L1GN50G253KA05

KEMET
80-L1GN50G253KA05
L1GN50G253KA05

Tillverk:

Beskrivning:
Flerskiktade keramiska kondensatorer MLCC - ledade 2000V 0.025uF C0G 10%
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Datablad:
ECAD-modell:
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Mer information
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Tillgänglighet

Lager:
Ej på lager
Fabrikens ledtid:
Minst: 25   Flera: 1
Enhetspris:
-,-- kr
Ext. pris:
-,-- kr
Est. Pris:
Denna produkt levereras UTAN KOSTNAD

Prissättning (SEK)

Antal Enhetspris
Ext. pris
478,91 kr 11 972,75 kr
463,96 kr 23 198,00 kr
449,76 kr 44 976,00 kr
500 Beräkning

Liknande produkter

Produktattribut Attributvärde Välj attribut
KEMET
Produktkategori: Flerskiktade keramiska kondensatorer MLCC - ledade
RoHS-direktivet:  
KPS-MCC Indust
Radial
0.025 uF
2 kVDC
C0G (NP0)
10 %
11.43 mm
Conformally Coated
- 55 C
+ 200 C
Stacked MLCCs
6.35 mm
7.62 mm
2.54 mm
Waffle
Märke: KEMET
Förlustfaktor DF: 0.1 %
Ledarens stil: Straight
Produkttyp: Ceramic Capacitors
Fabriksförpackningskvantitet: 1
Underkategori: Capacitors
Typ: Low ESR
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Attribut som valts: 0

Datablad

KSIM

Models

Specification Sheets

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Efterlevnadskoder
TARIC:
8532240000
CNHTS:
8532249000
CAHTS:
8532240090
USHTS:
8532240060
JPHTS:
853224000
KRHTS:
8532240000
MXHTS:
8532240400
BRHTS:
85322490
ECCN:
EAR99
Ursprungsklassificeringar
Ursprungsland:
Mexiko
Monteringsland:
Ej tillgänglig
Distributionsland:
Ej tillgänglig
Landet kan komma att ändras vid leveranstillfället.

Power Conversion Solutions

KEMET Power Conversion Solutions includes products designed to meet the demand for higher efficiency and higher power density converters. With the adoption of wide bandgap semiconductors (WBG), resonant converters, and wireless charging, there is a growing need for capacitor solutions as an enabling technology. The increasing trends in power converters require capacitor solutions with low ESR, low inductance, high ripple current handling capability, capacitance stability, and high operating temperatures. By utilizing KEMET's base metal electrode (BME) technology and CaZrO3 dielectric materials, engineers now have access to capacitors that will help increase efficiencies, increase power densities, and drive more power.

Industrial High Temp ≥175°C SMD/Leaded Capacitors

KEMET Industrial High-Temperature (≥175°C) SMD and Leaded Capacitors offer solutions for harsh environment applications. With operating temperature ranges up to +260°C, these capacitors are designed to withstand applications where standard commercial and automotive grade capacitors are not suited. KEMET Industrial High-Temperature (≥175°C) SMD and Leaded Capacitors are available in EIA case sizes ranging from 0402 to 4540.

High-Voltage ≥500V Capacitors

KEMET High-Voltage ≥500V Capacitors are offered in a variety of form factors, case sizes, dielectrics, and capacitance values. These devices feature MLCC EIA case sizes from 0603 to 6560 and voltage ratings from 500VDC to 10,000VDC. KEMET High-Voltage Capacitors are ideal for commercial, automotive, and industrial applications.

High Temperature ≥150°C Capacitors

KEMET High Temperature (≥150°C) Capacitors are available in a wide variety of form factors, dielectrics, case sizes, and capacitance values for commercial, automotive, and industrial applications. These high-temperature ceramic solutions go up to +260°C. KEMET’s high-temperature platform includes surface-mount and leaded options, which can also have flex termination and high voltage features to provide a solution for every application type.

KPS-MCC High-Temperature SMPS Stacks (Industrial)

KEMET Military Case Code (KPS-MCC) High-Temperature SMPS Ceramic Stacked Capacitors combine a proprietary and robust C0G/NPO base metal electrode dielectric system with a durable lead frame technology, ideal for high-temperature and high-power SMPS applications. KPS-MCC capacitors withstand harsh industrial environments, such as down-hole oil exploration and automotive/avionics engine compartment circuitry. The series is constructed with large chip multilayer ceramic capacitors (MLCCs), horizontally stacked and secured to a lead frame termination system using a high melting point solder alloy. The lead frame isolates the MLCCs from the PCB while obtaining a parallel circuit configuration. Mechanical and thermal stress performance is improved by mechanically isolating the capacitors from the PCB, while the parallel circuit configuration allows for bulk capacitance in the same or smaller design footprint.

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