S-8341B00AFT-T2-G

The S-8341B00AFT-T2-G is a miniature voltage mode DC/DC controller device specifically optimized for use in notebook-type applications. The device provides a wide input range of 1.2V to 3.6V, maintaining an output voltage range capability of up to 2.6V. Communication on-chip is enabled by an integrated serial EEPROM, allowing for the device to be adjusted for the user\'s particular application.

The S-8341B00AFT-T2-G is equipped with a wide variety of features that make it ideal for notebook applications. The device provides up to 6.5A output current with a minimum VOUT ≈ 0.5V plus excellent output ripple rejection, providing superior power conversion performance. With a minimum switching frequency of 250kHz, the device also has built-in thermal protection for safe operation.

As a DC/DC controller device, the S-8341B00AFT-T2-G utilizes a pulse-width modulated (PWM) architecture to convert its input voltage to the desired output voltage. To provide this conversion, the device is equipped with an improved Internal Voltage Reference (IVR) circuit. The IVR is adjustable, allowing the device to achieve a wide range of output voltages with a minimum voltage drop of 0.5V. With this adjustable output range, the S-8341B00AFT-T2-G can be optimized for use in a variety of applications.

The S-8341B00AFT-T2-G also features an Integrated MOSFET and temperature sensing circuit, offering excellent efficiency levels and long-term stability. The temperature sensing circuit continuously monitors the internal temperature of the device and automatically shuts down the PWM in the event of an overtemperature condition. This feature provides added safety for the user and improved reliability for the system.

The S-8341B00AFT-T2-G is an ideal solution for notebook designs requiring a wide input voltage range and excellent power conversion performance. With its built-in features and adjustable output range, the device provides superior power conversion, thermal protection, and temperature sensing capability, offering improved reliability, efficiency, and safety for the user. As such, it is the perfect choice for notebook designs.