LTC3736EUF-2#PBF

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The LTC3736EUF-2#PBF is a high efficiency, step-up DC/DC controller designed for powering LED controllers, DSPs and FPGAs from a single Li-Ion battery. It is a PMIC (Power Management IC) voltage regulator and DC DC switching controller. It works by regulating the output voltage to a desired preset level and controlling the buck-boost converter to achieve optimal current efficiency.

The LTC3736EUF-2#PBF operates by controlling an inductor-based, step-up DC/DC converter. It uses a PWM (Pulse Width Modulation) duty cycle for controlling the converter and emits the duty cycle via a programmable frequency. The duty cycle determines the desired output voltage, which is determined by the values of the two output transistors.

The LTC3736EUF-2#PBF can operate at higher temperatures, making it ideal for embedded applications and long-term use. It also features low quiescent current, so power is not wasted during idle times. The LTC3736EUF-2#PBF has a wide input voltage range of 4.5V to 17V and can support up to 6A input currents.

The LTC3736EUF-2#PBF offers a great deal of flexibility when it comes to powering LED controllers, DSPs and FPGAs. Thanks to its low quiescent current and intelligent design, the LTC3736EUF-2#PBF can deliver a stable output voltage with minimal power losses. It also offers a wide range of frequency options, allowing users to adjust the frequency to match their needs.

The LTC3736EUF-2#PBF is designed to be used in a wide range of applications, from mobile and automotive to medical, industrial and consumer electronics. Thanks to its high efficiency, low quiescent current and fast response, it is ideal for applications that require long-term, reliable operation. Thanks to its wide input voltage range, it can be used in applications with different power requirements, from low-power LEDs to high-power FPGAs.

In summary, the LTC3736EUF-2#PBF is an ideal device for powering LED controllers, DSPs and FPGAs. It is capable of delivering a stable output voltage with minimal power losses, and it offers a wide range of frequency options. By regulating the output voltage and controlling the buck-boost converter to achieve optimal efficiency, it can provide a reliable supply of power for a wide range of applications.

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