TSE2002B3CNCG

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TSE2002B3CNCG is a power module designed for the thermal management of higher power devices in demanding applications with high component reliability requirements. It features a PWM controlled boost converter that operates from an input voltage of 3.3V to 30V and delivers a single output voltage of 3.3V or 5V. The module\'s temperature protection feature allows the temperature to be monitored up to 110°C. It has a robust design with three-layer insulation and additional on-board protection features.

The TSE2002B3CNCG is suitable for use in applications such as micro independent power supply, telecom equipment, industrial control, hall sensored motor control, and other automotive and industrial applications. It can also be used in small to medium size systems that require high reliability and thermal management.

The TSE2002B3CNCG module\'s working principle is based on an internal temperature sensor that monitors the temperature of the heat generating component. When the temperature rises above the set point, the thermal management module sends a signal to the system controller, which either reduces the load on the component or shut down the system. The thermal management module can also be used to reduce the temperature of the component by providing cooling ventilation or actively cooling the component with an external fan or pump. By using the thermal management module, the temperature of the component can be kept within its designed working range, thereby improving system reliability and preventing component damage.

The TSE2002B3CNCG offers high reliability and improved thermal management in various applications. It is designed to provide reliable thermal performance across a wide temperature range. The module\'s robust design ensures that the temperature of the component can be monitored accurately and quickly, and the module can be used to reduce the temperature of the component if necessary. The built-in protection features protect the system from any electrical or thermal failure from accidental causes. It also has low current consumption and wide operating temperature range, making it suitable for use in high-temperature and harsh environments. In summary, the TSE2002B3CNCG offers improved system reliability and improved thermal management for demanding applications.

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