Kemet T491 Series SMD Tantalum Capacitors - Kemet T491A475K016AT, This 4.7µF ±10% 16V case size A Kemet SMD Tantalum capacitor is a precision moulded solid tantalum chip capacitor encapsulated in a flame retardant plastic case. Typical applications...
Capacity (elec.) (num): 4.7 µF; Nominal voltage: 16 V; Tolerance (+/-): 10 %; Type (resistor/capacitor): 3216
'Standard' B45 196-E chip capacitor for increased demands, eg, information technology , data processing, measurement and control systems, car electronics, IECQ and CECC quality confirmation. Fixed electrolytic capacitor; for reflow (IR, vapour phase)...
Kemet T491 Series SMD Tantalum Capacitors - Kemet T491B105K035AT, This 1µF ±10% 35V case size B Kemet SMD Tantalum capacitor is a precision moulded solid tantalum chip capacitor encapsulated in a flame retardant plastic case. Typical applications...
Capacity (elec.) (num): 1 µF; Nominal voltage: 35 V; Packaging type (components): Tape cut; Tolerance (+/-): 10 %; Type (resistor/capacitor): SMD
Capacity (elec.) (num): 10 µF; Nominal voltage: 6.3 V; Packaging type (components): Tape cut; Tolerance (+/-): 10 %; Type (resistor/capacitor): 3528
Capacity (elec.) (num): 10 µF; Nominal voltage: 16 V; Packaging type (components): Tape cut; Tolerance (+/-): 10 %; Type (resistor/capacitor): SMD
B 45 196-H with particularly high volume capacity, for increased demands, eg information technology, data processing, measurement and control systems. Fixed electrolyte, for reflow (IR, vapour phase) and and wave soldering, taped in accordance with IEC...
Kemet T491 Series SMD Tantalum Capacitors - Kemet T491B226K010ZT, This 22µF ±10% 10V case size B Kemet SMD Tantalum capacitor is a precision moulded solid tantalum chip capacitor encapsulated in a flame retardant plastic case. Typical applications...
B 45 196-H with particularly high volume capacity, for increased demands, eg information technology, data processing, measurement and control systems. Fixed electrolyte, for reflow (IR, vapour phase) and and wave soldering, taped in accordance with IEC...