LRS Series DC DC Converters 7. TDK-Lambda GEN Series DC DC Converters 8. Artesyn Embedded Technologies SDP Series DC DC Converters 9. Bel Power Solutions FLEX Series DC DC Converters 10. Delta Electronics DPH Series DC DC Converters

What are the differences between the types of Texas Instruments PTH08080W series DC DC Converters?

The Texas Instruments PTH08080W series DC DC Converters come in three different types:  1. Non-Isolated: These converters are designed to provide a regulated output voltage from an unregulated input voltage. They are typically used in applications where the input voltage is within a few volts of the output voltage.  2. Isolated: These converters are designed to provide a regulated output voltage from an unregulated input voltage, while also providing electrical isolation between the input and output. They are typically used in applications where the input voltage is significantly different from the output voltage.  3. Step-Down: These converters are designed to provide a regulated output voltage from a higher unregulated input voltage. They are typically used in applications where the input voltage is significantly higher than the output voltage.