(Power Supplies)
From this Article:
This method is the simplest method for controlling the M Series DC/DC Converter. Connect a 10K potentiometer as shown in the circuit to provide the maximum control range for the converter.... (View Full Article)
(Power Supply and Conditioning)
From this Article:
This method is the simplest method for trimming a D Series DC/DC Converter. Connect a 10 kilo-ohm potentiometer as shown in Figure I. This will allow, typically, a ±10% trim of the output voltage. For... (View Full Article)
(Power Supply and Conditioning)
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Using multiple units in parallel can be accomplished simply by placing a diode in series with each output. This will prevent damage to a specific unit from any of the other units.... (View Full Article)
(Power Supply and Conditioning)
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This article discusses the proper considerations that should used in measurement.... (View Full Article)
(Power Supply and Conditioning)
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Using multiple units in series can be accomplished by placing a shunt diode on each unit, as seen in the circuit below. It is not recommended to go above the isolation voltage of any unit in the... (View Full Article)
(Power Supply and Conditioning)
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This article describes two methods: Logic High "Off" and "Logic Low "Off".... (View Full Article)
(Power Supply and Conditioning)
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This article describes two methods: Logic High "Off" and "Logic Low "Off" for the H Series DC/DC converters.... (View Full Article)
(Power Supply and Conditioning)
From this Article:
This article describes two methods: Logic High "Off" and "Logic Low "Off" for X Series DC/DC convertors... (View Full Article)