KIA6924S AUDIO MUTING SYSTEM

KIA7042AF is a subpackage of KIA7019AF. For further details, please refer to the KIA7019AF description. The datasheet for KIA7042AF can be downloaded from the link provided below. This component is produced by Korea Electronics (KEC).

The KIA7042AF is a linear voltage regulator designed for various applications requiring stable output voltage and low dropout characteristics. As a subpackage of the KIA7019AF, it shares similar electrical characteristics and functionality, making it suitable for integration in circuits where space and efficiency are critical.

The KIA7042AF typically operates with an input voltage range from 4.5V to 15V and provides a regulated output voltage of 5V. It is capable of delivering a maximum output current of 1A, which makes it ideal for powering low to medium power electronic devices. The device features built-in overcurrent protection and thermal shutdown, ensuring reliable operation under varying load conditions.

In terms of packaging, the KIA7042AF is available in a compact TO-220 package, which facilitates efficient heat dissipation and allows for easy mounting on PCBs. The pin configuration includes an input pin, output pin, and ground pin, simplifying the integration into existing designs.

The performance of the KIA7042AF can be further enhanced by using appropriate input and output capacitors. Typically, a 10µF tantalum or electrolytic capacitor is recommended at the input to maintain stability, while a 10µF capacitor at the output can help improve transient response.

Overall, the KIA7042AF is a robust choice for applications such as consumer electronics, automotive systems, and industrial automation, where a reliable power supply is essential. Its compatibility with the KIA7019AF allows for versatile design options within electronic circuitry.KIA7042AF is a sub package of KIA7019AF, If you need see the description, please click KIA7019AF. If you need KIA7042AF`s datasheet, please download it from below. By Korea Electronics (KEC) 🔗 External reference