Used AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT N6700B #9208233 for sale

AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT N6700B is a precision, low-noise power supply featuring four isolated channels. It is designed to support various applications, such as automated test systems, industrial and laboratory measurements, and general-purpose test benches. HP N6700B is capable of providing 4.2 sine-wave true-root-mean-square, or TRMS, power, with up to 300 VA of total output power. Each of its four independent channels can provide up to 75 VA of power at 3.3 - 64 VDC with a current capacity up to 25 A. The output voltage and current is adjustable and accurate to +/- 0.02%. AGILENT N 6700B also has the capability of storing up to 10 output settings and voltage/current/resistance data for usage in applications such as automated tests. The power supply's built-in OCP/OVP/OTP protection prevents damage to the connected device in the event of an emergency. In addition to its four independent channels, HP N 6700B also boasts a pair of programming/trigger BNC connections, which provide a two-way synchronization between other instruments and KEYSIGHT N6700B. This feature allows for programmable control of multiple devices, making it an ideal choice for complex, automated tests. AGILENT / HP / HEWLETT-PACKARD / KEYSIGHT N 6700B power supply is also equipped with an intuitive LCD display and a straightforward front-panel user interface, allowing for quick and easy setup and operation. It also includes a RS-232 data port and a USB port for connection to a computer or other device. HEWLETT-PACKARD N 6700B is a rugged device, constructed of high-quality materials and designed for maximum reliability in demanding environments. It features overvoltage and overcurrent protection and a built-in thermal shutdown circuit. Overall, N6700B is a powerful and reliable power supply that can meet the needs of both industrial and laboratory applications. With its high-performance features and versatile functions, HEWLETT-PACKARD N6700B is an ideal choice for any power requirement.