BAS35,215 Discrete Semiconductor Products

BAS35 is one of the most commonly used rectifier diodes. It is a 3-pin array that converts alternating current (AC) to direct current (DC) and is suitable for a wide range of frequencies. BAS35 is composed of three equal parts: a diodes, an anode and a cathode. These components work together to change an AC signal into a DC one.

BAS35 is widely used in voltage rectification, overload protection, and signal amplification circuits. It is suitable for applications ranging from low-power to high-power rectification, thanks to its low capacitance and high power dissipation. With a great temperature coefficient, the BAS35 is capable of operating over a wide temperature range, providing reliable rectification performance in various environments.

The working principle of BAS35 can be summed up in three simple steps. The first step is voltage conversion. When AC enters the array, the anode provides a change in voltage. This voltage can be either a rise or fall in the applied signal’s voltage. The second step is to convert the alternating current into direct current. The diode collects current from the anode, ensuring that only the direct current flows out from the cathode to the circuit.

The third step is to regulate and stabilize the output voltage. The diodes act as a limitation on the individual voltage drops and allows only limited voltage to be transmitted. The output voltage can also be manipulated by adding or removing diodes from the BAS35 array. This feature makes the BAS35 a great choice for applications such as voltage regulator, overload protection, signal amplification, and power conversion.

Overall, the BAS35 is a great choice for rectifying alternating current and converting it into direct current. It is a versatile device that is suitable for a wide range of voltage rectification, overload protection, and signal amplification applications, and the ability to combine multiple BAS35s to regulate the output voltage makes it an invaluable choice for a variety of applications.