FK28C0G2E151JN006 FK28C0G2E151JN006 Ceramic Capacitor (Leaded MLCC)

FK28C0G2E151JN006 is a high-quality ceramic capacitor (leaded MLCC) manufactured by TDK, a global leader in electronic components. This passive component plays a crucial role in various electronic circuits by storing and releasing electrical energy, filtering noise, and stabilizing voltage. As a leaded Multi-Layer Ceramic Capacitor (MLCC), it offers robust performance and ease of through-hole mounting, making it suitable for a wide array of commercial-grade applications where reliability and stability are paramount. TDK’s commitment to precision engineering ensures that this capacitor delivers consistent performance, contributing to the overall integrity and longevity of electronic devices.

Key Specifications

This TDK ceramic capacitor boasts several key attributes that define its performance and suitability for specific applications:

Applications: Commercial Grade – This designation indicates that the capacitor is designed and tested to meet the rigorous demands of general commercial electronic products, ensuring stable operation in typical business and consumer environments. It signifies a balance of performance and cost-effectiveness suitable for a broad market.

Brand: TDK – TDK is a renowned Japanese multinational electronics company known for its high-quality electronic components, including capacitors, inductors, and sensors. Opting for a TDK component ensures reliability, consistent performance, and adherence to international manufacturing standards.

Feature: Mid – While ‘Mid’ can be a general descriptor, in the context of ceramic capacitors, it often refers to a balance of capacitance value, voltage rating, and physical size, making it a versatile choice for a broad spectrum of circuit designs without being overly specialized for extreme high-frequency or high-power applications.

Tolerance: ±5% – This specification indicates the maximum permissible deviation of the actual capacitance value from its nominal value. A ±5% tolerance is considered precise for many commercial and industrial applications, ensuring that the component performs as expected within the circuit’s design parameters, which is critical for frequency-sensitive or timing circuits.

Capacitance: 150pF – This is the nominal electrical charge storage capacity of the capacitor. A 150 picofarad (pF) capacitance is typically used in high-frequency filtering, resonant circuits, and coupling/decoupling applications where small, precise capacitance values are required.

F(Nom.) / mm: 5mm – This refers to the nominal lead spacing, which is the distance between the centers of the two leads. A 5mm lead spacing is a common standard for through-hole components, ensuring compatibility with standard PCBs and facilitating easy assembly.

L(Max.) / mm: 4mm – This is the maximum length of the capacitor body. This dimension is crucial for PCB layout and enclosure design, ensuring the component fits within the allocated physical space on the circuit board.

T(Max.) / mm: 2.5mm – This is the maximum thickness (or height) of the capacitor body. Like the length, this dimension is vital for mechanical design considerations, especially in compact electronic devices where vertical clearance is limited.

Temp. Chara.: C0G – C0G (also known as NP0) is one of the most stable dielectric materials for ceramic capacitors. It signifies a very low temperature coefficient of capacitance, meaning its capacitance value changes minimally with temperature variations. This characteristic is highly desirable for precision applications where stable performance across a wide temperature range is critical, such as in timing circuits or filters.

W(Max.) / mm: 5.5mm – This is the maximum width of the capacitor body. Along with length and thickness, this dimension completes the physical footprint of the component, essential for accurate PCB design and component placement.

Component Type: Ceramic Capacitor (Leaded MLCC) – This explicitly defines the component as a multi-layer ceramic capacitor with leads, distinguishing it from surface-mount devices (SMDs) and other capacitor types. Leaded components are preferred for their mechanical robustness and ease of manual assembly or repair.

Product Status: Production (NRND) – ‘Production’ indicates that the component is actively being manufactured. ‘NRND’ stands for Not Recommended for New Designs, suggesting that while the part is still available, the manufacturer may have newer, improved alternatives or plans for obsolescence in the future. Designers should consider this for long-term product planning.

Rated Voltage [DC] / V: 250V – This is the maximum DC voltage that can be continuously applied across the capacitor without causing damage or degradation. A 250V rating makes this capacitor suitable for applications involving moderate to high voltage levels, providing a good safety margin in many commercial circuits.

Lead Length / Package Type: Taping – ‘Taping’ refers to the packaging method where components are supplied on a continuous tape, typically for automated assembly (e.g., with pick-and-place machines for leaded components). This ensures efficient handling and placement in manufacturing processes.

Features and Benefits

• High Stability with C0G Dielectric: The C0G temperature characteristic ensures exceptional capacitance stability across a wide temperature range, making it ideal for precision applications where consistent performance is critical.
• Reliable TDK Quality: Manufactured by TDK, a leader in electronic components, this capacitor guarantees high quality, durability, and consistent electrical performance, reducing the risk of circuit failures.
• Robust Leaded Design: The leaded MLCC construction provides mechanical strength and ease of through-hole mounting, offering better stress resistance compared to surface-mount devices in certain applications and simplifying prototyping and repair.
• Precise Capacitance Tolerance: With a ±5% tolerance, the FK28C0G2E151JN006 offers accurate capacitance values, which is essential for frequency-sensitive circuits, timing applications, and precise filtering.
• Versatile Commercial Grade: Designed for commercial applications, it strikes an optimal balance between performance, reliability, and cost-effectiveness, suitable for a broad spectrum of electronic products.

Typical Applications

The FK28C0G2E151JN006 ceramic capacitor is highly versatile and finds application in numerous electronic systems:

• Filtering and Decoupling: Its stable capacitance and good high-frequency characteristics make it excellent for filtering unwanted noise from power supply lines and decoupling ICs, ensuring clean power delivery and stable operation in digital and analog circuits.
• Resonant Circuits: In RF (Radio Frequency) and IF (Intermediate Frequency) stages of communication equipment, the FK28C0G2E151JN006 can be used in conjunction with inductors to form resonant circuits for frequency selection and tuning, thanks to its precise 150pF capacitance and C0G stability.
• Timing Circuits: Due to its low temperature coefficient (C0G), this capacitor is well-suited for use in precision timing circuits, oscillators, and clock generators where the stability of the RC time constant is paramount for accurate operation.
• Signal Coupling and DC Blocking: It can effectively block DC current while allowing AC signals to pass through, making it useful in audio amplifiers, sensor interfaces, and communication circuits for coupling stages and preventing DC bias from affecting subsequent components.
• Industrial Control Systems: Its commercial-grade reliability and 250V rating make it suitable for use in various industrial control and automation equipment, where stable and robust components are required to withstand operational demands.

The FK28C0G2E151JN006 from TDK is a reliable and high-performance ceramic capacitor, offering excellent stability and precision for a wide range of commercial electronic designs. This component is readily stocked and shipped across India by Cirkit Electro Components, Mumbai, ensuring prompt availability for your manufacturing and prototyping needs.

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