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Multilayer Ceramic Capacitors Featuring Darfon Elec C1005NP0689DGTS for Stable Capacitance Applications

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Multilayer Ceramic Capacitors Featuring Darfon Elec C1005NP0689DGTS for Stable Capacitance Applications

Voltage Rating : 50V

Capacitance : 6.8pF

Temperature Coefficient : NP0

Description : 6.8pF 50V Ceramic Capacitor NP0 0402

Mfr. Part # : C1005NP0689DGTS

Model Number : C1005NP0689DGTS

Package : 0402

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MLCC - Multilayer Ceramic Capacitors

This document outlines the specifications for Multilayer Ceramic Capacitors (MLCCs). It covers standard numbers, structure, ordering codes, general-purpose types, class I (temperature compensating) and class II (high dielectric constant) capacitors, test specifications, package types, and other relevant information. The MLCCs are designed for various applications requiring stable capacitance, tight tolerances, and good frequency performance.

Product Attributes

Brand: MLCC (Implied by product name)
Certifications: RoHS compliant, Halogen Free (for Class I)

Technical Specifications

E-Standard Number	Structure	Ordering Code Example	General Purpose	Class I: Temperature Compensating Type	Class II: High Dielectric Constant Type	Test Spec.	Package	Others
E3, E6, E12, E24	C (MLCC)	C1005NP0101JGT	General Purpose	NP0: 0 30ppm/ (-55 to +125)	X5R: 15% (-55 to +85) X6S: 22% (-55 to +105) X7R: 15% (-55 to +125) X7S:22% (-55 to +125) X7T: +22%/-33% (-55 to +125) X7U: +22%/-56% (-55 to +125) Y5V: +22%/-82% (-30 to +85)	See Page 33	See Page 37	See Page 41

Class I: Temperature Compensating Type - C0603NP0 Series (EIA0201)

Part Number	Value (pF)	Tolerance	Voltage	Frequency	L (mm)	W (mm)	Thick. (mm)	Q (Min)
C0603NP0208GTS	0.20	0.25pF,0.1pF,0.05pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.25%
C0603NP0308GTS	0.30	0.25pF,0.1pF,0.05pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.25%
C0603NP0408GTS	0.40	0.25pF,0.1pF,0.05pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.25%
C0603NP0508GTS	0.50	0.25pF,0.1pF,0.05pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.24%
C0603NP0608GTS	0.60	0.25pF,0.1pF,0.05pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.24%
C0603NP0708GTS	0.70	0.25pF,0.1pF,0.05pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.24%
C0603NP0758GTS	0.75	0.25pF,0.1pF,0.05pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.24%
C0603NP0808GTS	0.80	0.25pF,0.1pF,0.05pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.24%
C0603NP0908GTS	0.90	0.25pF,0.1pF,0.05pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.24%
C0603NP0109GTS	1.0	0.25pF,0.1pF,0.05pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.24%
C0603NP0119GTS	1.1	0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.24%
C0603NP0129GTS	1.2	0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.24%
C0603NP0139GTS	1.3	0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.23%
C0603NP0159GTS	1.5	0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.23%
C0603NP0169GTS	1.6	0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.23%
C0603NP0189GTS	1.8	0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.23%
C0603NP0209GTS	2.0	0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.23%
C0603NP0229GTS	2.2	0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.23%
C0603NP0249GTS	2.4	0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.22%
C0603NP0279GTS	2.7	0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.22%
C0603NP0309GTS	3.0	0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.22%
C0603NP0339GTS	3.3	0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.21%
C0603NP0359GTS	3.5	0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.21%
C0603NP0399GTS	3.9	0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.21%
C0603NP0409GTS	4.0	0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.21%
C0603NP0439GTS	4.3	0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.21%
C0603NP0479GTS	4.7	0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.20%
C0603NP0509GTS	5.0	0.5pF,0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.20%
C0603NP0519GTS	5.1	0.5pF,0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.20%
C0603NP0569GTS	5.6	0.5pF,0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.20%
C0603NP0609GTS	6.0	0.5pF,0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.19%
C0603NP0629GTS	6.2	0.5pF,0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.19%
C0603NP0689GTS	6.8	0.5pF,0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.19%
C0603NP0709GTS	7.0	0.5pF,0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.19%
C0603NP0759GTS	7.5	0.5pF,0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.18%
C0603NP0809GTS	8.0	0.5pF,0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.18%
C0603NP0829GTS	8.2	0.5pF,0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.18%
C0603NP0909GTS	9.0	0.5pF,0.25pF,0.1pF	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.17%
C0603NP0100GTS	10	5%,2%,1%	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.17%
C0603NP0120GTS	12	5%,2%,1%	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.16%
C0603NP0150GTS	15	5%,2%,1%	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.14%
C0603NP0180GTS	18	5%,2%,1%	1V	1MHz	0.6 0.03	0.30 0.03	0.30 0.03	0.13%

Class I: Temperature Compensating Type - Features and Applications

Features: Ultra-stable capacitance, tight tolerance availability, Low ESR (within 800MHz), good frequency performance, no aging of capacitance.
Applications: LC and RC tuned circuits, filtering, timing.

Product Overview

The MLCCs are categorized into Class I (Temperature Compensating) and Class II (High Dielectric Constant) types. Class I NP0 capacitors offer exceptional stability and are suitable for precise applications like tuned circuits and timing. Class II capacitors, including X5R, X6S, X7R, X7S, X7T, X7U, and Y5V series, provide higher capacitance values in smaller footprints with varying temperature and voltage characteristics.

2410121604_Darfon-Elec-C1005NP0689DGTS_C147387.pdf

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