KMX450VBxxxMxxXxxLL
KMX450VBxxxMxxXxxLL is Miniature Capacitor manufactured by United Chemi.
- Part of the KMX400VBxxRMxxXxxLL comparator family.
- Part of the KMX400VBxxRMxxXxxLL comparator family.
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KMX Series
MINIATURE -105؇ C
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Miniature Ⅲ Low Impedance Ⅲ Long Life Ⅲ For Electronic Ballasts Ⅲ 105؇C Maximum Temperature
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The KMX is the new long life, low impedance series from United Chemi-Con. These capacitors have a load life of 8,000 to 10,000 hours at 105؇ C with the full rated ripple current applied and a voltage range up to 450 volts. The KMX capacitors are ideal for use in electronic ballasts or any other high voltage application where a very long lifetime is required. The KMX series capacitors are non-solvent proof and are not remended when halogenated cleaning solvents are used. Refer to the Mini-Glossary for remended cleaning conditions.
Data Shee
Summary of Specifications
Ⅲ Radial lead terminals. Ⅲ Capacitance range: 3.3 to 680µF. Ⅲ Voltage range: 160 to 450VDC. Ⅲ Operating temperature range: 40؇C to 105؇C for 160 to 400V; 25؇C to 105؇C for 450V.
Ⅲ Leakage current: 0.1CV40µA after 1 minute or 0.03CV40µA after 5 minutes for 1,000CV or less; 0.04CV100µA after 1 minute or 0.02CV25µA after 5 minutes for more than 1,000CV at 20؇C. Ⅲ Standard capacitance tolerance: ؓ20% Ⅲ Nominal case size (DL): 1020mm to 1860mm. Ⅲ Rated lifetime: 8,000 to 10,000 hours at 105؇C with the rated ripple current applied, depending on case size.
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United Chemi-Con, Inc. 9801 W. Higgins Road, Rosemont, IL 60018 Tel 847-696-2000 Fax 847-696-9278 .chemi-con.
Data Sheet 4 U .
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KMX Series
KMX Specifications
Item Operating Temperature Range Rated Voltage Range Capacitance Range Capacitance Tolerance Leakage Current Characteristics 40 to 105؇C for 160 to 400VDC; 25 to 105؇C for 450VDC 160 to 450VDC 3.3 to 680F ؓ20% ( M ) at 20؇C, 120Hz At 20؇C
CV Product CV ≤ 1,000 CV >1,000 After 1 Minute I 0.1CV40A I 0.04CV100A After 5 Minutes I 0.03CV40A I 0.02CV25A
MINIATURE -105؇ C
Where I = Leakage current ( A ), C = Nominal capacitance ( F ) and V = Rated voltage ( V )
Dissipation...