MBR2035CTHE3/45

The MBR2035CTHE3/45 is a high-performance rectifier diode array designed for medium-speed and medium current operations. A simple, miniature package is used to fit the array into electronic devices, thereby saving space and providing cost-efficiency. Its design specifications are optimized to suit specific applications and make MBR2035CTHE3/45 an ideal device in a wide range of different applications.

The MBR2035CTHE3/45 rectifier diode array is well-suited for applications such as computers, automotive power electronics, telecommunications, healthcare, and industrial electronics. The diode array is used in medium-speed switching applications, which require low self-inductance and power dissipation. The array is also well-suited for applications in which a high surge current and low voltage drop is needed in medium-current switching applications.

The MBR2035CTHE3/45 rectifier diode array features a low forward voltage drop of 0.46 volts and a peak repetitive reverse voltage of 45 volts. The diode array\'s forward current is a maximum of 20 amperes and its reverse current is rated at a maximum of 25 microamperes. The diode array\'s junction temperature is specified at 100°C (212°F).

The working principles of the MBR2035CTHE3/45 rectifier diode array involve the sharing of a common anode voltage among each pair of cathode terminals. The array will remain off until the anode voltage is greater than the reverse breakdown voltage of one of the diodes in the diode array. Once the reverse breakdown voltage is exceeded, the diode will become forward biased and allow current to flow from the anode to the cathode node. The diode will remain in a forward-biased state until the anode voltage decreases to the point where the reverse breakdown voltage of at least one of the diodes in the array is reached or exceeded. At this point, the array will return to its off state until the anode voltage increases again.

The MBR2035CTHE3/45 rectifier diode array is an excellent choice for a wide range of different applications due to its small size and high performance. Its low forward voltage drop and low reverse leakage current make it an ideal choice for medium-speed and medium-current switching applications. Its low power dissipation and low junction temperature also make it an ideal choice for many automotive and industrial applications.