RoHS Ceramic Core Chip Inductors Dimensions: Inches (mm) 0.071 MAX. (1.80) CC03 0.040 MAX. (1.02) 0.044 MAX. (1.12) 0.015±0.004 (0.38±0.10) 0.007±0.002 (0.18±0.05) 0.030±0.004 (0.76±0.10) 0.025 (0.64) 0.040 (1.02) 0.025 (0.64) Allied Part Number CC03-1N6K-RC CC03-1N8K-RC CC03-2N2K-RC CC03-3N3K-RC CC03-3N6K-RC CC03-3N9K-RC CC03-4N3K-RC CC03-4N7K-RC CC03.
• 0603 size suitable for pick and place automation
• Low Profile under 1.02mm
• Ceramic core provide high self resonant frequency.
• High Q values at high frequencies
• Ceramic core also provides excellent thermal and batch consistency Electrical Inductance Range: 1.6nH to 470nH Tolerance: 5% over entire range, except 1.6nH thru 8.2nH they are available in 10% Most values available in tighter tolerances Test Frequency: At specified frequency with Test OSC @ 200mV Operating Temp: -40ºC ~ 125ºC Irms: Based on 15ºC temperature rise @ 25º Ambient. Resistance to Soldering Heat Test Method: Reflow S.
No. | Partie # | Fabricant | Description | Fiche Technique |
---|---|---|---|---|
1 | CC03-1N6K-RC |
Allied Components International |
Ceramic Core Chip Inductors | |
2 | CC03-100NJ-RC |
Allied Components International |
Ceramic Core Chip Inductors | |
3 | CC03-10NJ-RC |
Allied Components International |
Ceramic Core Chip Inductors | |
4 | CC03-110NJ-RC |
Allied Components International |
Ceramic Core Chip Inductors | |
5 | CC03-11NJ-RC |
Allied Components International |
Ceramic Core Chip Inductors | |
6 | CC03-120NJ-RC |
Allied Components International |
Ceramic Core Chip Inductors | |
7 | CC03-12NJ-RC |
Allied Components International |
Ceramic Core Chip Inductors | |
8 | CC03-150NJ-RC |
Allied Components International |
Ceramic Core Chip Inductors | |
9 | CC03-15NJ-RC |
Allied Components International |
Ceramic Core Chip Inductors | |
10 | CC03-160NJ-RC |
Allied Components International |
Ceramic Core Chip Inductors | |
11 | CC03-16NJ-RC |
Allied Components International |
Ceramic Core Chip Inductors | |
12 | CC03-180NJ-RC |
Allied Components International |
Ceramic Core Chip Inductors |