INN3267C-H205-TL

The INN3267C-H205-TL is an integrated AC/DC switcher regulator power controller from INNODEV Corporation. It is designed to provide a high performance and cost-effective solution to many of today’s power-sensitive applications. The INN3267C-H205-TL has a peak efficiency of up to 95%, making it one of the most efficient offline power converters on the market. It is also capable of controlling up to five channels of output, making it ideal for powering a wide variety of devices and systems.

The INN3267C-H205-TL uses a synchronous buck topology, which allows it to quickly and accurately regulate an output voltage between 0.88 to 28V. It also incorporates over current and over temperature protection, ensuring that the power supply does not become damaged due to excessive current or heat build up. The INN3267C-H205-TL also has a built in Power Good signal, which provides power system designers with a reliable means of monitoring their system’s power levels.

The INN3267C-H205-TL is designed to be used in a wide variety of AC/DC switch-mode power supply applications, such as industrial equipment, LED lighting, medical devices, telecommunication systems and servers. It is also suitable for applications requiring high efficiency, low power dissipation and a compact form factor. In addition, the INN3267C-H205-TL has a wide input voltage range, making it ideal for a variety of applications, ranging from 110V to 250V.

The INN3267C-H205-TL is also optimized to reduce electromagnetic interference. This is achieved through the use of a low EMI high-frequency switching regulator and a differential mode noise filter on the output. The INN3267C-H205-TL also has a built-in EMI filter which further reduces the potential for interference. Lastly, the INN3267C-H205-TL utilizes a synchronous buck topology for output regulation, which helps to maintain a stable output voltage even under varying input voltage conditions.

The INN3267C-H205-TL is a highly versatile and efficient AC/DC switcher regulator power controller and is an excellent choice for a variety of power-sensitive applications. Its high efficiency, wide input voltage operating range and low EMI design makes it a great choice for applications such as industrial, medical and telecom systems.