TLV62085RLTT

TLV62085RLTT is a Cost-Effective High-Efficiency Monolithic Synchronous Buck Switching Regulator, which is a very versatile type of DC-DC converters widely used across many applications such as industrial, automotive, consumer electronics and medical devices. The device is a synchronous buck switching regulator which provides a high frequency, fast transient response and enables ultra-small solution size. It supports wide input voltage ranges from 2.9V to 28V and provides regulated output voltage from 0.6V to 5.5V (four slave output voltages are also available) with a maximum output current of 10A.The switching frequency of TLV62085RLTT can be programmed from 200kHz to 2.2MHz or synchronized to an external clock source. The device also supports a wide range of control methods from voltage mode to current mode control and provides protection features including over-current protection, over-temperature protection, UVLO and duty cycle protection. The device offers programmable Soft-Start/Soft-Stop functionality and provides pre-bias compatibility to keep the VOUT above 0.8V during start-up.The TLV62085RLTT features a current mode control loop optimized for fast transient response while delivering low output voltage ripple. This makes it well-suited for a variety of RF power amplification designs, telecom and poe power supply designs. The Gate Driver inside the TLV62085RLTT supports up to 6V logic voltage level and features an independent disable pin to enable full ON/OFF control of the IC. The main working principle behind the TLV62085RLTT DC-DC switching regulator is to convert one DC input voltage level to a desired output voltage level. The device achieves this by switching the input voltage to the output load through a pair of internal Power MOSFETs which are driven by the integrated driver. The controller implements a current mode control loop which is optimized for fast transient response to ensure the device is able to deliver the desired output voltage with minimal out-of-regulations. TLV62085RLTT is well suited for various industrial, automotive, consumer electronics and medical applications due to its high efficiency, low power consumption and wide input voltage range. It can be used in a variety of telecom and poe power supply designs and is ideal for RF power amplification designs due to its fast transient response and low output voltage ripple. The device also features several protection features and provides an independent disable pin to enable full ON/OFF control of the IC.