KYOCERA AVX 6.8μF Tantalum Capacitor 16V dc, TAP Series
Technical documents
Specifications
Brand
AVXCapacitance
6.8µF
Voltage
16V dc
Mounting Type
Through Hole
Equivalent Series Resistance
4Ω
Lead Pitch
2.5mm
Tolerance
±10%
Height
9mm
Dimensions
5 (Dia.) x 9mm
Series
TAP
Maximum Operating Temperature
+125°C
Electrolyte Type
Solid
Lead Diameter
0.5mm
Tolerance Plus
+10%
Leakage Current
0.8 μA
Surge Voltage
65 V @ +85 °C
Dielectric Material Family
Tantalum
Minimum Operating Temperature
-55°C
Dissipation Factor
6%
Terminal Type
Radial
Diameter
5mm
Tolerance Minus
-10%
Polarised
Polar
Product details
TAP Series
A range of solid tantalum capacitors in various sizes, styles and ratings. Series consists of a resin dipped radial capacitors rated at 85°C (125°C with voltage derating). The 15 case sizes with wide capacitance and working voltage ranges means that the TAP can accommodate almost any application.
Features and Benefits:
Manufactured with a flame retardant coating
Exceptional temperature stability
Low leakage current and impedance
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P.O.A.
1000
P.O.A.
1000
Technical documents
Specifications
Brand
AVXCapacitance
6.8µF
Voltage
16V dc
Mounting Type
Through Hole
Equivalent Series Resistance
4Ω
Lead Pitch
2.5mm
Tolerance
±10%
Height
9mm
Dimensions
5 (Dia.) x 9mm
Series
TAP
Maximum Operating Temperature
+125°C
Electrolyte Type
Solid
Lead Diameter
0.5mm
Tolerance Plus
+10%
Leakage Current
0.8 μA
Surge Voltage
65 V @ +85 °C
Dielectric Material Family
Tantalum
Minimum Operating Temperature
-55°C
Dissipation Factor
6%
Terminal Type
Radial
Diameter
5mm
Tolerance Minus
-10%
Polarised
Polar
Product details
TAP Series
A range of solid tantalum capacitors in various sizes, styles and ratings. Series consists of a resin dipped radial capacitors rated at 85°C (125°C with voltage derating). The 15 case sizes with wide capacitance and working voltage ranges means that the TAP can accommodate almost any application.
Features and Benefits:
Manufactured with a flame retardant coating
Exceptional temperature stability
Low leakage current and impedance