TPS51611

TPS51611

The TPS51611 is a fully IMVP6.5 compliant single-phase synchronous buck controller with integrated gate drivers from Texas Instruments. It is designed to power IMVP Mobile Processors under a strict disclosure agreement with Intel.

The TPS51611 features a number of advanced features, including:

D-CAP+™ architecture for fast transient response and lowest output capacitance
OSR overshoot reduction for improved input voltage ripple rejection
Full complement of IMVP6.5 I/O
Selectable 250/300/350/500 kHz switching frequencies
8-level selectable current limit
The TPS51611 is available in a space saving, thermally enhanced 32-pin QFN package and is rated to operate from –10°C to 105°C.

Here are some of the key applications of the TPS51611:

IMVP Mobile Processors
High-performance notebooks and tablets
Gaming consoles
Set-top boxes
Industrial applications
The TPS51611 is a popular choice for designers of high-performance power supplies because of its advanced features, excellent performance, and reliability.

Here are some of the benefits of using the TPS51611:

Fast transient response: The TPS51611’s D-CAP+™ architecture provides fast transient response, which is essential for powering high-performance mobile processors.
Improved input voltage ripple rejection: The TPS51611’s OSR overshoot reduction feature improves input voltage ripple rejection, which is important for applications with noisy power supplies.
Full complement of IMVP6.5 I/O: The TPS51611 supports the full complement of IMVP6.5 I/O, which makes it easy to integrate into IMVP Mobile Processor systems.
Selectable switching frequencies: The TPS51611’s selectable switching frequencies allow designers to optimize the power supply for efficiency and flexibility.
8-level selectable current limit: The TPS51611’s 8-level selectable current limit allows designers to fine-tune the power supply for specific applications.
High performance and reliability: The TPS51611 is designed for high performance and reliability, making it ideal for demanding applications.