RoHS CHQ05 Ceramic Core High Q Chip Inductors Dimensions: Features • 0805 size suitable for pick and place automation • Exceptional High Q values at high frequencies • Ceramic core provides high self resonant frequencies • Low DC resistance ideal for mobile applications • High Current and low loss excellent for RF applications • Non-Magnetic core assures excellent thermal stability and batch consistency Allied Part Number Inches (mm) Inductance Tolerance (nH) (%) Q Min. L/Q Test Freq. (MHz) SRF Min. (MHz) DCR Max. (Ω) Irms (mA) Max. CHQ05-2N5_-RC 2.5 10, 5 80 250/1500 6000 0.02 1600 CHQ05-5N6_-RC 5.6 10, 5 98 250/1500 6000 .035 1600 CHQ05-6N2_-RC 6.2 10, 5 88 250/1000 4750 .035 1600 CHQ05-12N_-RC 12 10, 5 80 250/1000 3000 .045 1600 CHQ05-16N_-RC 16 10, 5, 2 72 250/500 2950 0.06 1500 CHQ05-18N_-RC 18 10, 5, 2 75 250/500 2550 0.06 1400 CHQ05-20N_-RC 20 10, 5, 2 70 250/500 2050 .055 1400 CHQ05-27N_-RC 27 10, 5, 2 75 250/500 2000 0.70 1300 CHQ05-30N_-RC 30 10, 5, 2 65 250/500 1950 .095 1200 CHQ05-39N_-RC 39 10, 5, 2 65 250/500 1600 .095 1100 CHQ05-48N_-RC 48 10, 5, 2 65 250/500 1400 0.11 1200 CHQ05-51N_-RC 51 10, 5, 2 65 250/500 1400 0.12 1000 Electrical Inductance Range: 2.5nH to 51nH Tolerance: 2.5nH-12nH available in 10% & 5%, 16nH-51nH available in 10%, 5%, and 2% Test Frequency: At specified Frequency with Test OSC @ 200mV. Operating Temp: -40ºC ~ 125ºC Irms: Based on 15ºC temperature rise @ 25ºC Ambient. Resistance to Soldering Heat Test Method:Reflow Solder the device onto PCB Peak Temp: 260ºC ± 5ºC for 10 sec. Solder Composition: Sn/Ag3.0/Cu0.5 Total Test Time: 6 minutes Test Equipment (L/Q): HP4286A / HP4287A / Agilent E4491A (SRF): HP8753D / Agilent E4991 (RDC): Chen Hwa 502BC (Irms): HP4284A + HP42841A / HP4285A + HP42841A +HP4284A + HP42841A To complete part number insert tolerance designator: K=10%, J=5%, G=2% All specifications subject to change without notice. Physical Packaging: 2000 pieces per 7 inch reel Marking: Single Dot Color Code System 714-665-1140 ALLIED COMPONENTS INTERNATIONAL REVISED 06/01/11 www.alliedcomponents.com