LT1641-1IS8#PBF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The LT1641-1IS8#PBF is a hot-swap controller from a popular PMIC (Power Management Integrated Circuit) brand that allows controlling of output voltage/current levels in a wide range of applications. This hot-swap controller has a wide range of features such as robustness against sudden power-supply interruptions, intelligent current limit sensing for reliable device insertion and removal, and fast dynamic response for high-frequency output bars.

The LT1641-1IS8#PBF application field includes servers, industrial computers, and medical systems where high performance and power efficiency are highly critical. It is also widely used in communication systems and control systems, especially in applications with high requirements for ac-dc current control.

The working principle of LT1641-1IS8#PBF is based on its built-in sense resistor. When the power supply is on, the measure current flows through the sense resistor and is monitored by the device. This read voltage is compared against the programmed voltage set by the user. If the current passes a certain threshold set by the user, the device will automatically turn off the power supply to prevent possible damage to the device.

Moreover, the LT1641-1IS8#PBF can enter an accurate current limit mode as needed due its special design that ties a temperature-sensing component with the current-sensing component. By doing so, the controller can limit the output current within the user-set value. This feature makes LT1641-1IS8#PBF a suitable choice for hot-swappable applications with precise output current requirements.

LT1641-1IS8#PBF offers a wide range of values for voltage and current settings, which makes it quite versatile in many potential hot-swapping applications. It also has a precise sensing mechanism that provides stable and reliable output voltage and current. Furthermore, the hot-swap controller also has protection features such as over-voltage and over-current protection, which can help to keep the system safe and operational. All of these features make it an ideal choice for hot-swapping applications.

The specific data is subject to PDF, and the above content is for reference