Applications

DC Converters

The purpose of a DC converter is to create a stable DC current, by converting the DC current into an AC current, then back into a DC current with the appropriate voltage for the appliance. While generally highly efficient, they are usually complex, and generate noise in the process.

Interpoint cMOR Single and Dual DC-DC Converters

The Interpoint® cMOR Series™ of DC-DC converters offers up to 120 watts of power in a low profile package with a 15 to 50 volt input. The cMOR converters are manufactured in ...

Interpoint hMOR Single and Dual DC-DC Converters

The Interpoint® hMOR Series™ of DC-DC converters offers up to 120 watts of power in a low profile package with a 15 to 50 volt input. The hMOR converters are manufactured in ...

Interpoint rMOR Single and Dual DC-DC Converters

The Interpoint® rMOR Series™ of DC-DC converters offers up to 120 watts of power in a low profile package with a 15 to 50 volt input. The rMOR converters are manufactured in ...

Interpoint sMOR DC-DC Converters

Crane A&E’s new Interpoint® sMOR power converter offers customers a Class K, deep space solution with the utmost reliability. Featuring 120W of power and guaranteed TID 1...

Aimtec AM1/2S-0312SH30Z DC-DC Converter

ADI LTM4700 DC/DC Regulator

The LTM4700 is a dual 50A or single 100A step-down µModule® (power module) DC/DC regulator featuring remote configurability and telemetry-monitoring of power management parame...

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EMI Filters

EMI filters serve the purpose of reducing the harmful effects of electromagnetic interference from a device. The filter consists of two components, an inductor and a capacitator, with the capacitator reducing the amount of direct current allowed into the device, while allowing alternating currents to pass through uninhibited. the inductor helps to retain the electromagnetic energy within the magnetic field, reducing the total voltage of the device.

Industrial Power Supplies

In short, industrial power supplies are power supplies catered towards the industrial-level applications, many of which have more demanding conditions, as compared to the standard laboratory conditions. Industrial power supplies tend to come in more ruggedized packaging, with tolerances to more extreme temperatures, higher peak-load capacities, and high isolation voltages for certain unique industrial requiremants. The power supplies usually support both AC and DC, up to voltages of 100W, as compared to the standard 24W used in laboratory settings, with most being able to change between the two with a flick of a switch.