MBR120150CT

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A diode array is a collection of diodes that are connected in a series or parallel configuration. They are mainly used in automotive lighting, wireless communication, motors, and consumer electronics and are popular, because of their low cost and long service life. The MBR120150CT is a four-terminal tungsten/silicon-junction fast recovery junction rectifier array. It is designed for use in general-purpose rectification from low to medium current applications.

The MBR120150CT rectifier diode array offers very good low voltage drop, fast recovery time and high-current capability. It is able to withstand high surge and maximum peak repetitive reverse voltage up to 800 V. With its low reverse leakage current and peak forward current of 150 A, it has a forward voltage drop of 0.552V that makes it one of the most efficient diode arrays in its category. The diode’s maximum storage and junction temperature ranges are between -55 degrees Celsius and +175 degrees Celsius respectively, making it suitable for a wide range of temperature applications.

The MBR120150CT is a fast recovery junction rectifier, meaning it has a fast recovery time when the reverse power current is switched off. This allows for faster transitions of the forward current pulses, thus improving the current conduction rate. It is a three-terminal diode, meaning it has two anode and one cathode terminals, or two cathode and one anode terminal. This allows for a more efficient connection between the power source and the load.

The MBR120150CT can be used for a variety of applications such as rectifiers for power supplies, DC-DC converters, battery chargers, switching converters, and telecommunication applications. It is also suitable for lighting, AC to DC converters, and renewable energy systems. With its wide range of applications and average forward current of 150A, it is an ideal choice for most rectification applications.

The versatility, high current capabilities, high surge, and low voltage drop have turned the MBR120150CT diode array into a popular choice for many applications. It is made using a combination of tungsten and silicon-based pieces, which makes it highly resistant to temperature changes and is able to withstand long working hours without any significant drop in performance. Additionally, the high power rating of the MBR120150CT allows it to be used in applications where high wattages are necessary.

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