Solutions Search - LT6110 - Cable/Wire Drop Compensator
LT6110 with Internal RSENSE and LT3975 Buck Regulator at 3.3V
Jul 13th 2012
The LT®6110 is a precision high side current sense with a current mode output, designed for controlling the output voltage of an adjustable power supply or voltage regulator. This can be used to compensate for drops in voltage at a remote load due to resistance in a wire, trace or cable. The LT6110 monitors load current ...
LT6110 with External RSENSE and LTC3789 Buck-Boost Regulator at 12V
Dec 1st 2010
The LT®6110 is a precision high side current sense with a current mode output, designed for controlling the output voltage of an adjustable power supply or voltage regulator. This can be used to compensate for drops in voltage at a remote load due to resistance in a wire, trace or cable. The LT6110 monitors load current ...
LT6110 - Cable/Wire Drop Compensator With LT1965 Linear Regulator
Aug 7th 2007
Click Here For A Ready To Run LTspice Circuit Demonstration
The LT®6110 is a precision high side current sense with a current mode output, designed for controlling the output voltage of an adjustable power supply or voltage regulator. This can be used to compensate for drops in voltage at a remote load due to resistance ...
Wire Loss Compensation Using a Current Referenced LDO
Jul 20th 2007
This circuit shows a cable drop compensation circuit using a current referenced regulator, the LT3080. A precision 10μA set current, ISET, is sourced through two series connected resistors to program the output voltage for the remote load. To compensate for the load connecting cable drop requires sourcing an additional ...
LT6110 Wire Drop Compensation Circuit if V+ of LT6110 is <2V
Sep 27th 1999
The LT®6110 is a precision high side current sense with a current mode output, designed for controlling the output voltage of an adjustable power supply or voltage regulator. This can be used to compensate for drops in voltage at a remote load due to resistance in a wire, trace or cable. The LT6110 monitors load current ...
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