MAX17292ETCF+T

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The MAX17292ETCF+T is a highly efficient, advanced and highly integrated switching regulator designed for making use of efficient energy conversion. This voltage regulator is designed to optimize power utilization while providing power output in different application fields. It is a highly efficient solution with its switching frequency adjustment, pulse skipping operation and line compensation.

The MAX17292ETCF+T switching regulator falls under the category of PMIC - Voltage Regulators - DC DC Switching Regulators. It is a highly integrated local voltage regulator that includes a high voltage buck switch and an integrated pair of low-side MOSFETs. This regulator is equipped with a range of power efficiency, lower system cost and improved performance characteristics. The end applications include single-cell Li-Ion battery-powered industrial, automotive and consumer product applications.

This regulator provides adjustable output voltage for a wide range of system requirements. It can output a voltage range of 0.6V up to 5.5V, adjustable with a precise 0.5% resolution. The MAX17292ETCF+T offers a wide input voltage range of 2.7V to 18V and can support peak current output of up to 2A. It also provides excellent power efficiency of over 94%.

This voltage regulator includes a wide range of features such as thermal protection and under voltage lockout (UVLO). It also includes a low dropout (LDO) input for signal boosting. The MAX17292ETCF+T gives good protection to the system from high voltages, over temperature and current surges. The wide operational temperature range of -40°C to +85°C further ensures the long-term reliability of the power conversion operations.

The MAX17292ETCF+T has an extremely low minimum ON-time of just 0.75μs. This makes it one of the highest switching frequency regulator available in the market. This regulator has a wide range of protection features that help ensure robustness and reliability of the system. It also comes with input overvoltage protection (OVP) and short circuit protection (SCP) that help to protect the system from damage.

The working principle of the MAX17292ETCF+T voltage regulator is simple and very efficient. It starts with the input voltage from a regulated power source, such as a battery or a solar panel. This input voltage is then connected to the pins of the regulator. In order to regulate the voltage, the regulator needs to detect the input voltage and compare it to a programmed reference voltage. The reference voltage can either be set using external resistors or using more advanced digital programming. When the reference voltage is reached, the maximum output current is limited and the voltage is regulated.

The MAX17292ETCF+T has a fast transient response and a high line compensation capability. This makes it ideal for dynamic loads that require fast output voltage adjustment. The regulated output voltage is regulated automatically by the regulator and is monitored at the output pins. The output current is also monitored and is limited to a fixed maximum current in order to prevent any catastrophic failure.

In summary, the MAX17292ETCF+T is a highly efficient and integrated switching regulator designed for energy conversion applications. It is a PMIC - Voltage Regulators - DC DC Switching Regulator and offers adjustable output voltage and wide operational temperature range. The high switching frequency and fast transient response, along with the built-in protection features, make this voltage regulator an ideal solution for single-cell Li-Ion battery-powered industrial, automotive and consumer product applications.

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