LTC3624IMSE#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 LTC3624IMSE#PBF is a monolithic high-performance synchronous step-down switching regulator that belongs to the PMIC – Voltage Regulators – DC DC Switching Regulators family. This device uses a constant frequency current mode architecture and is capable of supplying output currents from 100mA to 3A with up to 90% efficiency. It operates from a 3.0V to 18V input voltage range and provides a regulated word output voltage of 0.5V to 5.5V. The LTC3624IMSE#PBF has a range of useful features such as Thermal Shutdown, Soft-Start, Input UVLO, Line UVLO, and Internal Fault Reporting over the I2C Bus.

The LTC3624IMSE#PBF application field is wide-ranging and they are popularly used in automotive applications such as automotive powertrain management and body control systems. It is also suitable for many industrial applications such as distributed/point of load regulating, network power supplies and power distribution systems, battery-powered systems, isolated power supplies, motor control, solar panel systems, battery chargers, external hard-drives, telecom systems, digital media players and many other applications where power conversion is direct current.

The primary benefit of the LTC3624IMSE#PBF is its simple layout, which can be employed for easy layout of the switching regulator’s high-performance power conversion circuitry. This makes it suitable for medium and low power applications that require high efficiency, low noise and small size. The device is robust and reliable due to its integrated efficient power switching transistors and other features that prevent excessive power dissipation.

The integrated switching devices in the LTC3624IMSE#PBF allow efficient, resilient and long-term operation. The device offers fast load transient response due to a constant frequency current mode operation. This allows the LTC3624IMSE#PBF to be used in wide range applications including medium and low power applications that require a high efficiency conversion. This is particularly suited for power conversion needs in automotive applications such as power management, body control systems and battery management systems.

The LTC3624IMSE#PBF has a wide selection of features in addition to its efficient switching capability. These features include digital soft start, input under-voltage lockout (UVLO), line UVLO, store-and-forward capability, output current limit and overtemperature protection, among others. The current mode architecture of the LTC3624IMSE#PBF provides cycle-by-cycle current limit that allows precise control over the output current limit. This ensures a robust and reliable operation without any external components.

In terms of operation, the LTC3624IMSE#PBF can be synchronized to an external clock. This is especially useful for applications that require synchronized operation with a variety of load requirements. The internal clock is available with adjustable frequencies ranging from 300kHz to 2.2MHz, thus allowing users to tailor their power conversion needs. Furthermore, the LTC3624IMSE#PBF can be operated with both the Silent Switcher and the Burst Mode operation for higher efficiency.

The LTC3624IMSE#PBF also features an integrated I2C digital controller. This allows the device to communicate with the system host to support intelligent power management, fault monitoring and reporting. In addition, the I2C digital controller can be used for trimming the output voltage and for monitoring various parameters such as input voltage and output current. This feature provides the ultimate in controlability when it comes to power conversion.

All in all, the LTC3624IMSE#PBF is a high-performance and intelligent synchronous step-down switching regulator that is suitable for a wide array of medium and low power applications. Its robust architecture and a suite of features, including digital soft-start, input and line under-voltage lockout, store-and-forward capability, output current limit and over-temperature protection, make it an ideal choice for automotive and other direct current power conversion needs.

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