NTSB30U100CT-1G

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The NTSB30U100CT-1G is a rectifier array in an easy-to-use surface-mount package. It is an integrated device containing two separate strings of Schottky barrier diodes connected electrically in parallel. The components provide low forward voltages, low reverse leakage currents, a high peak surge current, and an excellent thermal response. Its application field includes power supplies, automotive, and communication equipment.

The working principle of the NTSB30U100CT-1G is to convert AC voltage to DC voltage. The rectifier array changes alternating current (AC) voltage to a direct current (DC) voltage. It does this by passing the AC voltage through a diode, which only allows current to flow in one direction. The DC voltage generated by the rectifier array is lower than the AC voltage, so it needs to be filtered by a capacitor to smooth out the ripple and to get the desired output voltage.

The rectifier array circuitry also allows for load balance, which distributes the current load to both diode strings to spread out the amount of stress on each diode. This ensures that both diodes function equally, thus increasing their longevity.

The relatively small size of the NTSB30U100CT-1G makes it suitable for applications where space is limited. With a maximum forward surge current of up to 100A, the rectifier array has enough capacity to handle large currents. The maximum forward voltage drop of 1.45V is low enough to provide a low forward voltage when compared to similar rectifier arrays. The NTSB30U100CT-1G also has a low temperature coefficient, which shows that the device operates correctly in a wide range of temperatures.

In summary, the NTSB30U100CT-1G is a rectifier array with a wide range of applications. It is suitable for use in power supplies, automotive systems, and communication equipment. This device uses Schottky barrier diodes to transform AC voltage to DC voltage and is capable of withstanding high currents. The small size and low forward voltage drop of the NTSB30U100CT-1G make it a great choice for applications where space is limited and a low forward voltage is desired.

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