CAT5111VI-10-G Variable Resistor – 10-Pack – Precision Adjustments

CAT5111VI-10-G Overview

The CAT5111VI-10-G is a precision programmable potentiometer designed for various electronic applications. This device features a compact form factor and is engineered to offer reliable performance with high accuracy. Ideal for applications requiring precise adjustments, it ensures longevity and robustness while meeting the demands of modern electronic designs. Its flexibility makes it a valuable asset in both consumer and industrial electronics, streamlining design processes and enhancing functionality. For more information, visit Produttore di circuiti integrati.

CAT5111VI-10-G Key Features

• Precision Control: The device enables fine control over resistance values, allowing for accurate tuning in various circuit conditions.
• Programmability: Its programmable nature allows users to configure specific resistance settings to match their application requirements, providing versatility.
• Dimensioni compatte: The small footprint of this component enhances integration into space-constrained designs without compromising performance.
• Basso consumo energetico: Designed to operate efficiently, this device minimizes energy use while maintaining optimal performance levels.

CAT5111VI-10-G Technical Specifications

Parametro	Valore
Gamma di resistenza	10k?? to 100k??
Coefficiente di temperatura	??100 ppm/??C
Tensione di alimentazione	Da 2,7 V a 5,5 V
Power Rating	10 mW
Temperatura di esercizio	Da -40 a +85 °C
Data Interface	I2C
Numero di passi	256
Tipo di confezione	VSSOP

CAT5111VI-10-G Advantages vs Typical Alternatives

This device stands out against typical alternatives due to its precise programmability and compact design. Its low power consumption and reliability ensure that it can function effectively across a range of applications, making it a preferred choice for engineers seeking efficiency and flexibility.

Applicazioni tipiche

• Digital Volume Control: The CAT5111VI-10-G is often used in audio equipment to provide smooth and precise volume adjustments, enhancing user experience while maintaining sound quality.
• Sensor Calibration: This device is suitable for calibrating sensors in industrial settings, ensuring accurate readings and performance.
• Adjustable Power Supplies: It can be implemented in power supply circuits to allow users to dynamically adjust voltage levels as required.
• Feedback Control Systems: The programmable potentiometer is ideal for use in feedback control applications, enabling fine-tuning for optimal performance.

CAT5111VI-10-G Brand Info

The CAT5111VI-10-G is a leading product in programmable potentiometers, designed to meet the rigorous standards of modern electronic applications. Its robust design and versatile features cater to a wide array of industries, providing engineers with a reliable solution for precision tasks. This product emphasizes quality and innovation, making it a trusted choice in the market.

FAQ

What is the primary function of the CAT5111VI-10-G?

The primary function of the CAT5111VI-10-G is to provide programmable resistance in electronic circuits, allowing for precise control over various parameters such as volume, calibration, and adjustment in feedback systems.

What are the key benefits of using this device?

This device offers benefits such as low power consumption, high accuracy, and programmability, making it suitable for applications that require reliable and efficient performance in compact designs.

What types of applications are best suited for this product?

It is best suited for applications like digital volume control, sensor calibration, and adjustable power supplies where precise adjustments and programmability are critical.

Can the CAT5111VI-10-G be used in outdoor environments?

While the CAT5111VI-10-G is designed for a wide operating temperature range, its use in outdoor environments should be evaluated based on specific environmental conditions and protective measures taken.

How do I integrate this device into my circuit design?

Integration can be accomplished by following the specific electrical characteristics outlined in the technical specifications, ensuring compatibility with your existing circuit design and requirements.