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RoHS Compliant Part
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Minimum Quantity: 500
|Case Size||:||2916 (7343 mm)|
|Current, Ripple||:||0.604 A @ 100 kHz, +85 °C|
|Dimensions||:||0.287" x 0.169" x 0.11" (7.3 x 4.3 x 2.8mm) LxWxT|
|Dissipation Factor||:||6% (Max.)|
|ESR, Test Condition||:||(Max.) @ 100 kHz|
|Material, Element||:||Niobium Oxide|
|Series||:||OxiCap NOJ Series|
|Temperature, Operating, Maximum||:||105 Deg. C|
|Temperature, Operating, Minimum||:||-55 Deg. C|
|Voltage Rating||:||6.3 VDC|
|Voltage, Rating, Test Condition||:||@ +85°C|
|Voltage, Surge||:||8 VDC|
|Voltage, Surge, Test Condition||:||@ +85°C|
OxiCap™ NOJ Series Surface Mounted Niobium Oxide Capacitors, ± 20% Tolerance, D Case
Cost versus Performance is a key requirement for consumer electronic products. A new solid electrolyte capacitor OxiCap™ has been developed by AVX in standard EIA case sizes in order to meet this requirement as a higher performance alternative to aluminum and other SMT capacitor technologies currently on the market. The OxiCap™ non-burn technology is based on NbO niobium oxide ceramic material as the anodic material processed through the same manufacturing process as tantalum capacitors. Nb2O5 dielectric in combination to self-healing MnO2 cathode is a basis for a good reliability level 0.5%/1000 hrs. within a temperature range up to 105°C and rated voltage <6 V (rail voltage <5 V). Electrical parameters are similar to general tantalum specifications. NbO and MnO2 are widely available materials. The laser coded orange molded body gives total traceability.
AVX's OxiCap™ devices are halogen-free and compatible with lead-free directives.