| Allicdata Part #: | CDLL5272-ND |
| Manufacturer Part#: |
CDLL5272 |
| Price: | $ 2.58 |
| Product Category: | Discrete Semiconductor Products |
| Manufacturer: | Microsemi Corporation |
| Short Description: | DIODE ZENER 110V 10W DO213AB |
| More Detail: | Zener Diode 110V 10mW ±20% Surface Mount DO-213AB |
| DataSheet: | CDLL5272 Datasheet/PDF |
| Quantity: | 1000 |
| 264 +: | $ 2.32518 |
Specifications
| Series: | -- |
| Packaging: | Bulk |
| Part Status: | Active |
| Voltage - Zener (Nom) (Vz): | 110V |
| Tolerance: | ±20% |
| Power - Max: | 10mW |
| Impedance (Max) (Zzt): | 750 Ohms |
| Current - Reverse Leakage @ Vr: | 100nA @ 84V |
| Voltage - Forward (Vf) (Max) @ If: | 1.1V @ 200mA |
| Operating Temperature: | -65°C ~ 175°C |
| Mounting Type: | Surface Mount |
| Package / Case: | DO-213AB, MELF |
| Supplier Device Package: | DO-213AB |
Description
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.CDLL5272 Application Field and Working Principle
The CDLL5272 is a high current, low voltage Zener diode, with a 0.03V maximum operating voltage for a single diode. It is widely applied in electronic circuits for providing a reliable low voltage level for many applications or for providing some control and protection for most systems. Its good voltage regulation and fast response times make it an ideal device for many applications.
As its name suggests, the CDLL5272 is a single diode device. It is constructed from an N-type material, with a zinc oxide as its P-type layer. It is also semiconductor junction diode, having a connection between a negatively charged N-type material, and a positively charged P-type material. The most common kind of Zener diode is a PN junction diode, but this version of the CDLL5272 works with an N-type material as its P-type layer. This gives it a low junction breakdown voltage, making it ideal for low voltage applications.
The working principle of the CDLL5272 is based on the principles of both reverse leakage and Zener breakdown. During normal operation, voltage will be applied to the diode, but only a small amount of current will flow. When the applied voltage reaches a certain level, known as the Zener voltage, then the junction breakdown voltage will be exceeded, and the diode will start to conduct a current. As this current passes through the diode, it causes the N-type layer to become increasingly negatively charged, which lowers the junction voltage, thereby increasing the current through the diode. This process will continue until the diode is saturated and the applied voltage and current are balanced.
There are a number of applications where the CDLL5272 can be used, including voltage regulation, protections circuits and power supply applications. The low breakdown voltage of the CDLL5272 allows it to be used in circuits where the supply voltage may wildly fluctuate, making sure that the circuit does not over-voltage itself and preventing damage. It is also useful in protection circuits, allowing for current to be diverted away from sensitive components, and for providing regulation in power supply circuits. The fast response times of this device make it ideal for these applications.
In conclusion, the CDLL5272 is an ideal choice for a number of low voltage applications in electronic systems. Its good voltage regulation and fast response times make it an ideal choice for protection and voltage regulation. Its low junction breakdown voltage makes it suitable for a wide range of low voltage applications.
The CDLL5272 is a high current, low voltage Zener diode, with a 0.03V maximum operating voltage for a single diode. It is widely applied in electronic circuits for providing a reliable low voltage level for many applications or for providing some control and protection for most systems. Its good voltage regulation and fast response times make it an ideal device for many applications.
As its name suggests, the CDLL5272 is a single diode device. It is constructed from an N-type material, with a zinc oxide as its P-type layer. It is also semiconductor junction diode, having a connection between a negatively charged N-type material, and a positively charged P-type material. The most common kind of Zener diode is a PN junction diode, but this version of the CDLL5272 works with an N-type material as its P-type layer. This gives it a low junction breakdown voltage, making it ideal for low voltage applications.
The working principle of the CDLL5272 is based on the principles of both reverse leakage and Zener breakdown. During normal operation, voltage will be applied to the diode, but only a small amount of current will flow. When the applied voltage reaches a certain level, known as the Zener voltage, then the junction breakdown voltage will be exceeded, and the diode will start to conduct a current. As this current passes through the diode, it causes the N-type layer to become increasingly negatively charged, which lowers the junction voltage, thereby increasing the current through the diode. This process will continue until the diode is saturated and the applied voltage and current are balanced.
There are a number of applications where the CDLL5272 can be used, including voltage regulation, protections circuits and power supply applications. The low breakdown voltage of the CDLL5272 allows it to be used in circuits where the supply voltage may wildly fluctuate, making sure that the circuit does not over-voltage itself and preventing damage. It is also useful in protection circuits, allowing for current to be diverted away from sensitive components, and for providing regulation in power supply circuits. The fast response times of this device make it ideal for these applications.
In conclusion, the CDLL5272 is an ideal choice for a number of low voltage applications in electronic systems. Its good voltage regulation and fast response times make it an ideal choice for protection and voltage regulation. Its low junction breakdown voltage makes it suitable for a wide range of low voltage applications.
The specific data is subject to PDF, and the above content is for reference
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CDLL5272 Datasheet/PDF