FK24X7R2A682KN006 FK24X7R2A682KN006 Ceramic Capacitor (Leaded MLCC)

FK24X7R2A682KN006

Overview

FK24X7R2A682KN006 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 various electronic circuits for filtering, decoupling, timing, and energy storage applications. As a leaded Multi-Layer Ceramic Capacitor (MLCC), it offers robust performance and ease of integration into through-hole designs, making it suitable for a wide array of commercial-grade electronic devices.

Key Specifications

This TDK capacitor boasts several critical specifications that define its performance and suitability for specific applications:

Apps.: Commercial Grade – This designation indicates that the capacitor is engineered for use in general-purpose electronic equipment where standard reliability and performance are required, as opposed to automotive or military-grade components. It ensures a balance of cost-effectiveness and dependable operation in typical commercial environments.

Brand: TDK – TDK is a renowned Japanese multinational electronics company known for its high-quality electronic components. Specifying TDK assures buyers of the component’s reliability, consistent performance, and adherence to stringent manufacturing standards.

Feature: Mid – The ‘Mid’ feature likely refers to the capacitor’s general characteristics or performance tier within TDK’s product range, suggesting a balanced offering suitable for a broad spectrum of applications without being overly specialized or entry-level.

Tolerance: ±10% – This value specifies the permissible deviation of the actual capacitance from its nominal value. A ±10% tolerance is common for general-purpose capacitors, indicating that the actual capacitance will fall within 10% above or below the stated 6.8nF. This is acceptable for most non-precision timing or filtering applications.

Capacitance: 6.8nF – The nominal capacitance of 6.8 nanofarads (nF) is the primary electrical characteristic, indicating its ability to store charge. This specific value is suitable for various signal coupling, decoupling, and filtering tasks in moderate frequency ranges.

F(Nom.) / mm: 5 – This likely refers to the nominal lead spacing or pitch, which is 5mm. This dimension is crucial for PCB layout and ensures compatibility with standard through-hole mounting patterns.

L(Max.) / mm: 4.5 – The maximum length of the capacitor body is 4.5mm. This physical dimension is vital for mechanical design and ensuring the component fits within the allocated space on a printed circuit board.

T(Max.) / mm: 2.5 – The maximum thickness (or height) of the capacitor body is 2.5mm. This dimension is important for vertical clearance in compact electronic assemblies.

Temp. Chara.: X7R – X7R is a common dielectric material classification for ceramic capacitors, indicating a temperature characteristic that allows for a capacitance change of no more than ±15% over an operating temperature range of -55°C to +125°C. This makes it suitable for applications requiring stable performance across a wide temperature spectrum.

W(Max.) / mm: 5.5 – The maximum width of the capacitor body is 5.5mm. Along with length and thickness, this dimension completes the physical footprint required for mechanical integration.

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

Product Status: Production(NRND) – ‘Production’ means the component is actively being manufactured. ‘NRND’ stands for Not Recommended for New Designs, indicating that while the part is still available, the manufacturer suggests considering newer alternatives for future projects. This is important for long-term product planning.

Rated Voltage [DC] / V: 100 – The maximum DC voltage that can be continuously applied across the capacitor without breakdown is 100V. This rating is critical for ensuring the capacitor’s safe and reliable operation within the circuit’s voltage rails.

Lead Length / Package Type: Taping – ‘Taping’ refers to the packaging method where components are supplied on a tape reel, facilitating automated assembly processes. This is beneficial for high-volume manufacturing, ensuring efficient handling and placement of the leaded capacitors.

Features and Benefits

• Reliable TDK Quality: Manufactured by TDK, a trusted name in electronics, ensuring high-quality materials and consistent performance for critical applications.
• Stable X7R Dielectric: The X7R temperature characteristic provides excellent capacitance stability over a broad operating temperature range (-55°C to +125°C), making it suitable for diverse environmental conditions.
• Versatile 6.8nF Capacitance: The 6.8nF capacitance value with ±10% tolerance is ideal for a wide array of general-purpose filtering, coupling, and decoupling tasks in commercial-grade electronic circuits.
• Robust Leaded Design: As a leaded MLCC, it offers superior mechanical stability and ease of through-hole mounting, which is advantageous for prototyping, manual assembly, and applications requiring enhanced vibration resistance.
• 100V DC Rated Voltage: A substantial 100V DC voltage rating provides ample headroom for many commercial applications, contributing to circuit reliability and longevity.
• Taping Packaging: Supplied in taping, the FK24X7R2A682KN006 is optimized for efficient automated assembly, reducing manufacturing costs and time for volume production.

Typical Applications

The FK24X7R2A682KN006 TDK Ceramic Capacitor is highly versatile and finds application in numerous commercial-grade electronic systems:

Power Supply Decoupling: It is frequently used to decouple power supply lines, filtering out high-frequency noise and stabilizing voltage rails for integrated circuits (ICs). Its 6.8nF capacitance is effective in bypassing unwanted signals to ground, ensuring clean power delivery to sensitive components.

Signal Filtering: In audio and data communication circuits, this capacitor can be employed in passive filters (e.g., low-pass, high-pass filters) to shape frequency responses, remove unwanted noise, or extract specific signal components. Its X7R characteristic ensures stable filtering performance across varying temperatures.

Timing Circuits: While not a precision timing component, the FK24X7R2A682KN006 can be used in RC (Resistor-Capacitor) timing circuits for applications where a ±10% tolerance is acceptable, such as simple oscillators, delay lines, or pulse generation circuits in non-critical systems.

Coupling and Bypass Applications: It serves as a coupling capacitor to pass AC signals between different stages of an amplifier while blocking DC, or as a bypass capacitor to provide a low-impedance path for AC signals around a component, preventing signal loss or feedback.

General Purpose Electronics: From consumer electronics like home appliances, set-top boxes, and small power tools to industrial control boards and LED lighting drivers, its commercial-grade rating and balanced specifications make it a go-to component for a broad spectrum of general electronic designs.

Summary

In summary, the FK24X7R2A682KN006 is a reliable and versatile TDK Ceramic Capacitor (Leaded MLCC) with a 6.8nF capacitance and 100V DC rating, featuring an X7R dielectric for stable performance. Its commercial-grade designation and robust leaded design make it suitable for a wide range of electronic applications requiring dependable passive components. This product is stocked and shipped across India by Cirkit Electro Components, Mumbai.

Browse more Ceramic Capacitors (Leaded MLCC) at Cirkit Electro Components.

Buy FK24X7R2A682KN006 online in India from Cirkit Electro Components, Mumbai. GST invoice provided, fast shipping across India, and bulk / quantity pricing available. Add to cart, or contact us for bulk orders and the best price in India.