MDM-25SHX01P-A174

MDM-25SHX01P-A174 is a miniaturized, pulse-width modulated DC-DC converter unit designed for a variety of mobile device applications. This miniature DC-DC converter is available in a choice of sustained output currents, ranging from 3A to 8A and output voltage of 3.3~35V. It features several device-level functions such as overcurrent protection, overload protection, short circuit protection and temperature protection. This DC-DC converter is widely used in applications where space is at a premium, such as cellular phones, iPads, tablets, GPS devices and other handheld electronic products, and is very suitable for embedded system and automotive electronics.The MDM-25SHX01P-A174 operates by converting a DC voltage input into a lower, regulated, pulsed width modulated output. The device incorporates a low-dispersion, pulse-width modulation (PWM) switch, which is capable of operating up to 25MHz with a typical peak efficiency of greater than 88%. It features controlled switching frequency and optimized switching frequency and reduced output ripple. It has an internal over-voltage protection circuit and a thermal shutdown circuit to protect the device from over-voltage or overload.The main advantage of the MDM-25SHX01P-A174 is its wide range of input voltages, from 6V to 40V, and its low profile, enabling it to fit into even the smallest of devices. The high efficiency and low power consumption also make it very suitable for mobile device applications. The device also features a variety of other functions, including short circuit protection, over-current fault protection, and over-voltage protection.The MDM-25SHX01P-A174 is extremely reliable and has a long lifetime with a mean time between failures (MTBF) of around 100,000 hours. Additionally, it is resistant to extreme temperatures and vibrations, making it suitable for a variety of applications including automotive, industrial and avionics.In summary, the MDM-25SHX01P-A174 is a suitable choice for embedded applications and mobile device applications, due to its wide range of input voltages and its high efficiency, low power consumption and extremely reliable performance.