WR9QA3200CCPNA-N(R6B

The WR9QA3200CCPNA-N is designed for use in desktop, wall, and other AC/DC applications. It is a powerful switching power converter that can supply up to 32 amps of power, making it suitable for many modern applications. Its low profile design and compact size make it suitable for a wide variety of projects.

The WR9QA3200CCPNA-N features an integrated GaN-based switch to dramatically increase power output efficiency and reduce power loss compared to traditional MOSFETs or other comparable integrated switch-mode power supplies. The built-in SMPS controller also simplifies design and programming, and enables it to easily meet the requirements for most AC/DC applications.

The WR9QA3200CCPNA-N uses a two-stage synchronous rectification process for system efficiency, improved EMI performance, and transient protection. The built-in constant-current/constant-voltage conditional feedback allows it to deliver the maximum potential power efficiently while maintaining stability. It offers programmable output and extended operating temperature range from -25C to +125C, making it suitable for a wide variety of applications and environments.

The WR9QA3200CCPNA-N is built to meet safety requirements for AC/DC applications, including UL 60950-1, EN 61000-3-2, EN 60742, and medical grade EN 60601-1-1. With a built-in ESD protection of +15kV, the WR9QA3200CCPNA-N ensures that connected systems remain safe from power surges or voltage spikes. It also features a high power factor and high conversion efficiency, making it ideal for designs where energy efficiency is important.

In conclusion, the WR9QA3200CCPNA-N is a reliable and powerful AC/DC power solution designed for modern applications in desktop, wall, and other AC/DC applications. With its efficient GaN-based switch, built-in SMPS controller, programmable output, extended operating temperature range, safety requirements, ESD protection, and high power factor and conversion efficiency, the WR9QA3200CCPNA-N is an excellent choice for designs that require reliable and safe power delivery.