Datasheet

ManualsBrandsCONRAD COMPONENTS ManualsCapacitorsCeramic capacitor set 10 % 98001c365 224 pc(s)

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DATASHEET

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224pcs Assortment Ceramic Capacitor Set

Item no. 1375424

Version 07/15

Class 1: 10pF / 100pF / 22pF / 47pF @ 21pcs

Class 2: 1nF / 10nF / 100nF / 220pF / 470pF / 2.2nF / 4.7nF

22nF / 47nF / 220/nF @ 14pcs

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Ceramic Capacitors

The ceramic is a dielectric which main material is titanium

dioxide, barium titanate or strontium. It becomes ceramic

capacitor after a process called silver coating and is used

in various types of electronic equipment.

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This data sheet is a publication by Conrad Electronic SE, Klaus-Conrad-Str. 1, D-92240 Hirschau (www.conrad.com). All rights including translation reserved.

Reproduction by any method, e.g. photocopy, microfilming, or the capture in electronic data processing systems require the prior written approval by the editor.

Reprinting, also in part, is prohibited. This data represent the technical status at the time of printing. Changes in technology and equipment reserved.

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Summary of content (6 pages)

PAGE 1
DATASHEET 224pcs Assortment Ceramic Capacitor Set Version 07/15 Item no. 1375424 Class 1: 10pF / 100pF / 22pF / 47pF @ 21pcs Class 2: 1nF / 10nF / 100nF / 220pF / 470pF / 2.2nF / 4.7nF 22nF / 47nF / 220/nF @ 14pcs Ceramic Capacitors The ceramic is a dielectric which main material is titanium dioxide, barium titanate or strontium. It becomes ceramic capacitor after a process called silver coating and is used in various types of electronic equipment.
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Class 1: Temperature Compensation Type Capacitor (T.C.) Temperature compensation capacitor mainly consists of titanium. It has the characteristics of low constant, low losses (high quality factor), high stability and linear temperature. All these feature suit its capacity for temperature compensating and they are mainly used in resonant circuits for which high Q and high temperature base stability of circuit consonant are required. This data sheet is a publication by Conrad Electronic SE, Klaus-Conrad-Str.
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Class 2: High-Dielectric Constant Type Capacitor (HI-K) High-dielectric capacitors mainly consist of barium titanate. They are known as HI-K because of their high power factor. These capacitors which have the characteristics of high capacitance value, small internal impendence and excellent power factors are widely used in electronic circuits such as coupling and for by-pass purposes. Temperature Characteristics Curve This data sheet is a publication by Conrad Electronic SE, Klaus-Conrad-Str.
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Main Specifications of Ceramic Capacitors Type of Ceramic Temperature Capacitance Capacitor Characteristics Range Tolerance Q or DF Rated Insulation Resistance Voltage (VDC) Class 1 10pF (T.C. Temperature PPM/℃ 22pF Compensating Type) NPO(CH:0 +/-60) 47pF 1) More than 30 PF: Q≧1000 1) ± 0.25PF 50 100pF ≧10000MΩ 2) 30PF or less: Q≧400±20C Class 2 (HI-K High Capacitance Change (%) 1nF / 10nF Dielectric Constant B:Y5P(+/-10%) 100nF / 220pF Type) 1)B.E. ±10% 470pF / 2.
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Specification and test method Temperature Compensation Capacitors: Operating Temperature Range -30-+85℃ Operation humidity: 20 ~ 90% RH Capacitance Fulfilling the specified capacitance tolerance when measured at 25±2℃ with 1±0.1MHz and 3 Vrms max. Test Voltage Working voltage ----- 50V 3 times of working voltage (50mA and under) for 1 to 5 second with no failure Working voltage ----- 500V 2.
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Max. Body Diameter Temperature Compensating Type (Class 1) Ø5mm Max Body Diameter: NPO 10pF / 22pF / 47pF Ø7mm Max Body Diameter: NPO 100pF High-Dielectric Constant Type (Class 2) Ø5mm Max Body Diameter: B:Y5P 1nF / 220pF / 470 pF / 2.2nF Ø7mm Max Body Diameter: B:Y5P 4.7nF Ø9mm Max Body Diameter: B:Y5P 10nF / 100nF E:Z5U 22nF Ø10mm Max Body Diameter F:Z5V 4.