Used AMAT / APPLIED MATERIALS 0190-17464 #183369 for sale

AMAT / APPLIED MATERIALS 0190-17464 is a compact, high-performance power supply designed for use in medical imaging systems, industrial devices, and other instruments that require a steady, reliable power source. It features high electrical efficiency, wide dynamic range, and a robust build, ideal for use in hostile environments. AMAT 0190-17464 is a double-ended power supply, meaning it provides current to both outputs simultaneously. It sports an ultra-low ripple of <10mV and an output current of up to 2 Amps. The low noise and output voltage of 0 - 12V is ideal for powering sensitive instruments. It also includes an adjustable voltage regulator to guarantee a consistent output voltage, even in varying input voltage. APPLIED MATERIALS 0190-17464 includes a robust EMI/RFI filter, further ensuring noise-free operation and protecting sensitive components from external sources of interference. Additionally, the power supply is protected against over-voltage, over-current, and thermal overload. 0190-17464 features a UL Listed, secondary-isolation design, meaning it can be used in any medical imaging system as long as it is UL compliant. The power supply is also medical-grade certified, making it liable for use in medical and industrial applications. AMAT / APPLIED MATERIALS 0190-17464 is designed for easy integration with other systems and can be fully-controlled remotely via an RS-232 serial interface. The power supply also provides analogue and digital monitoring, perfect for feedback control applications. AMAT 0190-17464 comes in a sturdy, industrial-grade enclosure and requires no additional support hardware or external cooling. It also includes comprehensive safety features such as over-voltage protection, reverse-voltage protection, and a polarity indicator. Built for industrial and medical applications, APPLIED MATERIALS 0190-17464 is a reliable, robust, and durable power supply with a wide range of features, ensuring that it can be safely used in any setting.