FG18C0G1H562JNT06 FG18C0G1H562JNT06 Ceramic Capacitor (Leaded MLCC)

FG18C0G1H562JNT06

Overview

FG18C0G1H562JNT06 is a high-quality leaded multi-layer ceramic capacitor (MLCC) manufactured by TDK, a global leader in electronic components. This passive component is specifically designed for commercial-grade applications, providing stable capacitance and excellent performance in a wide range of electronic circuits. As a ceramic capacitor, its primary function is to store and release electrical energy, filter noise, and stabilize voltage, making it indispensable in modern electronics. The leaded format ensures robust mechanical connection and ease of through-hole mounting, suitable for various PCB assembly processes.

Key Specifications

• Applications (Commercial Grade): This designation indicates that the capacitor is engineered for use in general electronic equipment where standard reliability and performance are required, contrasting with automotive or military-grade components that demand more stringent specifications. It ensures suitability for a broad spectrum of everyday electronic devices.
• Brand (TDK): TDK is a renowned Japanese multinational electronics company known for its high-quality electronic components, including capacitors, inductors, and magnetic products. Specifying TDK assures buyers of the component’s reliability, consistent performance, and adherence to international manufacturing standards.
• Feature (General Halogen-free): The ‘General Halogen-free’ feature signifies that the component is manufactured without halogens (chlorine, bromine, fluorine, iodine, and astatine) in concentrations exceeding specified limits. This is an important environmental consideration, aligning with global initiatives for greener electronics and reducing hazardous substances.
• Tolerance (±5%): This attribute specifies the permissible deviation of the actual capacitance value from its nominal value. A ±5% tolerance is considered precise for many commercial applications, ensuring that the capacitor performs within expected parameters and contributes to the overall stability and accuracy of the circuit.
• Capacitance (5.6nF): The capacitance value of 5.6 nanofarads (nF) defines the component’s ability to store electrical charge. This specific value is crucial for designers to select the appropriate capacitor for filtering, coupling, decoupling, or timing applications, directly impacting circuit performance.
• F(Nom.) / mm (2.5): This likely refers to the nominal lead pitch or lead spacing, which is the distance between the centers of adjacent leads. A 2.5mm pitch is a common standard for through-hole components, facilitating easy integration into standard PCB layouts.
• L(Max.) / mm (4): This indicates the maximum length of the capacitor body, excluding the leads. A maximum length of 4mm is important for mechanical design and ensuring the component fits within specified board space constraints.
• T(Max.) / mm (2.5): This specifies the maximum thickness or height of the capacitor body. A maximum thickness of 2.5mm is critical for applications with height restrictions, such as compact electronic devices.
• Temperature Characteristics (C0G): C0G is a highly stable dielectric material classification for ceramic capacitors. It signifies that the capacitance change over a wide temperature range (typically -55°C to +125°C) is extremely low, often less than ±30 ppm/°C. This makes C0G capacitors ideal for precision applications where temperature stability is paramount.
• W(Max.) / mm (5.5): This denotes the maximum width of the capacitor body. A maximum width of 5.5mm, along with length and thickness, helps engineers plan the physical layout of the PCB and enclosure.
• Component Type (Ceramic Capacitor (Leaded MLCC)): This explicitly identifies the component as a Multi-Layer Ceramic Capacitor with leads, distinguishing it from surface-mount devices (SMD) or other capacitor types. Leaded MLCCs are favored for their mechanical robustness and ease of manual assembly or repair.
• Product Status (Production (NRND)): ‘Production (NRND)’ means the component is currently in active production but is ‘Not Recommended for New Designs’. This status suggests that while the part is available, TDK might be encouraging designers to use newer alternatives, possibly due to lifecycle management or the introduction of improved versions. Existing designs can continue to use it.
• Rated Voltage [DC] / V (50): The rated voltage of 50V DC is the maximum continuous DC voltage that can be applied across the capacitor without causing damage or premature failure. Selecting a capacitor with a rated voltage significantly higher than the circuit’s operating voltage is a crucial design practice for reliability and safety.
• Lead Length / Package Type (Taping): ‘Taping’ indicates that the component is supplied on tape, which is a common packaging method for automated assembly processes (e.g., with radial lead insertion machines). This facilitates efficient handling and mounting in high-volume manufacturing.

Features and Benefits

• High Stability C0G Dielectric: The C0G temperature characteristic ensures minimal capacitance variation over a broad temperature range, making the FG18C0G1H562JNT06 ideal for precision timing, filtering, and resonant circuits where stable performance is critical.
• Reliable TDK Quality: Manufactured by TDK, a leader in electronic components, this capacitor guarantees high reliability, consistent performance, and adherence to stringent quality control standards, reducing the risk of component failure in end products.
• Halogen-Free Construction: Adherence to halogen-free standards makes this component environmentally friendly, supporting sustainable manufacturing practices and compliance with various environmental regulations.
• Robust Leaded Design: The leaded MLCC format provides strong mechanical attachment to PCBs, offering enhanced durability and making it suitable for applications that may experience vibration or mechanical stress, as well as simplifying prototyping and repair.
• Precise Capacitance Tolerance: With a ±5% tolerance, the 5.6nF capacitance is maintained within tight limits, which is essential for applications requiring accurate frequency response or precise timing, contributing to the overall integrity of the electronic system.

Typical Applications

• General Purpose Filtering and Decoupling: The FG18C0G1H562JNT06 is widely used in power supply units and digital circuits for filtering unwanted noise and decoupling power lines. Its stable C0G characteristic ensures effective noise suppression across varying operating conditions, improving circuit stability.
• Timing Circuits: Due to its excellent temperature stability and precise capacitance, this capacitor is well-suited for use in RC oscillators, timers, and clock generation circuits where consistent timing is crucial for the proper functioning of microcontrollers and other digital ICs.
• Resonant Circuits and Tuned Filters: In radio frequency (RF) applications or audio equipment, the FG18C0G1H562JNT06 can be employed in resonant tanks or tuned filter networks. Its stable capacitance helps maintain the desired resonant frequency or filter characteristics, ensuring signal integrity.
• Signal Coupling and DC Blocking: This capacitor can effectively block DC current while allowing AC signals to pass through, making it ideal for coupling stages in audio amplifiers, sensor interfaces, and communication circuits to isolate DC biases and prevent interference.
• Industrial Control Systems: In industrial environments where temperature fluctuations can occur, the C0G dielectric ensures reliable operation of control boards, sensor interfaces, and data acquisition systems, contributing to the overall robustness and accuracy of industrial machinery.

Summary

The FG18C0G1H562JNT06 is a reliable and high-performance leaded ceramic capacitor from TDK, featuring a stable C0G dielectric and precise 5.6nF capacitance. Its commercial-grade, halogen-free construction makes it suitable for a wide array of electronic applications requiring stability and environmental compliance. This component is stocked and shipped across India by Cirkit Electro Components, Mumbai, ensuring prompt availability for your design and manufacturing needs.

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