Used MKS AX 8403 #9402745 for sale

MKS AX 8403 is an advanced, highly reliable power supply for use in electronic systems, such as computers and communications equipment. The power supply is designed with a robust and secure platform that delivers reliable operation in harsh operating environments. This power supply is also designed to provide optimum performance and efficient power management with a power factor rate of up to 0.99. The output of MKS AX8403 is highly efficient and perfectly designed for embedded systems. The output voltage is adjustable from 3.3 to 24 volts, allowing for the highest efficiency for the embedded system. The output current is adjustable from 0.5 amps to 6 amps and is suited for both high-power and low-power systems. The integrated on-off circuitry also delivers immediate current when a power cycle is initiated, ensuring efficient power delivery. This power supply also features several additional technologies to optimize electrical performance while reducing temperature as well as improving power management. The power supply incorporates an advanced voltage regulation system with a full-load efficiency rate of more than 90%, allowing the system to remain unstressed even during periods of heavy load. Additionally, the power supply also has full power protection and advanced power filtering to ensure clean and reliable power delivery. AX 8403 also boasts high ripple tolerance, which eliminates potential damage to the underlying circuit, and also helps lower temperature during operation. The built-in current/voltage/frequency monitor allows for proactive monitoring of the power delivery and helps to prevent potential problems before they occur. AX8403 is a high-performance power supply that is ideal for electronic systems and embedded equipment. The advanced power management and voltage regulation systems of this power supply help ensure reliable operation and efficient power delivery. The high efficiency, ripple tolerance and full power protection of this power supply make it an ideal choice for use in sensitive electronics.