Colocación de las pilas del control remoto

Deberá insertar o cambiar las pilas del control remoto:

Al adquirir el aire acondicionador

Si el control remoto no funciona correctamente

Nota Use dos baterias de tipo AAA, LR03 1,5V.

No use baterias antiguas o dos baterias de diferente clase.

Las baterias provablemente se descargara por absoluto

después de 12 meses, aunque no lo hayan usado actualmente.

1Presione la tapa de la pila, situada en la parte posterior del control remo- to, deslizándola en la dirección de la flecha y quítela.

2 IIntroduzca las dos pilas, comprobando los polos :

el polo + de la pila con el polo + del control remoto

el polo - de la pila con el polo - del control remoto

3 Cierre la tapa deslizándola en dirección contraria a la flecha hasta que quede en su lugar con un chasquido.

Instalaci n de el controlador remoto

1Cologue el controlador remoto en la pared.

2 Fije el controlador remoto por tensar los tornillas.

3 Ponga el controlador remoto en el poseedor como en la figura lo muestra. Si Ud. quiere colocar el controlador remoto fcilmente, es mejor colocar

en el marco de madera.

S-8

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Samsung AS30C1(2)BC, US30C1(2)BC Colocación de las pilas del control remoto, Instalaci n de el controlador remoto

AS12AA(B)MCF, AS18A9(0)RCF, AS24A1(2)RC, AS30C1(2)BC, AS07A5(6)MA specifications

Samsung has consistently been a leader in the semiconductor industry, continuously developing technologically advanced components that meet the needs of today’s demanding electronic applications. Among its notable offerings are the US18A9(0)RCF, US30C1(2)BC, US07A5(6)MA, US12AA(B)MCF, and US09A5(6)MAF series, which are designed to enhance performance and power efficiency across various sectors.

The US18A9(0)RCF is known for its advanced RF capabilities, featuring high linearity and low noise figures. This series is particularly notable for its integration of cutting-edge technologies that allow for better performance in wireless communication applications, such as smartphones and IoT devices. It boasts highly efficient power consumption characteristics, which help to extend battery life while maintaining robust signal strength.

In the realm of analog-to-digital conversion, the US30C1(2)BC stands out with its impressive sampling rate and resolution. This series is engineered to deliver high-precision data conversion, which is critical in applications ranging from consumer electronics to industrial automation. The low latency of the US30C1(2)BC ensures that real-time data processing can be performed efficiently, making it an ideal choice for time-sensitive applications.

The US07A5(6)MA series focuses on power management solutions, offering advanced features such as on-chip voltage regulation and dynamic load management. This series is designed to optimize energy consumption while providing reliable output across various operating conditions, which is essential in battery-operated devices.

Samsung's US12AA(B)MCF focuses on memory technologies, particularly in high-speed storage solutions. With a balance of large storage capacity and rapid access times, this series facilitates seamless data transfer that is crucial for multimedia applications, gaming, and data-heavy processing tasks. Its advanced error correction capabilities ensure data integrity and reliability.

Lastly, the US09A5(6)MAF series has been developed for high-performance computing environments. It provides exceptional processing power and efficiency, making it suitable for applications such as server farms, high-frequency trading platforms, and AI workloads. The US09A5(6)MAF integrates advanced thermal management features to maintain optimal performance even under heavy load conditions.

In conclusion, Samsung's US series components, including the US18A9(0)RCF, US30C1(2)BC, US07A5(6)MA, US12AA(B)MCF, and US09A5(6)MAF, represent the latest advancements in semiconductor technology. By focusing on key performance metrics such as efficiency, precision, and reliability, these products are well-positioned to meet the evolving demands of modern technology across various applications.