Products LineupCeramic Capacitors

125℃ SMD Ceramic Capacitors NTF Series KTF101B475M55NHT00

  • AEC-Q200
  • RoHS
  • Temperature Cycle : 1000 cycles
  • For Automotive (Including OBC)

KTF101B475M55NHT00

This SMD type ceramic capacitor uses a resin on its external electrodes. The flexibility of the resin electrodes alleviates board stress and helps reduce cracking.

Part Number KTF101B475M55NHT00
Status
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In Production:Product is in mass production.
NRND:Not recommended for new design.
To be Discontinued:We are planning to discontinue production of this item.
Discontinued:Production of this product has stopped.
Under development :Products under development. Listed product specifications are subject to change without prior notice.
In Production
Successor Model -
Series NTF
Polarity Non-polar
Category Temperature Range -55~125 ℃
Temperature Characteristics, Case Code (inch/mm) X7R , 2220/5750
Rated Voltage 100 Vdc
Capacitance 4.7 µF
Capacitance Tolerance -20~20%(M) / 25℃, 1000Hz
Internal Resistance (Typ.)
Internal Resistance (Max.)
Dimensions L 5.7mm
Dimensions W 5mm
Dimensions T 2.8mm
Rated Ripple Current 2Arms / 10k to 1MHz
Rated Ripple Voltage - Vac / -Hz
Impedance
ESR -
Leakage Current -
Dissipation Factor (tanδ) 0.05 max / 25℃, 1000Hz
Max. Charging and Discharging Current - Arms / -Hz
Number of Charging/Discharging Cycles - × 104 times
Endurance Temperature/Time/Overload -
Shelf Life Temperature/Time -℃ / -hrs
Terminal Coating Sn
Elements -
Reference Weight
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This is a representing value calculated from a standard material composition.
Note that the reference weights are not considered as guaranteed value.
0.44g
Minimum Order Quantity
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This is the packing quantity for standard packing specifications.
800 pcs
RoHS Compliant
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10 Restricted Substances
2011/65/EU and (EU) 2015/863
Compliant
AEC-Q200
?
Please refer to AEC-Q 200 for details.
Compliant

Dimension [mm]

Dimension

Part Numbering System

Part Numbering System

Characteristics Data

  • DC Bias Characteristics

  • ESR/Impedance-Frequency Characteristics

  • Temperature Characteristics