FK26C0G2E392JN000 FK26C0G2E392JN000 Ceramic Capacitor (Leaded MLCC)

FK26C0G2E392JN000

Overview

FK26C0G2E392JN000 is a high-quality Ceramic Capacitor (Leaded MLCC) manufactured by TDK, a global leader in electronic components. This passive component is designed to store and release electrical energy, playing a crucial role in filtering, bypassing, coupling, and timing circuits. As a Leaded MLCC (Multi-Layer Ceramic Capacitor), it offers excellent reliability and performance, making it suitable for a wide range of commercial-grade electronic applications. The C0G temperature characteristic ensures stable capacitance over a broad temperature range, which is critical for precision applications.

Key Specifications

• Apps. (Commercial Grade): This attribute signifies that the capacitor is designed and tested for use in general commercial electronic equipment. It meets the standard requirements for reliability and performance in typical consumer electronics, industrial controls, and communication systems, where extreme environmental conditions are not the primary concern but stable operation is essential.
• Brand (TDK): TDK is a renowned Japanese multinational electronics company known for its high-quality electronic components. Specifying TDK ensures that the component adheres to stringent manufacturing standards, offering reliability and consistent performance, which is a key consideration for engineers and procurement specialists.
• Feature (Mid): The ‘Mid’ feature classification typically refers to the capacitor’s performance characteristics, often indicating a balance between high-frequency performance, capacitance value, and physical size. It suggests suitability for a broad spectrum of applications without being overly specialized for extreme high-frequency or high-power scenarios.
• Tolerance (±5%): This indicates the permissible deviation of the actual capacitance value from its nominal value. A ±5% tolerance is considered a precision tolerance for ceramic capacitors, ensuring that the component performs predictably within circuit designs where exact capacitance values are important for timing, filtering, or oscillation.
• Capacitance (3.9nF): This is the fundamental electrical property of the capacitor, representing its ability to store charge. A capacitance of 3.9 nanofarads (nF) is a common value used in various signal processing and power supply filtering applications, providing effective charge storage for specific frequency ranges.
• F(Nom.) / mm (5): This likely refers to the nominal lead spacing or pitch, indicating the distance between the centers of the leads. A 5mm lead spacing is a standard dimension for through-hole components, ensuring compatibility with common PCB layouts and ease of assembly.
• L(Max.) / mm (5.5): This specifies the maximum length of the capacitor body. Understanding the physical dimensions is crucial for mechanical design and PCB layout, ensuring the component fits within the available space on a circuit board.
• T(Max.) / mm (3.5): This denotes the maximum thickness of the capacitor body. Along with length and width, thickness is vital for 3D modeling and ensuring proper clearance in compact electronic enclosures.
• Temp. Chara. (C0G): The C0G temperature characteristic (also known as NP0) indicates a very stable dielectric material. Capacitors with C0G characteristics exhibit negligible change in capacitance over a wide temperature range (-55°C to +125°C) and have very low dissipation factor, making them ideal for resonant circuits, timing circuits, and other applications requiring high stability and low loss.
• W(Max.) / mm (6): This represents the maximum width of the capacitor body. All physical dimensions (L, T, W) are critical for mechanical fit and PCB design, preventing interference with other components and ensuring proper thermal management.
• Component Type (Ceramic Capacitor (Leaded MLCC)): This clearly defines the type of capacitor. Leaded MLCCs are known for their robustness, excellent high-frequency performance, and suitability for through-hole mounting, which can offer better mechanical stability in certain applications compared to surface-mount devices.
• Product Status (Production(NRND)): ‘Production (NRND)’ means the product is currently in production but is ‘Not Recommended for New Designs’. While available for existing designs, engineers should consider alternative parts for new projects as it may eventually be phased out.
• Rated Voltage [DC] / V (250): This is the maximum DC voltage that can be continuously applied across the capacitor without risk of dielectric breakdown. A 250V rating provides a substantial margin for many commercial applications, ensuring reliability and preventing premature failure due to voltage spikes.
• Lead Length / Package Type (7mm for Bulk): This specifies the length of the leads for the through-hole mounting and indicates that the components are supplied in bulk packaging, which is common for high-volume manufacturing.

Features and Benefits

• Exceptional Temperature Stability: The C0G dielectric ensures minimal capacitance change over a wide temperature range, making FK26C0G2E392JN000 ideal for precision applications where stable performance across varying environmental conditions is critical.
• High Reliability from a Trusted Manufacturer: Manufactured by TDK, a leader in electronic components, this capacitor guarantees high quality and consistent performance, reducing the risk of field failures and ensuring long-term operational stability.
• Precision Capacitance Tolerance: With a ±5% tolerance, this capacitor provides accurate capacitance values, which is essential for sensitive timing, filtering, and resonant circuits where precise electrical characteristics are paramount.
• Robust Leaded Design: The leaded MLCC construction offers superior mechanical stability and ease of through-hole mounting, making it suitable for applications that require robust physical connections or manual assembly.
• Versatile Commercial Grade Application: Designed for commercial-grade use, it meets the demands of a broad spectrum of electronic devices, providing a reliable solution for general-purpose filtering, coupling, and bypassing needs.

Typical Applications

• Audio Amplifiers and Signal Processing: The stable C0G characteristic and precise capacitance make this capacitor excellent for coupling and decoupling stages in audio amplifiers, ensuring clean signal transmission and reducing noise. It can also be used in tone control circuits and filters within audio equipment.
• Industrial Control Systems: In industrial automation and control panels, FK26C0G2E392JN000 can be used for timing circuits, sensor interfacing, and power supply filtering to ensure stable operation of microcontrollers, PLCs, and other control logic, even in environments with temperature fluctuations.
• Power Supply Filtering and Smoothing: While not a primary bulk capacitor, its 3.9nF capacitance and 250V rating make it suitable for high-frequency noise suppression and ripple reduction in DC-DC converters and linear power supplies, particularly in the output stages or as bypass capacitors for ICs.
• Communication Equipment: This capacitor can be integrated into various communication devices for impedance matching, RF filtering, and signal coupling in low to mid-frequency applications, contributing to signal integrity and reliable data transmission.
• Medical Diagnostic Equipment: Given its precision and stability, it can be employed in non-life-support medical diagnostic devices where accurate signal processing and reliable component performance are crucial for measurement integrity and patient safety.

Summary

The FK26C0G2E392JN000 TDK Ceramic Capacitor is a reliable and precise component, offering excellent temperature stability and a robust leaded design suitable for a wide array of commercial applications. Its 3.9nF capacitance and 250V rating, combined with the C0G dielectric, make it an ideal choice for engineers seeking stable performance in critical circuits. This part is stocked and shipped across India by Cirkit Electro Components, Mumbai.

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