TEA1721AT/N1,118 - NXP USA Inc.

Manufacturer Part Number

TEA1721AT/N1,118

Manufacturer

nxp-semiconductors

Introduction

The TEA1721AT/N1,118 is a compact, green-mode power management integrated circuit designed for low-power applications, facilitating energy-efficient solutions.

Product Features and Performance

Integrated 700V MOSFET for robust power switching

Flyback topology provides efficient voltage conversion

Start-up voltage of 17V

Supply voltage range from 8.5V to 35V

Maximum duty cycle of 75%

Switching frequency ranges between 22.5kHz and 50.5kHz

Power output rated at 5 Watts

Embedded fault protection against over temperature, over voltage, and short circuits

Product Advantages

High-voltage capabilities enhance durability

Wide operating supply voltage range offers versatility in application

Efficient power conversion minimizes energy loss

Integrated protection features increase product reliability and safety

Key Technical Parameters

Voltage Breakdown: 700V

Topology: Flyback

Voltage Start Up: 17 V

Voltage Supply (Vcc/Vdd): 8.5V ~ 35V

Duty Cycle: 75%

Frequency Switching: 22.5kHz ~ 50.5kHz

Power (Watts): 5 W

Quality and Safety Features

Overtemperature protection

Overvoltage protection

Short Circuit protection

Compatibility

Compatible with a wide range of circuits due to flexible supply voltage requirements and surface mount packaging

Application Areas

Suitable for low-power applications in consumer electronics

Ideal for power supplies requiring compact and efficient solutions

Product Lifecycle

Product Status: Active

Not nearing discontinuation with a stable supply chain ensuring long-term availability

Replacement and upgrades available within the same nxp-semiconductors portfolio

Several Key Reasons to Choose This Product

Highly durable and able to handle up to 700V operation

Flexible operating conditions with wide range voltage input

Embedded security features ensure long operational life and reliability

Efficient design leads to energy and cost savings in applications

Suited for modern, environmentally conscious low-power applications