LIC0306 Search Results

LIC0306X7R100-104KNP

Abstract: LIC0508 LIC0508X7R250-104KNP LIC0612 LIC0612X7R250-104KNP X7R250
Contextual Info: Low Inductance Chip Capacitors Features • Multilayer Chip Capacitor with very low inductance • Monolithic structure for high reliability • Excellent for by-pass filter applications Dimensions Unit: inch mm L W T E/B END BAND X7R: Series LIC0306 L 0.032 ± 0.006

X7R ROHS .1uF

Contextual Info: Low Inductance Chip Capacitors Features • Multilayer Chip Capacitor with very low inductance • Monolithic structure for high reliability • Excellent for by-pass filter applications Dimensions Unit: inch mm L W T E/B END BAND X7R: Series LIC0204 LIC0306

Contextual Info: Low Inductance Ceramic Capacitors LIC Series Features: • RoHS Compliant and Halogen Free • Low parasitic inductance (ESL) and noise reduction for high frequency • Reversed geometry technology provides low inductance, typically less than 0.40nH • Dielectrics: X7R, X7S, X6S, X5R

Contextual Info: Low Inductance Ceramic Capacitors LIC Series Features: • RoHS Compliant and Halogen Free • Low parasitic inductance (ESL) and noise reduction for high frequency • Reversed geometry technology provides low inductance, typically less than 0.40nH • Dielectrics: X7R, X7S, X6S, X5R

Contextual Info: Low Inductance Chip Capacitors Features • Multilayer Chip Capacitor with very low inductance • Monolithic structure for high reliability • Excellent for by-pass filter applications Dimensions Unit: inch mm l W T E/B EnD BAnD X7R: Series LIC0204 L 0.020 ± 0.002

Contextual Info: Low Inductance Chip Capacitors Features • Multilayer Chip Capacitor with very low inductance • Monolithic structure for high reliability • Excellent for by-pass filter applications Dimensions Unit: inch mm L W T E/B END BAND X7R: 0.020 (0.50 0.032

MLF3216

Abstract: MLCC R040 NTC thermistor 5k ohm FBM0805 MLF1005 330m 400v MLF1206 c1206x7r160 thr mgp 10k CR0402-16w
Contextual Info: Our Mission Venkel’s mission is to be a leading supplier of surface mount components by utilizing a team of highly motivated people dedicated to exceeding customer expectations through superior quality, price, service and innovation with integrity. 5900 Shepherd Mountain Cove • Austin, TX 78730

Contextual Info: Low Inductance Ceramic Capacitors LIC Series Features: • RoHS Compliant and Halogen Free • Low parasitic inductance (ESL) and noise reduction for high frequency • Reversed geometry technology provides low inductance, typically less than 0.40nH • Dielectrics: X7R, X7S, X6S, X5R

Contextual Info: Low Inductance Ceramic Capacitors LIC Series Features: • RoHS Compliant and Halogen Free • Low parasitic inductance (ESL) and noise reduction for high frequency • Reversed geometry technology provides low inductance, typically less than 0.40nH • Dielectrics: X7R, X7S, X6S, X5R

Contextual Info: Low Inductance Chip Capacitors Features • Multilayer Chip Capacitor with very low inductance • Monolithic structure for high reliability • Excellent for by-pass filter applications Dimensions Unit: inch mm l W T E/B EnD BAnD X7R: Series LIC0204 L 0.020 ± 0.002

2,2uF 100V X7S

Abstract: LIC0204X6S6R3-104MNP LIC0204 LIC0306X7R100-104KNP LIC0306X7S4R0-105MNP LIC0508 LIC0508X7R250-104KNP LIC0612
Contextual Info: Low Inductance Chip Capacitors Features • Multilayer Chip Capacitor with very low inductance • Monolithic structure for high reliability • Excellent for by-pass filter applications Dimensions Unit: inch mm L W T E/B END BAND X7R: LIC0508 LIC0612 0.020

Contextual Info: Low Inductance Ceramic Capacitors LIC Series Features: • RoHS Compliant and Halogen Free • Low parasitic inductance (ESL) and noise reduction for high frequency • Reversed geometry technology provides low inductance, typically less than 0.40nH • Dielectrics: X7R, X7S, X6S, X5R

Contextual Info: Low Inductance Chip Capacitors Features • Multilayer Chip Capacitor with very low inductance • Monolithic structure for high reliability • Excellent for by-pass filter applications Dimensions Unit: inch mm l W T E/B EnD BAnD X7R: L 0.020 ± 0.002 (0.50 ± 0.05)