ALD114804APCL

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ALD114804APCL is a family of arrays of logic-compatible power FETs which combine superior performance and unbeatable value for a wide range of power management applications. This includes all low-side and high-side, up to +/-60 volt supply voltage, switching applications and high-capacity integrated MOSFETs. Each array package has various different functions such as over-temperature, over-voltage and under-voltage protection, current sensing, voltage monitoring and dynamic PFC control.

The logic-compatible FETs used in the ALD114804APCL family are designed to reduce component count and reduce circuitry complexity. This simplifies power management design while providing superior performance and reliability. The ALD114804APCL family is targeted mainly at automotive, telecom, industrial, LED lighting and consumer applications.

The ALD114804APCL family includes a variety of N-Channel, P-Channel and Junction FETs and arrays. They are available in single, dual, four and eight array configurations. N-channel FETs are suited for switching high current load or driving high voltage and high capacitive loads. P-channel transistors provide additional drive capability and protection. Junction FETs are used for switching high current and high voltage whereas the array transistors are used for logic level signals or lower voltage switching applications.

The working principle of the ALD114804APCL family is based on their transfer characteristic. When the gate voltage changes, the drain current also changes in the same direction. This allows them to be used as a switch, regulating the flow of the current between the drain and the source. The FETs can also be used as an amplifier, where the output voltage is proportional to the input voltage.

In summary, the ALD114804APCL family of power FETs combine superior performance with unbeatable value. They are designed to reduce component count and reduce circuitry complexity while still providing superior performance and reliability. The array transistors are designed for logic level signals or lower voltage switching applications, whereas the N-Channel and P-Channel FETs are used for high current load switching or driving high voltage and high capacitive loads.

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