Used AMAT / APPLIED MATERIALS AZX 90 #9281152 for sale

AMAT / APPLIED MATERIALS AZX 90 is a power supply specifically designed for use in thin-film deposition chambers and has benefits that make it a preferred choice for many industrial processes. It has been designed with a synchronous 'Dual Phase/Dual Voltage' topology, which means that it can supply higher voltages depending on user requirements. It also has a programmable linear output current, where users can adjust and control current in 1A increments up to 20A, which further increases its control and precision when used in thin-film deposition. AMAT AZX 90 is designed for high-load stability and power crispness, with a very low output impedance (> 0.2 ohm), making it suitable for use in a variety of materials deposited onto different substrates. This helps to keep the high-quality output uniform, reducing any errors which may be caused by fluctuation in power from the supply. Furthermore, it can do this without continuous monitoring and calibration, reducing operator time and cost for businesses. APPLIED MATERIALS AZX 90 power supply is built to be space and cost-efficient, with its compact design and low power consumption (The power density is 35VA/in3). It also features short circuit protection, overcurrent protection, and overvoltage protection, making it safe to use and reducing the risk of damage to the equipment and the substrate materials. In terms of thermal management, AZX 90 includes a series of internal heatsinks and a specialized fan speed algorithm to ensure efficient cooling of the components. It also boasts a high temperature range of 40 - 70°C and an adjustable fan speed, allowing users to customize the fan speed accordingly and ensure that the equipment remains within the optimum operating temperature range. AMAT / APPLIED MATERIALS AZX 90 is an effective and reliable power supply designed to ensure a uniform deposition of materials to substrates. Its advanced power supply design and intelligent thermal management system make it an ideal choice for thin-film deposition processes. Furthermore, the low power consumption, easy install, and intuitive controls make it useful for any commercial environment where accuracy and flexibility are required.