The PCR-L series are highly reliable AC power supplies manufactured by the application of Kikusui Electronics advanced measuring instrument technology and long-term power supply manufacturing experience. Use of a high power factor converter allows the equipment to be compact and lightweight, and have a low input current and low harmonic currents. Also, the combination of a high-speed linear amplifier and an arbitrary waveform synthesizer offers a variety of power simulation, various measurements using a waveform sampling measuring method, and harmonic current analysis. The PCR-L series has the following functions in addition to high-performance constant voltage and constant frequency (CVCF) functions. H Various power simulations functions* The PCR-L series offers power-line abnormality simulations such as power failure and instantaneous voltage drop, and voltage harmonic superimposing simulatoin using a waveform output other than sine waves. This allows for a variety of power supply environmental tests. M Various measuring functions In addition to output voltage rms and current rms, peak voltage and current, power, and power factor*, the harmonic components of output current can be analyzed (up to the 39th). This allows the equipment to cope with the measurement under the harmonic current regulations of public power supply. H Sequence function* Allows output voltage, frequency, and waveform to change with respect to time. This facilitates an automated test. B AC/DC output function The PCR-L series offers DC output and AC + DC output, as well as AC output, which allows the equipment to also be used in additional fields such as chemistry and physics. ■ Output impedance variable function* Allows output impedance to change (normally, low output impedance). This allows measurement of equipment power consumption or harmonic current at an impedance near the actual power line. Ml Sensing and voltage regulation adjusting functions* Allow constant voltage (rms) to be obtained at a loaded end even if load equipment is installed away from the AC power supply.