TIM 3.5-2413SM

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DC DC converters are widely used in a variety of applications. The TIM 3.5-2413SM is one of them and is specially designed for power management applications. This converter is capable of delivering up to 3.5 W of power to the input supply rail and up to 24V in output voltage. It features wide input voltage range (from 4.5 V to 24 V), high efficiency, low power dissipation, and fast transient response. The TIM 3.5-2413SM is available in two different packages - a 5-pin SOT-223 package and an 8-pin SOIC package.

The working principle of the TIM 3.5-2413SM is as follows. First, the input voltage is converted to a high voltage dc-dc converter by the primary switching MOSFET. The high voltage is then converted to the regulated output voltage by the second stage transformer-isolated secondary switching MOSFET and controlling circuitry. The feedback loop is used to regulate the output voltage. The output voltage is monitored and compared to the reference voltage to adjust the control signal. The change in the control signal modulates the switching frequency of the primary and secondary MOSFETs.

The TIM 3.5-2413SM is suitable for use in various applications including, but not limited to, powering sensitive electronic devices, Raspberry Pi boards and Arduino projects. The TIM 3.5-2413SM can be used in computing applications such as monitors, laptops, and other devices that require a regulated output voltage. This chip can also be used in automotive and industrial systems that need low power consumption and efficient energy management. It can be used in communication systems, medical equipment, and consumer electronics that require a regulated power source.

The TIM 3.5-2413SM is a highly efficient and reliable converter with excellent input to output isolation. It features low standby current consumption, protection against thermal overload and over voltage, and output capacitor-free design. This chip is designed to meet the demanding requirements of modern power management applications. The TIM 3.5-2413SM is an ideal choice for applications that require a conversion of low voltage to medium or high voltage output.

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