15CTQ035STRL

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Introduction

The 15CTQ035STRL is a high-efficiency low-cost rectifier array with a maximum integrated on-state resistance (Rds) of 0.026 Ω and a total package thermal impedance of 0.15°C/W. It includes two diodes and two Schottky diodes configured in a single-source and five-terminal package with a total forward current of 3.5 A.

Application and Working Principle

The 15CTQ035STRL rectifier array is typically used in applications such as laptop adapters and AC/DC power supplies. It is also suitable for chargers, general-purpose rectifiers and bridge rectifiers. The 15CTQ035STRL also can be used for applications, such as thermal massagers, electric bicycles, battery chargers, LCD and LED controllers, choppers, and small electronic toys.

The 15CTQ035STRL rectifier array operates based on the theory of electric charge. If a current-carrying conductor or a semiconductor material is placed in an electric field, electric charges move through it and the material or conductor experiences a net force. The force is proportional to the electric field and the charge density. When electric fields are constant, the movement of the electric charges produces an electric potential or "voltage" across the material which is known as an electric potential difference. This potential can be used to drive electric current, which is what happens in the 15CTQ035STRL rectifier array.

The 15CTQ035STRL rectifier array consists of two diodes and two Schottky diodes packaged in a single-source and five-terminal package. The two diodes are connected in series with the two Schottky diodes in parallel. The rectifier array can be driven by an AC voltage source, such as the AC mains, or it can be used to regulate a DC voltage source, such as a battery. When an AC voltage source is applied, the diodes in the rectifier array will conduct in one direction and block in the other, resulting in a pulsating DC voltage being produced at the output.

The advantage of using the 15CTQ035STRL rectifier array is the low power dissipation, which reduces the risk of component heating up to a very low level. In addition, the device is rated for a high pulse current of 3.5 A, providing the user with an efficient and cost-effective rectifier solution. The 15CTQ035STRL has a low thermal impedance and is capable of operating over a wide range of temperature and load conditions with minimum power dissipation.

Conclusion

The 15CTQ035STRL is a high-efficiency, low-cost rectifier array suitable for many applications. It is a single-source and five-terminal package rated for a maximum integrated on-state resistance of 0.026 Ωs and a total package thermal impedance of 0.15°C/W. It operates based on the theory of electric charge and is suitable for applications such as laptop adapters, AC/DC power supplies, thermal massagers, electric bicycles, battery chargers, LCD and LED controllers, choppers, and small electronic toys. The 15CTQ035STRL has a low thermal impedance and is rated for a maximum pulse current of 3.5 A, providing users with an efficient and cost-effective rectifier solution.

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