Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 66309D #9186378 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 66309D
ID: 9186378
Mobile communications DC source.
AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT 66309D are three-channel, standalone, regenerative DC power supplies that deliver up to 600W of power. These are lab-grade, highly reliable instruments used for a variety of applications requiring accurate regulation of high-voltage DC and AC power. HP 66309D is available in three models: 60V/20A, 30V/20A and three phase mode with single output at 60V/7.5A, and dual outputs at 30V/6.75A. Each channel features front-panel adjustable or preset voltage and current settings, as well as a selector switch for voltage or current limiting. This supply also includes a user-friendly touch screen display and back-lit panel that allows for full control of the instrument and easy monitoring of its operating parameters. The instrument features excellent regulation of voltage and current, allowing for precise power delivery to the load, even under varying load conditions. Also included is over-voltage protection that prevents load damage from incorrect control settings or faults. The power supply also features built-in safety features such as a 60V/2kV per channel fuse protection that limits excessive input and output voltages. The power supply's performance is further enhanced through its r egenerative design, which allows the instrument to recover energy from the load and store it in capacitors. This enables more efficient operation, dissipates less heat, and minimizes acoustic noise. In addition, the instrument enables users to store up to 10 recalled settings for convenience. AGILENT 66309D is a hardy, extremely accurate and sharp-edged power supply that offers reliable performance and modern features. its simplistic user interface, maximum output, robust design, and safety features make it an ideal choice for laboratory, production, and service users. Its high performance and small size make it a great addition to facilities requiring cost-efficient yet reliable performance.
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