Used HEATHKIT IP-17 #293586683 for sale

HEATHKIT IP-17 is a variable regulated power supply which provides adjustable voltage and current output between 0 and 17V, and up to 7.5A. It consists of an isolated transformer with two separate windings, and two independent rectifiers and regulators that allow the unit to deliver both positive and negative voltages independently. IP-17 features an LED status indicator, adjustable voltage and current outputs, four screw terminals for connecting the device to external components, and a cooling fan for improved performance and thermal dissipation. The unit is capable of producing 300 watts of power, and has both overload and short circuit protection capability. The voltage and current settings of the power supply are adjustable by potentiometers which are located on the front panel of the unit. The unit also has a voltage trimmer which allows for fine tuning of the voltage output for more precise settings. The current output is adjustable up to 7.5A and can handle up to 100mA with a minimum load of 10mA. The unit is equipped with a universal AC input and an LED power indicator which allows the user to check the status of the power supply before connecting it to other components. The device also has four screw terminals used to connect it to external components, two for the voltage settings, and two for the current settings. HEATHKIT IP-17 also comes with four banana jacks which allow more flexibility in how the unit is connected to external components. The temperature range of the unit is 0 to 50°C and is UL approved. IP-17 has a low Ripple and Noise specification of less than 0.5mV peak to peak and a line regulation of 0.01% at full load. The unit has a minimum turn-on time of 4 seconds. The power supply also has an efficient heat dissipation system to prevent overheating and extend the life of the device. HEATHKIT IP-17 is an ideal power supply for use in home laboratories, DIY electronics projects, and educational applications. Its adjustable voltage and current settings make it versatile for use in a variety of electronic applications, providing reliable performance in a variety of operating scenarios.