Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 6652A #9190456 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 6652A is a high-performance DC power supply that provides precise and accurate power to a variety of electronic applications. It is ideal for use in both research and development labs and production testing. HP 6652A features an extra-large, easy to use LCD screen that provides clear, real-time information about the power source. It also has a user-friendly front panel that allows for quick and easy programming, as well as troubleshooting. This power supply is powered by an AC input with the laptop connector, which offers convenience when used with laptop computers or other DC powered devices. The internal precision resistors and low noise levels make AGILENT 6652A capable of delivering precise output from 0 to 250V and from 0 to 16A. It also features a built-in protection system that guards against overloads, reverse polarity, and over-voltage conditions. KEYSIGHT 6652A offers users a choice of two individual, isolated outputs or one shared output. Each output has three current ranges that allow users to choose between a low-cost, low-power supply, or a powerful, highly precise supply. Output settings can be stored and recalled with the press of a single button, making this power supply extremely versatile. One of the most impressive features of HEWLETT-PACKARD 6652A is its ability to connect to either PC or Mac computers for remote operation. This allows the user to program, monitor, and store test settings from a computer, as well as control the power supply interactively. This feature is ideal for continuous monitoring and logging of test parameters. 6652A offers flexibility, convenience, and accuracy in a cost-effective package. It is the perfect choice for laboratories and production environments that require controlled and reliable power sources for a wide range of applications. The intuitive design, quick programming, and user-friendly features make this power supply an excellent choice for any power source requirements.