1N4747CE3/TR13

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What is the 1N4747CE3/TR13? As a single and discrete zener diode, the 1N4747CE3/TR13 is an important component of many semiconductors and electronic systems. Zener diodes are used to control the voltage in a circuit and are determined by the breakdown voltage of the diode. The 1N4747CE3/TR13 has a difference in design and materials which set it apart from the standard zener diode.

This particular zener diode offers a strong and reliable breakdown voltage of 13.2V @ 10mA (maximum of 400mW power dissipation), as well as a linear current/voltage characteristic. It\'s designed and packaged in a single-pin SOD-123 (small outline diode) plastic package which provides a wide variety of possible connections. This means that it\'s easy to use and reliable for use in a wide range of applications.

In terms of tolerances, the 1N4747CE3/TR13 has a wider range than other comparable types of diode, making it more reliable for various applications. It is designed for an operating temperature of -65°C to 150°C, due to its high thermal stability. The junction temperature also has a reliable range, with ≤150°C being the maximum value.

The 1N4747CE3/TR13\'s application field is wide and varied, and it\'s principally used in communications vehicles, computers and other electronic products that need to regulate and control voltage levels. It commonly works with capacitors, resistors, and other zener diodes to form a zener diode bridge circuit. When connected in series across the input and output power pins, it allows the current to flow only in one direction.

Moreover, the 1N4747CE3/TR13 can function as a reverse-biased diode for ESD protection for electronic components. This diode can also be used in various amplifier circuits as a voltage divider and as a clamping element in many different applications. With its linear current/voltage characteristics, it can also be used in signal generation or signal modulation.

When it comes to working principle, the 1N4747CE3/TR13 is a type of semiconductor formed from chemical elements such as aluminum, silicon, oxygen, and phosphorus. A diode is basically a two-terminal device, which allows current to flow in one direction, but not in the other direction. The working principle of the 1N4747CE3/TR13 is based on this. It’s basically an electronically controlled device with a zener voltage (Vz) that is adjustable by its junction parameters. If the voltage across the diode exceeds its breakdown voltage, the diode conducts in the reverse direction. This allows the current to flow from cathode to anode, so when there is an excessive voltage, it will be diverted around the circuit.

The current/voltage characteristics of the 1N4747CE3/TR13 is different than that of other semiconductor diodes, as its breakdown voltage is quite constant. This makes the 1N4747CE3/TR13 great for applications which require stable and constant breakdown voltages. It can be used to limit the voltage levels with very high precision and reliability, as the zener voltage of the 1N4747CE3/TR13 is independently adjustable.

To sum up, the 1N4747CE3/TR13 is a type of single-pin zener diode. It is a reliable and effective solution for voltage control and voltage regulation in many electronic systems. Its wide application field and its adjustable breakdown voltage make it suitable for a wide range of applications. It is designed for an operating temperature of -65°C to 150°C, and its linear current/voltage characteristics make it great for signal generation or signal modulation.

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