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Bipolar Power Supply,
4-Quadrant |
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| A power supply able to linearly pass through zero to produce outputs of either positive or negative polarity and able to function in all four quadrants of the orthogonal voltage- current area as either source or sink. | |
| QUOTE ME |
| NEW FROM KEPCO: | ||||||||||
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FOUR QUADRANT POWER SUPPLIES FOR SOLAR CELLS/PANELS AND PIEZO-ELECTRIC APPLICATIONS |
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| Series BOP Capacitive Load Models | ||||||||||
Kepco introduces 200 Watt and 400 Watt BOP models, optimized for
driving capacitive loads, as an option to the standard line of BOP power
supplies. This option makes the BOP suitable for a wide variety of
applications such as solar cell/panel testing, driving and testing
piezo-electric devices, capacitor testing, driving and testing
capacitive transducers, and power for industrial or lab applications
with capacitive or capacitive-resistive loads.
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| These BOP units are designed to operate in a stable manner in voltage or voltage limit mode for capacitive loads up to 10mF. They are also stable when driving any R-C parallel combination where load R is ≥ nominal value and C is ≤ 10mF. Load R (nominal value) = nominal output Voltage/nominal output Current (e.g., BOP 36-6MC, R = 36/6 = 6 Ohms). To prevent current limit mode operation, the equivalent impedance of the R-C parallel load circuit must be greater than the nominal R value at the working frequency. | ||||||||||
| Static specifications representing accuracy for various influence parameters are identical to the standard BOP models. Ripple and noise specifications are better (approximately 50% lower) for the C option units compared to the standard BOP. | ||||||||||
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For digital meters, substitute the letter D for M when ordering - example: BOP 20-20DC. For GPIB control of the BOP, add the suffix 4886 after the letter C in the model name - example: BOP 20-20MC4886. |
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