NMC1210X5R106K50TRPLPF NIC

Multilayer Ceramic Chip Capacitors NMC High CV Series FEATURES RoHS X7R, X5R AND Y5V DIELECTRICS Compliant HIGH CAPACITANCE DENSITY Includes all homogeneous materials ULTRA LOW ESR & ESL EXCELLENT MECHANICAL STRENGTH *See Part Number System for Details NICKEL BARRIER TERMINATIONS RoHS COMPLIANT SAC SOLDER COMPATIBLE* Temperature Coef cient X7R X5R Y5V Capacitance Range 1.0 F ~ 47F 1.0F ~ 100F 1.0F ~ 100F Capacitance Tolerance 10% (K) & 20% (M) 10% (K) & 20% (M) +80%/-20% (Z) Operating Temperature Range -55C ~ +125C -55C ~ +85C -30C ~ +85C Temperature Characteristics 15% Cap. 15% Cap. +22%, -82% Cap. Rated Voltages 4Vdc, 6.3Vdc, 16Vdc, 25Vdc, 35Vdc, 50Vdc & 100Vdc Dissipation Factor See Part Number and Speci caitons Tables insulation Resistance Dielectric Withstanding Voltage 250% of Rated Voltage for 5 1 sec., 50mA max. 150% of Rated Voltage for 5 1 sec., 50mA max. C < 10 F 1KHz, 1.0V 0.2Vrms (ALC on) Test Conditions (EIA-198-2E) 1KHz, 1.0V 0.1Vrms (ALC on) C > 10 F 120Hz, 0.5V 0.2Vrms (ALC on) *Re ow soldering is recommended. Contact NIC regarding the use of other soldering methods. Capacitance value stability over applied VDC is not assured for class II MLCC (X7R, X5R & Y5V) and it is suggested to consider to use NPO MLCCs Ceramic Capacitors, Film Capacitors or Electrolytic Capacitors for applications where stability in capacitance value, over applied VDC, is performance requirement. For additional information go to: Multilayer Ceramic Chip Capacitors NMC High CV Series X7R PART NUMBERS AND SPECIFICATIONS Case Voltage Cap. DF IR DWV Max. T Part Number Cap. Size (Vdc) Tol. (%) (M) (Vdc) (mm) NMC0402X7R105K6.3TRPF 0402 6.3 1.0 F K 12.5 100.0 15.75 0.6 NMC0603X7R225K6.3TRPF 6.3 2.2 F K 10 22.7 15.75 1.0 NMC0603X7R105K10TRPF 10 1.0 F K 10 50.0 25 1.0 NMC0603X7R105K16TRPF 0603 16 1.0 F K 10 50.0 40 1.0 NMC0603X7R105K25TRPF 25 1.0 F K 10 50.0 62.5 1.0 NMC0603X7R105K50TRPF 50 1.0 F K 10 50.0 125 1.0 NMC0805X7R225K6.3TRPLPF 2.2 F K 10 22.7 15.75 2.2 NMC0805X7R335K6.3TRPLPF 3.3 F K 10 30.3 15.75 2.2 6.3 NMC0805X7R475K6.3TRPLPF 4.7 F K 10 10.6 15.75 2.2 NMC0805X7R106K6.3TRPLPF 10 F K 15 5.0 15.75 2.2 NMC0805X7R105K10TRPLPF 1.0 F K 5 50.0 25 1.35 NMC0805X7R155K10TRPLPF 1.5 F K 5 66.6 25 1.45 NMC0805X7R225K10TRPLPF 10 2.2 F K 10 22.7 25 2.2 NMC0805X7R475K10TRPLPF 4.7 F K 10 10.6 25 1.45 NMC0805X7R106K10TRPLPF 10 F K 15 5.0 25 1.45 NMC0805X7R105K16TRPLPF 0805 1.0 F K 5 50.0 40 1.35 NMC0805X7R225K16TRPLPF 2.2 F K 10 22.7 40 2.2 NMC0805X7R335K16TRPLPF 16 3.3 F K 10 30.3 40 2.2 NMC0805X7R475K16TRPLPF 4.7 F K 10 10.6 40 2.2 NMC0805X7R106K16TRPLPF 10 F K 10 5.0 40 1.45 NMC0805X7R105K25TRPLPF 1.0 F K 5 50.0 62.5 1.35 NMC0805X7R225K25TRPLPF 2.2 F K 10 22.7 62.5 2.2 25 NMC0805X7R335K25TRPLPF 3.3 F K 10 30.3 62.5 2.2 NMC0805X7R475K25TRPLPF 4.7 F K 10 21.2 62.5 1.4 NMC0805X7R105K50TRPLPF 50 1.0 F K 10 50.0 125 1.45 NMC1206X7R106K6.3TRPLPF 10 F K 10 5.0 15.75 1.9 6.3 NMC1206X7R226K6.3TRPLPF 22 F K 10 2.3 15.75 1.9 NMC1206X7R105K10TRPLPF 1.0 F K 10 50.0 25 1.9 NMC1206X7R225K10TRPLPF 2.2 F K 10 22.7 25 1.9 NMC1206X7R335K10TRPLPF 3.3 F K 5 30.3 25 1.9 10 NMC1206X7R475K10TRPLPF 4.7 F K 10 10.6 25 1.9 NMC1206X7R106K10TRPLPF 10 F K 10 5.0 25 1.9 NMC1206X7R226K10TRPLPF 22 F K 10 2.3 25 1.9 NMC1206X7R105K16TRPLPF 1.0 F K 5 50.0 40 1.9 NMC1206X7R225K16TRPLPF 2.2 F K 10 22.7 40 1.9 NMC1206X7R335K16TRPLPF 3.3 F K 5 30.3 40 1.9 16 NMC1206X7R475K16TRPLPF 1206 4.7 F K 10 10.6 40 1.9 NMC1206X7R685K16TRPLPF 6.8 F K 5 14 40 1.9 NMC1206X7R106K16TRPLPF 10 F K 10 5.0 40 2.2 NMC1206X7R105K25TRPLPF 1.0 F K 3.5 50.0 62.5 1.9 NMC1206X7R225K25TRPLPF 2.2 F K 5 2.7 62.5 1.9 NMC1206X7R335K25TRPLPF 25 3.3 F K 3.5 30.3 62.5 1.9 NMC1206X7R475K25TRPLPF 4.7 F K 10 10.6 62.5 1.9 NMC1206X7R106K25TRPLPF 10 F K 10 5.0 62.5 1.9 NMC1206X7R105K50TRPLPF 1.0 F K 3.5 50.0 125 1.9 NMC1206X7R225K50TRPLPF 50 2.2 F K 10 22.7 125 1.9 NMC1206X7R475K50TRPLPF 4.7 F K 10 10.6 125 1.9 NMC1206X7R105K100TRPLPF 100 1.0 F K 10 50.0 250 1.9 X7R Continue on next page Denotes New Value NIC COMPONENTS CORP. www.niccomp.com www.lowESR.com www.RFpassives.com www.SMTmagnetics.com 2 SPECIFICATIONS ARE SUBJECT TO CHANGE