BK Precision 1735A

DC Power Supply, Single Output, 0-30V, 0-3A, 4-Digit LED Display

BK Precision 1735A dc power supply is a high-resolution, variable output, regulated, bench top dc power supply capable of outputing 0 - 30V and 0 - 3A. New Compact design makes these BK power supplies particularly well suited for use as laboratory or bench top dc power supplies.

The BK 1735A power supply features high-resolution voltage and current output continuously monitored on two 4-digit LED meters with an overall accuracy of 0.5% plus 9 digits.

BK Precision power supplies feature very little ripple, great regulation and may be operated in either constant voltage or constant current mode. BK power supplies may be connected in parallel to double the current output or dc power supplies maybe connected in series to double the voltage output.BK Precision 1735A power supply also supports constant voltage or constant current operation.

BK Precision 1735A dc power supply is a variable output dc power supply that features coarse and fine voltage controls. Reliable design may be operated continuously at full load without overheating. Power supply is fully overload protected against current, reverse polarity, overvoltage and short circuits. DC power supplys carry a two-year BK Precision warranty. cUL approved.

Important Note Regarding High Resolution Power Supplies: Even with noticeable Thermal Drift, this high resolution power supply will be considerably more accurate than any standard three digit display bench power supply. Since this power supply has greater resolution than standard bench power supplies they are more susceptible to Thermal Drift. Thermal Drift occurs on almost every type of power supply but is more apparent on high resolution types. Thermal Drift results in the metering of the power supply to either slowly increase or decrease with the change in the power supply�s internal temperature. As the power supply outputs more power its internal temperature will increase causing the metering (primarily the current) to slowly increase. As the power demand is deceased the power supply will cool causing the metering (primarily the current) to slowly decrease. If the power supply remains with a constant output of power for more than fifteen minutes the power supply metering will remain constant and should not continue to drift.