KQ high Q inductor EU features • Surface mount • Operating temperature: -40°C ~ +125°C • Flat top suitable for high speed pick-and-place components • Excellent high frequency applications • High Q factors and self-resonant frequency values • Products with lead-free terminations meet EU RoHS requirements • AEC-Q200 Qualified dimensions and construction 0402 WW1 Size Dimensions inches (mm) Code L W1 W2 t h d LL .039±.004 .02±.004 .02±.004 .022±.004 .006±.004 .01±.004 KQT0402 (1.0±0.1) (0.5±0.1) (0.5±0.1) (0.55±0.1) (0.15±0.1) (0.25±0.1) tH Flat Top Film .063±.004 .03 9±.0 04 .033±.004 .035±.004 .01±.006 .014±.004 hHt KQ0603 (1.6±0.1) (1.0±0.1) (0.85±0.1) (0.9±0.1) (0.25±0.15) (0.35±0.1) Ceramic Core .059±.008 Electrode Magnetic (1.5±0.2) Wire WW2 (3.3nH- Inner Pd KQ0805 .079±.008 390nH) .053±.004 .051±.008 .016±.006 .018±.004 Coating (2.0±0.2) .063±.008 (1.35±0.1) (1.3±0.2) (0.40±0.15) (0.45±0.1) s r (1.6±0.2) o (470nH- t 0603, 0805, 1008 W 1 820nH) c u L KQ1008 .098±.008 .087±.008 .079±.004 .071 +-0.008 .018±.006 .018±.004 ind (2.5±0.2) (2.2±0.2) (2.0±0.1) (1.8 +0.2) (0.45±0.15) (0.45±0.1) t Flat Top Film -0 h Ceramic Core Electrode Magnetic Wire W 2 d Inner Coating ordering information KQ 1008 T TE 10N J Termination Nominal Type Size Code Packaging Tolerance Material Inductance KQ 0402 T: Sn TP: 2mm pitch paper 3 digits: B:±0.1nH KQT 0603 (0402: 10,000 pieces/reel) 10N: 10nH C:±0.2nH 0805 TD:7" paper tape R10: 0.1µH G:±2% (0402: 2,000 pieces/reel) 1008 1R0: 1.0µH H:±3% TE: 7" embossed plastic J: ±5% (0603, 0805, 1008: 2,000 pieces/reel) K:±10% For further information M:±20% on packaging, please refer to Appendix A. Specifications given herein may be changed at any time without prior notice. Please confirm technical specifications before you order and/or use. 12/19/17 KOA Speer Electronics, Inc. • 199 Bolivar Drive • Bradford, PA 16701 • USA • 814-362-5536 • Fax: 814-362-8883 • www.koaspeer.com 241

KQ high Q inductor applications and ratings L Q Q Self Resonant DC Allowable Nominal Part Measuring Inductance Quality Measuring Frequency Resistance DC Current Marking Inductance Designation Frequency Tolerance Factor Frequency Minimum Maximum Maximum (nH) (MHz) Minimum (MHz) (MHz) (Ω) (mA) KQT0402T**1N0* 1.0 11000 0.045 1360 16 KQT0402T**1N9* 1.9 1040 KQT0402T**2N0* 2.0 9600 0.070 B:±0.1nH 19 KQT0402T**2N2* 2.2 C:±0.2nH 960 KQT0402T**2N4* 2.4 18 0.068 8000 KQT0402T**2N7* 2.7 17 0.120 700 KQT0402T**3N3* 3.3 KQT0402T**3N6* 3.6 19 7200 0.066 840 KQT0402T**3N9* 3.9 KQT0402T**4N3* 4.3 18 6000 0.091 KQT0402T**4N7* 4.7 800 KQT0402T**5N1* 5.1 KQT0402T**5N6* 5.6 5800 0.083 20 760 KQT0402T**6N2* 6.2 KQT0402T**6N8* 6.8 4800 0.086 KQT0402T**7N5* 7.5 5800 680 22 0.104 KQT0402T**8N2* 8.2 4400 KQT0402T**8N7* 8.7 20 4200 0.150 650 KQT0402T**9N0* 9.0 22 4160 0.104 680 KQT0402T**9N5* 9.5 20 4000 0.150 650 KQT0402T**10N* 10 21 3900 0.195 480 KQT0402T**11N* 11 3680 — 250 250 0.120 640 KQT0402T**12N* 12 3600 in d KQT0402T**13N* 13 24 3450 0.180 u c KQT0402T**15N* 15 3280 0.172 560 t H:±3% ors KKQQTT00440022TT****1168NN** 1168 JK:: ±±51%0% 25 3100 00..220300 500 KQT0402T**19N* 19 24 3040 0.202 480 KQT0402T**20N* 20 3000 0.250 450 25 KQT0402T**22N* 22 2800 0.323 KQT0402T**23N* 23 24 2720 0.214 KQT0402T**24N* 24 25 2700 0.322 400 KQT0402T**27N* 27 24 2480 0.298 KQT0402T**30N* 30 25 0.354 KQT0402T**33N* 33 2400 0.393 KQT0402T**34N* 34 24 0.550 340 KQT0402T**36N* 36 2320 0.560 320 KQT0402T**39N* 39 25 2300 0.550 300 KQT0402T**40N* 40 24 2240 0.620 320 KQT0402T**43N* 43 25 2200 0.810 300 KQT0402T**47N* 47 20 0.830 150 2100 KQT0402T**51N* 51 0.835 240 25 KQT0402T**56N* 56 2800 1.170 200 KQT0402T**68N* 68 2000 1.120 KQT0402T**82N* 82 1800 1.810 140 22 KQT0402T**R10* 100 1600 2.090 130 KQT0402T**R12* 120 1500 2.320 120 * Add tolerance character (B, C, G, H, J, K, M) **Add packaging code Specifications given herein may be changed at any time without prior notice. Please confirm technical specifications before you order and/or use. 11/30/17 242 KOA Speer Electronics, Inc. • 199 Bolivar Drive • Bradford, PA 16701 • USA • 814-362-5536 • Fax: 814-362-8883 • www.koaspeer.com

KQ high Q inductor applications and ratings (continued) L Q Q Self Resonant DC Allowable Nominal Part Measuring Inductance Quality Measuring Frequency Resistance DC Current Marking Inductance Designation Frequency Tolerance Factor Frequency Minimum Maximum Maximum (nH) (MHz) Minimum (MHz) (MHz) (Ω) (mA) KQ0603TTE1N6* C 1.6 24 0.03 12500 KQ0603TTE1N8* 0 1.8 16 0.045 KQ0603TTE3N3* X 3.3 0.055 KQ0603TTE3N6* E 3.6 J: ±5% 0.063 22 6900 KQ0603TTE3N9* 1 3.9 K:±10% 0.08 KQ0603TTE4N3* F 4.3 5900 0.063 KQ0603TTE4N7* G 4.7 0.116 20 KQ0603TTE5N1* Y 5.1 5800 0.115 KQ0603TTE6N8* 2 6.8 27 0.11 KQ0603TTE7N5* H 7.5 0.106 4800 KQ0603TTE8N2* A 8.2 0.12 28 KQ0603TTE8N7* J 8.7 4600 0.109 700 KQ0603TTE9N5* B 9.5 0.125 4800 KQ0603TTE10N* 3 10 31 0.13 KQ0603TTE11N* K 11 33 0.086 KQ0603TTE12N* 4 12 250 250 4000 0.13 35 KQ0603TTE15N* 5 15 0.17 KQ0603TTE16N* L 16 34 3300 0.104 KQ0603TTE18N* 6 18 35 3100 0.17 KQ0603TTE22N* 7 22 38 3000 0.19 KQ0603TTE23N* S 23 2700 0.15 37 KQ0603TTE24N* M 24 2650 0.135 KQ0603TTE27N* 8 27 40 2800 0.22 KQ0603TTE30N* N 30 37 2250 0.144 KQ0603TTE33N* 9 33 40 2300 0.22 s r KQ0603TTE36N* P 36 G: ±2% 38 2080 o J: ±5% 0.25 t KQ0603TTE39N* 0 39 40 2200 c K: ±10% 600 u KQ0603TTE43N* Q 43 39 d KQ0603TTE47N* 1 47 2000 0.28 n i KQ0603TTE51N* T 51 38 0.30 200 200 1900 KQ0603TTE56N* 2 56 0.31 KQ0603TTE68N* 3 68 37 0.34 KQ0603TTE72N* 4 72 1700 0.49 KQ0603TTE82N* 5 82 34 0.54 400 KQ0603TTER10* 6 100 1400 0.58 150 150 KQ0603TTER11* 7 110 1350 0.61 300 KQ0603TTER12* 8 120 32 1300 0.65 KQ0603TTER15* 9 150 1400 1.4 160 KQ0603TTER18* 0 180 1300 2.2 140 KQ0603TTER20* U 200 25 2.3 130 KQ0603TTER21* V 210 1200 KQ0603TTER22* 1 220 2.5 100 120 KQ0603TTER25* W 250 1000 2.4 KQ0603TTER27* 2 270 24 100 900 2.3 170 KQ0603TTER30* X 300 840 3.17 110 KQ0603TTER33* 3 330 800 3.0 100 KQ0603TTER39* 4 390 700 3.7 80 KQ0603TTER47* 5 470 640 1.21 190 30 KQ0603TTER51* V 510 J: ±5% 610 1.26 170 KQ0603TTER56* 6 560 50 K: ±10% 50 560 2.09 130 KQ0603TTER62* W 620 590 1.89 150 * Add tolerance character (B, C, G, H, J, K, M) Specifications given herein may be changed at any time without prior notice. Please confirm technical specifications before you order and/or use. 11/30/17 243 KOA Speer Electronics, Inc. • 199 Bolivar Drive • Bradford, PA 16701 • USA • 814-362-5536 • Fax: 814-362-8883 • www.koaspeer.com

KQ high Q inductor applications and ratings (continued) L Q Q Self Resonant DC Allowable Nominal Part Measuring Inductance Quality Measuring Frequency Resistance DC Current Marking Inductance Designation Frequency Tolerance Factor Frequency Minimum Maximum Maximum (nH) (MHz) Minimum (MHz) (MHz) (Ω) (mA) KQ0603TTER68* 7 680 540 1.97 140 KQ0603TTER72* C 720 530 2.04 130 KQ0603TTER75* X 750 KQ0603TTER82* 8 820 50 J: ±5% 30 50 490 3.09 110 K: ±10% KQ0603TTER91* Y 910 480 2.95 120 KQ0603TTE1R0* 9 1000 440 5.13 90 KQ0603TTE1R2* 0 1200 400 5.45 80 KQ0805TTE3N3* 0 3.3 1500 6000 0.08 KQ0805TTE6N8* 1 6.8 J: ±5% 5500 0.11 K: ±10% 1000 KQ0805TTE8N2* 2 8.2 4700 0.12 50 600 KQ0805TTE12N* 3 12 4000 0.15 KQ0805TTE15N* 4 15 3400 0.17 250 KQ0805TTE18N* 5 18 3300 0.20 KQ0805TTE20N* Y 20 2600 0.22 KQ0805TTE22N* 6 22 55 KQ0805TTE27N* 7 27 2500 0.25 KQ0805TTE33N* 8 33 2050 0.27 500 KQ0805TTE39N* 9 39 2000 0.29 500 KQ0805TTE43N* 4 43 0.34 60 1650 KQ0805TTE47N* 0 47 0.31 200 KQ0805TTE56N* 1 56 1550 0.34 KQ0805TTE68N* 2 68 1450 0.38 KQ0805TTE82N* 3 82 G:±2% 1300 0.42 65 KQ0805TTER10* 4 100 150 J: ±5% 1200 0.46 K:±10% in KQ0805TTER12* 5 120 1100 0.51 d KQ0805TTER15* 6 150 920 0.56 u c KQ0805TTER16* H 160 t o KQ0805TTER17* J 170 870 0.64 r 400 s KQ0805TTER18* 7 180 50 KQ0805TTER19* D 190 KQ0805TTER20* E 200 850 0.70 KQ0805TTER21* F 210 250 100 KQ0805TTER22* 8 220 KQ0805TTER23* K 230 KQ0805TTER24* L 240 650 1.0 350 KQ0805TTER25* G 250 48 KQ0805TTER27* 9 270 KQ0805TTER33* 0 330 600 1.4 310 KQ0805TTER39* 1 390 560 1.5 290 KQ0805TTER47* 2 470 50 33 100 375 1.76 250 KQ0805TTER56* 3 560 340 1.9 230 J: ±5% KQ0805TTER68* 4 680 188 2.2 25 K:±10% 23 50 190 KQ0805TTER72* A 720 200 2.3 KQ0805TTER82* 5 820 215 2.35 180 KQ1008TTE10N* 10N 10 4100 0.08 KQ1008TTE12N* 12N 12 500 3300 0.09 50 KQ1008TTE15N* 15N 15 3000 0.10 J: ±5% KQ1008TTE18N* 18N 18 50 K:±10% 2500 0.11 1000 KQ1008TTE22N* 22N 22 M:±20% 2400 0.12 55 350 KQ1008TTE27N* 27N 27 1600 0.13 KQ1008TTE33N* 33N 33 60 1600 0.14 * Add tolerance character (C, G, H, J, K, M) Specifications given herein may be changed at any time without prior notice. Please confirm technical specifications before you order and/or use. 11/30/17 244 KOA Speer Electronics, Inc. • 199 Bolivar Drive • Bradford, PA 16701 • USA • 814-362-5536 • Fax: 814-362-8883 • www.koaspeer.com

KQ high Q inductor applications and ratings (continued) L Q Q Self Resonant DC Allowable Nominal Part Measuring Inductance Quality Measuring Frequency Resistance DC Current Marking Inductance Designation Frequency Tolerance Factor Frequency Minimum Maximum Maximum (nH) (MHz) Minimum (MHz) (MHz) (Ω) (mA) KQ1008TTE39N* 39N 39 J: ±5%,K:±10% 60 0.15 1500 KQ1008TTE47N* 47N 47 M:±20% 0.16 KQ1008TTE56N* 56N 56 50 65 0.18 1000 1300 KQ1008TTE68N* 68N 68 350 0.20 KQ1008TTE82N* 82N 82 0.22 1000 KQ1008TTER10* R10 100 60 0.56 650 KQ1008TTER12* R12 120 950 0.63 KQ1008TTER15* R15 150 850 0.70 580 KQ1008TTER18* R18 180 750 0.77 620 KQ1008TTER22* R22 220 700 0.84 500 KQ1008TTER27* R27 270 600 0.91 500 KQ1008TTER33* R33 330 570 1.05 450 KQ1008TTER39* R39 390 25 500 1.12 45 100 470 KQ1008TTER47* R47 470 450 1.19 KQ1008TTER56* R56 560 415 1.33 400 KQ1008TTER62* R62 620 1.40 300 375 KQ1008TTER68* R68 680 1.47 400 KQ1008TTER75* R75 750 G:±2% 360 1.54 360 J: ±5% KQ1008TTER82* R82 820 K:±10% 350 1.61 400 KQ1008TTER91* R91 910 320 1.68 380 KQ1008TTE1R0* 1R0 1000 35 290 1.75 370 KQ1008TTE1R2* 1R2 1200 250 1.6 310 50 KQ1008TTE1R5* 1R5 1500 200 1.7 300 KQ1008TTE1R8* 1R8 1800 28 1.9 270 160 KQ1008TTE2R2* 2R2 2200 2.2 s r KQ1008TTE2R7* 2R7 2700 140 2.3 250 o 22 t KQ1008TTE3R3* 3R3 3300 110 2.7 c 7.9 25 230 u KQ1008TTE3R9* 3R9 3900 100 2.8 d 20 n KQ1008TTE4R7* 4R7 4700 90 3.1 210 i KQ1008TTE5R6* 5R6 5600 80 2.5 240 KQ1008TTE6R8* 6R8 6800 70 2.8 200 15 7.9 KQ1008TTE8R2* 8R2 8200 65 3.0 170 KQ1008TTE100* 100 10000 60 3.4 150 * Add tolerance character (C, G, H, J, K, M) Operating Temperature Range: -40°C ~ +125°C The operating temperature range of the coil (ambient temperature + self heating) must remain at +125°C or less environmental applications L-Frequency Characteristics KQT0402 KQ0603 100 10000 40nH H) H)1000 n n e ( e ( 270nH nc 10 nc 100 180nH a 7.5nH a 47nH ct ct u u nd nd 10 10nH I I 2nH 1 1 1 10 100 1000 10000 1 10 100 1000 10000 Frequency (MHz) Frequency (MHz) Specifications given herein may be changed at any time without prior notice. Please confirm technical specifications before you order and/or use. 12/19/17 245 KOA Speer Electronics, Inc. • 199 Bolivar Drive • Bradford, PA 16701 • USA • 814-362-5536 • Fax: 814-362-8883 • www.koaspeer.com

KQ high Q inductor environmental applications (continued) L-Frequency Characteristics KQ0805 KQ1008 1000 10000 H) 150nH H)1000 1µH n 100 n e ( 47nH e ( nc nc 100 82nH a a ct ct ndu 10 6.8nH ndu 10 10nH I I 1 1 1 10 100 1000 1 10 100 1000 Frequency (MHz) Frequency (MHz) Q-Frequency Characteristics KQT0402 KQ0603 100 100 80 80 7.5nH 10nH 60 40nH 60 Q Q 47nH 40 40 2nH 20 20 270nH 180nH 0 0 1 10 100 1000 10000 1 10 100 1000 10000 Frequency (MHz) Frequency (MHz) in KQ0805 KQ1008 d 100 100 u c 47nH t 80 80 82nH o r s 60 60 Q 150nH Q 1µH 40 40 6.8nH 10nH 20 20 0 0 1 10 100 1000 1 10 100 1000 Frequency (MHz) Frequency (MHz) Test equipment: HP4291A impedance analyzer Performance Characteristics Requirements Maximum ∆ L/L ∆ Q/Q Parameter Limit Typical Test Method No significant abnormality in appearance ∆L/L: ±2.7% Resistance to Soldering Heat ∆L/L: ±5%, ∆ Q/Q: ±10% ∆ Q/Q: ±6.6% 260°C ± 5°C, 10s ± 1s No significant abnormality in appearance ∆ L/L: ±2.1% Rapid Change of Temperature ∆L/L: ±5%, ∆ Q/Q: ±10% ∆ Q/Q: ±5.3% -40°C (30min.)/ +125°C (30min.) 100 cycles No significant abnormality in appearance ∆L/L: ±1.8% Low Temperature Exposure ∆L/L: ±5%, ∆ Q/Q: ±10% ∆ Q/Q: ±2.8% -40°C ± 2°C, 1000h No significant abnormality in appearance ∆L/L: ±1.8% High Temperature Exposure ∆L/L: ±5%, ∆ Q/Q: ±10% ∆ Q/Q: ±5.3% 125°C ± 2°C, 1000h No significant abnormality in appearance ∆L/L: ±0.9% Moisture Exposure ∆L/L: ±5%, ∆ Q/Q: ±10% ∆ Q/Q: ±6.9% 40°C ± 2°C, 90%~95%RH, 1000h Resistance to Solvent No damage and marking shall — Accordance with MIL-STD 202F Method 215 remain legible Specifications given herein may be changed at any time without prior notice. Please confirm technical specifications before you order and/or use. 11/30/17 246 KOA Speer Electronics, Inc. • 199 Bolivar Drive • Bradford, PA 16701 • USA • 814-362-5536 • Fax: 814-362-8883 • www.koaspeer.com

Mouser Electronics Authorized Distributor Click to View Pricing, Inventory, Delivery & Lifecycle Information: K OA Speer: KQ0402LTD11NJ KQ0402LTD19NJ KQ0402LTD47NJ KQT0402TTD36NJ KQ0603TTE6N8G KQ1008TTE15NJ KQT0402TTD3N6J KQ1008TTE27NJ KQT0402TTD3N9J KQ1008TTER47G KQT0402TTD3N3J KQ1008TTER82G KQ1008TTER68G KQ0603TTE7N5G KQ1008TTER62G KQ0603TTE72NG KQT0402TTD2N2J KQ1008TTER22G KQ0603TTE68NG KQ1008TTER27G KQ1008TTE2R2G KQ1008TTER15G KQ1008TTE22NJ KQ1008TTER12G KQ1008TTER18G KQ1008TTER10G KQ1008TTE2R7G KQ1008TTE10NJ KQ1008TTE100G KQ1008TTER91G KQ1008TTE18NJ KQ1008TTER56G KQT0402TTD27NJ KQ1008TTER33G KQ1008TTER39G KQ1008TTE1R2G KQ1008TTE1R8G KQ1008TTE1R0G KQ1008TTE1R5G KQ1008TTE12NJ KQ1008TTER75G KQT0402TTD23NJ KQ1008TTE6R8G KQ0603TTE30NG KQ0805TTE56NG KQ0603TTE10NG KQ0603TTER15G KQ0603TTER11G KQ0603TTER10G KQ0603TTER18G KQ0603TTER12G KQ0603TTE22NG KQ0603TTE18NJ KQ0603TTE18NG KQ1008TTE82NG KQ1008TTE8R2G KQ0603TTE24NG KQ0603TTE36NG KQ0603TTE12NG KQ0603TTE12NJ KQ0603TTE3N6J KQ1008TTE68NG KQ0603TTE3N9J KQ0603TTE1N8J KQ0603TTE1N6J KQ0603TTER33G KQ0603TTER39G KQ0603TTE16NG KQ0603TTE33NG KQ0603TTE82NG KQ0603TTER27G KQ0603TTER22G KQT0402TTD8N2J KQ0603TTE8N7G KQ0603TTE39NG KQT0402TTD9N0J KQ0805TTE47NJ KQ0805TTER82G KQ0603TTE27NG KQ1008TTE47NJ KQT0402TTD5N6J KQ0603TTE15NJ KQ0603TTE15NG KQT0402TTD40NJ KQ0603TTE11NG KQ0805TTE15NJ KQ0805TTER47G KQ0805TTE27NJ KQ0805TTE39NJ KQ1008TTE39NJ KQT0402TTD7N5J KQ0603LTE3N3J KQ0805TTE2N8J KQ0603TTE82NJ KQ0603TTER15J KQ0603TTER18J KQ0805TTE82NJ KQ0805TTER56J KQT0402TTD2N0C KQ0805TTER22K