S1PKHE3/84A

The S1PKHE3/84A is a four-terminal single diode rectifier that is used for a wide range of applications. It is one of the most commonly used diodes for efficient power conversion and its applications range from consumer appliances to industrial and automotive electronics.The S1PKHE3/84A is an epitaxial planar N-channel MOS (Metal Oxide Semiconductor) rectifier diode. Its construction consists of a P+ epitaxial layer (on the anode) on the N+ substrate. It contains a Schottky barrier diode (SBD) tunnel junction, which enables the diode to provide high-efficiency energy conversion. It also features high blocking voltage, low leakage current, and low forward voltage drop.The S1PKHE3/84A is typically used in rectification and noise suppression, as well as in bidirectional switching applications. It can be used as a single freewheeling diode in switch-mode power supplies, and it can also be used as a gating device when driving a complementary output.One of the major advantages of the S1PKHE3/84A is its low forward voltage drop. This feature helps minimize power losses and makes it ideal for use in applications such as load switching, current limiting, and voltage regulation. The S1PKE3/84A has a power dissipation rating of 8.5W, and a maximum peak current IT(AV) of 3.2A. It also has a maximum peak reverse voltage of 6.5V (VRRM) and a reverse voltage rating of 5V (VR) respectively.The working principle of the S1PKHE3/84A is relatively simple. The forward bias reduces the potential barrier at the PN junction, which allows electrons to flow through the diode. This current is then converted into an AC voltage, which is then rectified and outputted. Conversely, when the diode is in reverse-bias mode, no current flows through the diode and the output voltage is blocked.In summary, the S1PKHE3/84A is a single-diode rectifier that is used in a variety of applications, ranging from consumer electronics to industrial and automotive electronics. It features a high operating voltage and low forward voltage drop, making it ideal for efficient power conversion. It is also used in rectification and noise suppression, as well as bidirectional switching. Additionally, its simple working principle enables it to quickly and efficiently convert alternating currents into direct currents.