Used BK PRECISION 1775 #9207830 for sale

BK PRECISION 1775 is a DC power supply designed for applications requiring precision current and voltage control. This high-end unit features dual analog displays and continuously adjustable voltage and current output up to 30V/3A. The built-in protection circuitry is suitable for powering up sensitive devices such as ICs and transistors, and to protect them from reverse voltage, short-circuit, and over-temperature. 1775 is equipped with a dual-channel design, with two independent output channels that can each provide the same or different voltage or current values. Each channel can also be used to regulate the current limit and overload protection independently. This allows two circuits or two devices to be tested simultaneously while staying within the limits of the power supply. The adjustable control knobs on each channel feature a high-resolution LCD panel that displays the voltage and current outputs in real-time. This makes precise adjustment of the voltage output very easy, as the user can make small changes to suit their needs. Additionally, BK PRECISION 1775 features robust overload protection with LED indicators that display when the power supply is overloaded. 1775 also has a temperature controlled fan, so the power supply doesn't get too hot during use, and the fan adjusts its speed automatically depending on the load. The unit also features high-frequency input filtering to reduce any electromagnetic interference that may be present. In addition to the features mentioned above, BK PRECISION 1775 also features over-voltage protection, remote voltage programming, and line regulation. It is also FCC and CE compliant, and comes with a three-year warranty. Overall, 1775 is a powerful and reliable DC power supply designed to cover a wide range of applications. With its high-resolution displays, adjustable voltage and current controls, overload protection, and temperature-controlled fan, this unit is an ideal choice for accurate power supply testing and powering delicate circuits.