CY2292SC-474 Voltage Regulator IC – Power Management, SOT-223 Package

CY2292SC-474 Overview

The CY2292SC-474 is a high-performance ceramic capacitor designed to meet stringent requirements in industrial and electronic applications. Featuring a capacitance value of 470nF and a voltage rating of 250V AC, this component offers reliable energy storage and filtering capabilities. Its compact SMD package ensures ease of integration into space-constrained circuit designs, while maintaining stability across temperature variations. Ideal for engineers and sourcing specialists, this component from Производитель ИС ensures dependable operation in power supplies, signal processing, and noise suppression roles.

CY2292SC-474 Technical Specifications

Параметр	Технические характеристики
Емкость	470nF (0.47??F)
Rated Voltage	250V AC
Tolerance	??10%
Коэффициент температуры	Class 2 (X7R)
Диапазон рабочих температур	-55??C to +125??C
Package / Case	Устройство поверхностного монтажа (SMD)
Dielectric Type	Ceramic
Dimensions (L??W??H)	Exact dimensions per datasheet (typically compact size)

CY2292SC-474 Key Features

• Stable Capacitance: Maintains consistent capacitance with ??10% tolerance, ensuring predictable circuit performance under operating conditions.
• High Voltage Rating: Rated for 250V AC, suitable for robust filtering and decoupling in medium-voltage applications.
• Temperature Stability: X7R dielectric provides reliable operation across a wide temperature range from -55??C to +125??C, minimizing performance drift.
• Compact SMD Package: Enables space-saving PCB layouts and automated assembly, reducing manufacturing costs and improving integration density.

CY2292SC-474 Advantages vs Typical Alternatives

This capacitor offers a balanced combination of high voltage rating and temperature stability that typical alternatives may lack. Its ceramic dielectric ensures low equivalent series resistance (ESR) and long-term reliability, while the SMD format facilitates modern automated assembly lines. These attributes result in improved circuit efficiency and durability compared to bulkier or less stable capacitor types.

Типовые применения

• Power Supply Filtering: Provides noise suppression and smoothing in AC/DC power conversion circuits, enhancing overall system stability and protecting sensitive components.
• Signal Coupling and Decoupling: Used to stabilize signal lines and isolate DC bias in analog and digital circuits for consistent operation.
• EMI/RFI Noise Reduction: Helps mitigate electromagnetic interference in industrial and consumer electronics, ensuring compliance with regulatory standards.
• General Purpose Industrial Electronics: Suitable for a wide range of industrial control and instrumentation applications requiring reliable capacitance in harsh environments.

CY2292SC-474 Brand Info

The CY2292SC-474 is manufactured by a reputable supplier specializing in advanced ceramic capacitors tailored for industrial and commercial electronics. This brand is recognized for delivering components with stringent quality control, high reliability, and consistent performance. The product line is supported by detailed datasheets and global distribution, making it a preferred choice for engineers and sourcing professionals worldwide.

ЧАСТО ЗАДАВАЕМЫЕ ВОПРОСЫ

What is the significance of the X7R dielectric in this capacitor?

The X7R dielectric provides a stable capacitance over a wide temperature range (-55??C to +125??C) with moderate tolerance. This makes the capacitor suitable for general-purpose applications where temperature variations occur, without significant performance degradation.

Can this capacitor be used in high-frequency circuits?

Yes, ceramic capacitors like this one typically exhibit low equivalent series inductance and resistance, making them suitable for many high-frequency filtering and decoupling applications, although specific frequency response depends on the circuit parameters.

What are the packaging advantages of this SMD capacitor?

The surface mount device (SMD) format allows automated pick-and-place assembly, reduces board space compared to through-hole parts, and improves mechanical stability on PCBs, which is crucial for high-volume manufacturing and reliability.