ST30100C

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The ST30100C is a rectifier array, also known as a fast switching silicon diode array. It is widely used in a variety of applications due to its wide range of operating voltages and low forward voltage drop. It is an important component in the development of efficient power supplies and provides protection from inverted polarity and over-currents.

The typical application for the ST30100C is for rectifying AC to DC power in commercial, industrial, and home power supplies. It is also used in battery chargers, converters, circuit protection, and the control of high current in automotive circuits. The ST30100C is a dual diode array with two separate channels, allowing it to work with a wide variety of AC power inputs such as AC/DC adapters, transformers, and inverters.

The ST30100C rectifier array features a power dissipation capability of 2 W, an AC/DC forward voltage of 800 mV at 1 A, and a reverse voltage of 50 V. It has a reverse leakage current of 10 μA at a reverse voltage of 25 V. Its operating temperature range is -40°C to 150°C. The ST30100C has a high maximum surge current rating of 3A and a reverse surge current of 7A.

The ST30100C rectifier array has two separate electrical pathways for current to pass through, one for the positive voltage and one for the negative voltage. This is known as a dual channel rectifier configuration, and it helps to ensure that the correct amount of current is always flowing through the array. This is important as it helps prevent the input voltage from exceeding the array\'s voltage ratings.

The working principle of the ST30100C rectifier array is simple. When power is applied to the array, an AC waveform is created which consists of both positive and negative voltage peaks. The ST30100C has two separate channels, one for recognizing and responding to the positive portion of the waveform and the other for responding to the negative portion of the waveform. When the positive waveform reaches its peak voltage, the positive channel of the ST30100C will turn on, allowing current to flow through the array, and when the negative waveform reaches its peak voltage, the negative channel of the ST30100C will turn on, again, allowing current to flow through the array.

The ST30100C is an excellent choice for applications that require efficient conversion of AC power to DC power. Its wide operating voltage range and low forward voltage drop make it an ideal choice for power supplies, battery chargers, and circuit protection. Its dual channel design provides protection from inverted polarity and over-currents, ensuring that the correct amount of current is always flowing through the array.

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