Ca42 series solid dipped tantalum capacitors are sinter-anode, epoxy-coated and are encapsulated with flame-retardant yellow epoxy powder. These series products are good to use for high stable performance, low current leakage and low dissipation factor, also for stable frequency, stable temperature and long life.
The products are widely used in home electronic appliances, computer, telecommunication, military equipments and other electronic products. They meet and exceed the requirements of iec specification 384-15-3 and gb7215-87 standard.
Ca42 dipped tantalum capacitors Meets iec384-15-3 and gb7215-87 standard General characteristics Operating temperature: -55 ~125c Capacitance tolerance: 20% , 10%, 5%(special order) Capacitance range: 01uf-330uf Dc leakage current20c) i0 002crur or 1ua (whichever is greater) Dissipation factor(20c)see table 1 Temperature performance: see table 1 Climatic category: 55/125/10 Life test: 1000 hours Pf
Dipped tantalum capacitors Small units with high stable performance, lower current leakage and dissipation factor, stable frequency and temperature and long life. Suitable for military equipment and computer f=telephone and other electronic products. Meets iec384-15-3 and gb7215-87 standard.
Suitable for military equipment and computer, telephone and other electronic products. Features: 1) Small units with high stable performance 2) Lower current leakage and dissipation factor 3) Stable frequency and temperature and long life 4) Meet IEC384-15-3 and GB7215-87 standard 5) Operating temperature: -55 - 125fpC 6) Capacitance tolerance: f+20%, f+10%, f+5% (special order) 7) Capacitance range: 0.1 - 330»F 8) Voltage range: 4 - 50V
JTA - Dipped Tantalum Capacitors Specifications Operating Temperature -55C to +125C JYA-Y1-and-Y2-AC-Safety-Standard-Recognized-Capacitors Capacitance Range 0.4F ~ 680F Capacitance Tolerance ±20%, ±10%,5% (for special order) Rated Voltage 6.3V - 50V.DC
1.Scope: This specification applies to ca42 dipped tantalum capacitors produced by our factory for use in electronic equipments. 2.Standard: Detail specification for electronic components type ca42 fixed tantalum capacitors with solid electrolyte assessment level e gb7215-87. 3.Standand testing conditions: Tests should be done at temperature 15-35?, humidity of 45-75%rh, and pressure of 860-1060mbar .But in the case of a discrepancy , the final decision should be made by the testing at temp of 25?, humidity of 60-70%rh , and pressure of 860-1060mbar.
Ca45 series solid smd tantalum capacitors are sinter-anode and molded with small sizes while high capacitance, reliability and excellent operation performances. The series capacitor is designed and manufactured to meet the growing demand for surface mount technology. There are p, a, b, c, d, e six case codes available for choice. Comparing with dipped tantalum capacitor, they have lower esr. The products are widely used in telecommunications, computer, military equipments and other electronic products. They meet the requirements of eia 535baac. Tape & reel
Ca series metal-cased solid tantalum electrolytic capacitors with polar axial leads are characterized in small size, wide operating temperature range, stable performance, high reliability and long life. Ca series meets the standard gb8583-88, and it is widely used in instruments meters and other electronic equipment for military and civil applications.
Gca411 series radial solid electrolyte tantalum capacitors are fully sealed and metal coating sealed with polar radial leads. The series capacitors are characterized by small size, low dc leakage and dissipation factor, stable performances and high reliability. Gca411 series meets the standard qj/pwv9-2000 and it is widely used in dc or pulse circuits of communication equipments and some other testing equipments.
Ca30 series wet electrolyte tantalum capacitors are half-sealed with polar axial leads. The series capacitors are characterized by small size, low dc leakage, stable performances, high reliability and long life. Ca30 series meets the standard qj/pwv139-2003 and they are widely used in military equipments, aerospace and other electronic products.