LTC1515IS8-3/5#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 LTC1515IS8-3/5#PBF is a high power DC to DC switching regulator that can provide up to 8.3A of output current. It is a switching regulator with a fixed output voltage, which is 8.5V. It requires no minimum load to maintain regulation and offers excellent load and line regulation performance.

The device employs a current mode control architecture and includes both soft-start and overload protection circuitry. It also includes a push-pull output stage with internal high side and low side switches. The switching frequency is adjustable via an external resistor. The device is capable of operating at frequencies between 200kHz and 2.5MHz.

The primary application of the LTC1515IS8-3/5#PBF is for supplying power to devices that require a high current supply with good power efficiency. It can be used for such applications as powering high-end CPUs and GPUs, as well as powering high-end cameras and other electronic devices. One of the advantages of the LTC1515IS8-3/5#PBF is that it allows for the use of smaller components, which in turn helps to reduce system costs.

The LTC1515IS8-3/5#PBF operates by converting the input DC voltage to a regulated DC output voltage using a series of pulses. It works by switching a current through a transformer at a frequency determined by the external resistor. The output voltage is regulated by controlling the output switch duty cycle, which results in the output voltage scaling in proportion to the input voltage. As the output voltage increases, the device’s internal current and voltage protection circuits protect the load and other components.

This device provides an ideal solution for a wide range of power requirements, as it is highly efficient, and offers excellent line and load regulation. Its robust architecture and protection circuitry make it an excellent choice for a wide range of applications. The device is also easy to use, with only one external resistor needed for setting the switching frequency.

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