STB2060CTR

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Introduction

Diodes - Rectifiers - Arrays are widely used in applications such as rectifying voltage and current, power conversion, and power factor correction. STB2060CTR is a type of low voltage rectifiers array designed by STMicroelectronics for applications where high frequency rectification is required.

Application Field of STB2060CTR

STB2060CTR is an ultrafast, dual-channel MOSFET array with maximum reverse blocking voltage of 40 V and on-state resistance of 0.9Ω. It has good feature of easy to use, low electrical leakage and low voltage drop characteristics, which make it suitable for applications such as switching power supplies, adaptors, and low voltage power supplies.

The main application fields of STB2060CTR includes switching power supplies, AD/DC converters, renewable energy converters, lighting systems, and motor control systems, etc. It is widely used in design of power circuits with low power losses

Working Principle of STB2060CTR

STB2060CTR is a single device containing two isolated MOSFETs with a logic level gate drive. This device is designed to be driven by an AC/DC power source, such as from a wall-mount adapter. When an input voltage is applied to the STB2060CTR, the voltage is quickly rectified by the two MOSFETs and converted into an output voltage with a certain amount of DC offset. This DC output voltage is then used to control the power control circuit, allowing the device to be used in diverse applications.

The switching frequency of STB2060CTR is adjustable via a logic-level enable pin, allowing the frequency of the output voltage to be adjusted to achieve improved efficiency and/or higher power density. The low on-state resistance also ensures high system efficiency.

Conclusion

STB2060CTR is an ultrafast, dual-channel MOSFET array with good features of low electrical leakage and low voltage drop. It is widely used in various applications such as switching power supplies, AD/DC converters, renewable energy converters, lighting systems, and motor control systems. The switching frequency is adjustable via an enable pin, allowing the frequency of the output voltage to be adjusted to achieve improved efficiency and/or higher power density.

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