1N752ATR Discrete Semiconductor Products

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1N752ATR diodes are a common type of zener diode. The purpose of these diodes is to regulate a current flowing through them, allowing it to maintain a steady voltage value. They are single point devices, meaning that only one current flows through them. This makes them an ideal choice for applications such as voltage regulators, voltage stabilizers, overvoltage protection, and even battery charging circuits.

1N752ATR diodes are constructed from a single layer of P-type and N-type semiconductor material, and typically have a breakdown voltage of 11.3V, with a 0.5V tolerance. This allows them to function correctly even when the power supply fluctuates or has a large load current. The diode’s P-type layer provides the controlling voltage, while its N-type layer provides the conducting current. When the voltage reaches 11.3V, the diode reaches its breakdown point, and current begins to flow through it.

Like all diodes, 1N752ATR diodes are shipped in packages containing two leads. The positive terminal is marked with a "+" symbol, while the negative terminal is marked with a "-" sign. The leads should be soldered to the correct terminals on a circuit board and wired back to the power source. The cathode of the diode should be connected to the positive terminal of the power supply, while the anode is connected to the negative terminal. This configuration allows the diode to control the voltage that is output to the circuit.

1N752ATR diodes typically have a power dissipation of 350mW, making them very efficient at regulating voltage. They also feature an ultra-low voltage rating of less than 10mV, ensuring that the circuit gets the correct voltage supply. Further, these diodes can handle very large surge current, making them suitable for use in high-power applications. These diodes are also popular for adjusters, which use two such diodes to control the voltage output, allowing for accurate adjustment of voltages.

When used for voltage regulation, the 1N752ATR operates in the breakdown region. This means that the current is constant, regardless of the voltage across the diode. The control voltage determines the value of this current, which is clamped at a certain value determined by the current rating of the diode. This characteristic allows them to provide stable voltage regulation even when faced with varying supply voltage and/or load current.

These diodes are also frequently used as a voltage reference. They can be adjusted to provide a steady output voltage that only varies when its control voltage is changed. This can be used in comparators, voltage-controlled oscillators, and a variety of other devices that require an adjustable voltage reference.

1N752ATR diodes make excellent choices for a variety of applications. They are very efficient at regulating voltage, with extremely low voltage ratings and surge current ratings. They can be used for voltage regulation, voltage reference, and in a variety of other applications.

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