MC79L24ACPRP

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The MC79L24ACPRP is a three terminal low-dropout (LDO) voltage regulator with an output voltage of 24V. It is designed for use in applications which require low voltage, low noise, and low dropout voltage for high current operation, such as medical devices, automotive electronics and industrial applications. This LDO regulator features a wide operating temperature range and low quiescent current.

The MC79L24ACPRP is a three-terminal adjustable positive voltage regulator offering high accuracy and low-noise performance. It can deliver up to 2A of output current with a maximum output voltage of 24V. This regulator includes protection features such as thermal overload protection, reverse supply protection and output current limit.

The MC79L24ACPRP operates with a fixed output voltage of 24V, but it includes an external trim potentiometer to adjust the output voltage. The voltage regulator is made up of a load switch, error amplifier and linear amplifier, with an op amp used as the error amplifier, and a power MOSFET switch to regulate the output voltage. It has a high peak output current capability and fast rise and fall times. The MC79L24ACPRP has a wide input voltage range and can operate over temperatures from -40°C to +85°C.

The MC79L24ACPRP has a wide operating temperature range and is available in a SOIC-8 and DIP-8 packages. The regulator has a low quiescent current of 5 mA and a high ripple rejection of 75 dB. It is designed to provide a fixed 24V output voltage with excellent line and load regulation characteristics. It also offers superior EMI noise suppression and high peak current capability.

The MC79L24ACPRP is suitable for use in applications which require low voltage, low noise, and low dropout voltage for high current operation. It is ideal for use in medical devices and automotive electronics, as well as other industrial applications. The regulator is suitable for DC to DC converters, power conditioning, and battery management. It is also able to provide power to LEDs and can be used to power telecom applications.

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