XC9261B10CER-G

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DA C DC Switching Regulators are useful in providing a stable output when the input voltage is varied and can provide a power supply for parts of complex circuitry. The XC9261B10CER-G is one such regulator that is used to provide a usable dc output voltage when the input voltage is varying due to line or load variations.

The XC9261B10CER-G is a DC/DC step-down converter with integrated high-side and low-side MOSFETs in an 8 lead SOP package. It has an input voltage range from 4.0V to 28V and an output voltage range from 0.8V to 9V, allowing it to be used in many applications. It has a current load capability of up to 2A, with a switching frequency of up to 200kHz and an adjustable output voltage.

In terms of external components, the XC9261B10CER-G requires only a few. This includes an inductor, a diode, and some capacitors. The inductor is used to store the energy generated upon switching of the internal MOSFETs. The diode is used to provide a path for current to flow when the voltage regulator is in its off state. The capacitors are used to help filter the output voltage and reduce noise.

The XC9261B10CER-G can also be used in applications where a voltage booster is required. This regulator has a high-side MOSFET connected directly to the input voltage and a low-side MOSFET connected to the output voltage. When the switching is enabled, the high-side MOSFET is turned ON and a small fraction of the input voltage is converted to a higher output voltage.

The XC9261B10CER-G is also capable of providing a programmable output current limit. This feature can be used to protect the device and the system if the output current exceeds the designated limit. In addition, this voltage regulator also has an enable pin that can be used as an input to enable or disable the regulator as required.

The XC9261B10CER-G is a useful device that can be used in a wide range of applications, such as automotive, consumer, portable, and industrial. It is capable of supplying the necessary power even with varying input voltages and can provide an adjustable output voltage and current limit. This allows for a customizable system that is reliable and efficient.

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