CIH10T82NJNC

Chip Inductor; CIH Series High Frequency Type CIH series has dielectric material and 100% Ag as an internal conductor Therefore, it has high Q and |Z| at high frequency It is possible to use for high frequency over 100 MHz General Features - Lowest value of DC Resistance, Good Property of Q and high SRF - Possible to use at the range over 100 MHz - Monolithic structure for high reliability Applications - Mobile Communication systems, noise suppression at high frequency and impedance matching CI 1 ● H 2 ● 03 3 ● T 4 ● 6N8 J 5 6 ● ● N 7 ● C 9● 8 1 Samsung Multilayer Chip Inductor/Beads ● 2 SERIES CODE ● C OD E D ESCR IPTION OF C OD E H C hip Inductor for H igh freq uen cy CIH Series Part Numbering 3 DIMENSION ● C OD E D IM E NS IO N (L ×T ) 03 0.6x 0.3 05 1 .0 × 0.5 10 1 .6 × 0.8 21 2.0× 1.25 4 MATERIAL CODE ● CODE DESCRIPTION OF CODE APPLICATION T Characteristics of Dielectric glass powder CIH series CIH Series 5 NOMINAL INDUCTANCE ● The nominal inductance value is expressed in micro-Henry(μH) or nano-Henry(nH) and identified by three-digit number, first two digits represent significant figures and last digit specifies the number of zeros to follow. The letter 'R' means the μH and is used as the decimal point. The letter 'N' means the nH. example) 10 0 : 1 0 × 1 0 o = 1 0μH 1R 5 : 1 .5 μH R 10 : 0 .1 μH = 100 nH 4N 7 : 4 .7 nH 6 INDUCTANCE TOLERANCE ● CODE DESCRIPTION OF CODE CODE DESCRIPTION OF CODE S ± 0.3 nH J ± 5% K ± 10% C ± 0.2 nH 7 THICKNESS OPTION ● CODE DESCRIPTION OF CODE N Standard thickness A Thinner than standard thickness B Thicker than standard thickness CIH Series 8 PACKAGE TYPE ● CODE DESCRIPTION OF CODE C Paper taping type E Embossed (Plastic) taping type APPEARANCE AND DIMENSON L Marking T W d C OD E E IA C O D E 03 D IM E NS IO N ( m m ) W T d 02 01 0.6 ± 0.03 0.3 ± 0.03 0.3 ± 0.03 0.15 ± 0 .05 05 04 02 1.0 ± 0.05 0.5 ± 0.05 0.5 ± 0.05 0 . 2 5 ± 0 .1 10 06 03 1.6 ± 0.15 0.8 ± 0.15 0.8 ± 0.15 0 .3 ± 0 . 2 21 08 05 2 .0 + 0 . 3 / -0 . 1 1 . 2 5 ± 0 .2 0 . 8 5 ± 0 .2 1 .0 + 0 . 2 / -0 . 3 0 .5 ± 0 . 3 CIH Series L CHARACTERISTIC LINE UP ● CIH 0603 (0201) Type Ordering code Q min. Inductance [nH] Self-resonant DC. Rated Frequency resistance current 100MHz 800MHz 1000MHz [MHz] min. [Ω] max. [mA]max. 1.0±0.3nH 6 20 24 13000 0.14 300 CIH 03T 1N2 S 1.2±0.3nH 6 20 24 10000 0.14 250 CIH 03T 1N5 S 1.5±0.3nH 6 20 23 10000 0.18 230 CIH 03T 1N8 S 1.8±0.3nH 6 20 23 10000 0.19 200 CIH 03T 2N2 S 2.2±0.3nH 6 20 22 8800 0.22 200 CIH 03T 2N7 S 2.7±0.3nH 7 20 22 7700 0.25 200 CIH 03T 3N3 … 3.3±10%, 0.3nH 7 20 22 6700 0.30 200 CIH 03T 3N9 … 3.9±10%, 0.3nH 7 20 22 6000 0.30 200 CIH 03T 4N7 … 4.7±10%, 0.3nH 7 19 21 5300 0.40 200 CIH 03T 5N6 … 5.6±10%, 0.3nH 7 19 21 4600 0.40 200 CIH 03T 6N8 … 6.8±5%,10% 7 18 20 4100 0.48 150 CIH 03T 8N2 … 8.2±5%,10% 7 18 19 3400 0.55 150 CIH 03T 10N … 10.0±5%,10% 7 17 18 3300 0.63 150 CIH 03T 12N … 12.0±5%,10% 7 17 18 3000 0.70 150 CIH 03T 15N … 15.0±5%,10% 7 16 17 2700 0.80 100 CIH 03T 18N … 18.0±5%,10% 7 18 19 2100 0.90 100 CIH 03T 22N … 22.0±5%,10% 7 15 16 1800 1.2 100 CIH 03T 27N … 27.0±5%,10% 6 14 15 1800 1.8 50 CIH 03T 33N … 33.0±5%,10% 6 14 14 1700 2.1 50 CIH 03T 39N … 39.0±5%,10% 6 13 12 1500 2.4 50 CIH 03T 47N … 47.0±5%,10% 6 12 11 1300 2.8 50 CIH 03T 56N … 56.0±5%,10% 6 11 10 1100 3.0 50 … : Tolerance (C: ± 0.2nH; S: ±0.3nH; J: ± 5%) ’Test equipment : Agipment E49919A+16196C CIH Series CIH 03T 1N0 S ● CIH 1005 (0402) Type CIH Series ● CIH 1608 (0603) Type CIH Series ● CIH 2012 (0805) Type CIH Series RELIABILITY TEST CONDITION PERFORMANCE ITEM CIL 1. OPERATING TEMPERATURE RANGE CIH10/21 TEST CONDITION CIH05 -40 to +85℃ -55 to +125℃ - -40 to +85℃ -55 to +125℃ - 2. STORAGE TEMPERATURE RANGE - MEASURING FREQUENCY : 1 to 100MHz ( DEPENDS ON THE ITEMS) - MEASURING EQUIPMENT, TEST FIXTURE : 3. INDUCTANCE / Q HP4291A/B + HP16193A ( CIL SERIES) SEE THE SECTION OF ELECTRICAL PROPERTIES. HP4291A/B + HP16092A + IN-HOUSE MADE JIG (CIH 10/21 SERIES) HP4291A/B + HP16192A ( CIH 05 SERIES) - SOURCE OSC LEVEL : 30 mV (CIL SERIES) 112 mV (CIH SERIES) RESISTANCE SEE THE SECTION OF ELECTRICAL PROPERTIES. - MEASURING EQUIPMENT : HP4338A/B 5. SELF RESONANCE FREQUENCY - MEASURING EQUIPMENT : SEE THE SECTION OF ELECTRICAL PROPERTIES. HP4291A + HP16193A (CIL SERIES) HP8719C (CIH SERIES) (SRF) 6. HIGH NO APPARENT DAMAGE. INDUCTANCE CHANGE TO BE WITHIN ±10% TO THE INITIAL. TEMPERATURE TEST 7. SOLDER HEAT Q VARIATION : WITHIN ±30%. Q VARIATION : WITHIN ±20%. NO MECHANICAL DAMAGE. REMAINING TERMINAL ELECTRODE : 70% MIN. INDUCTANCE CHANGE TO BE WITHIN ±10% TO THE INITIAL. RESISTANCE Q VARIATION : WITHIN ±30%. 8. SOLDERABILITY Q VARIATION : WITHIN ±20%. MORE THAN 95% OF TERMINAL ELECTRODE SHOULD BE SOLDERED NEWLY. SOLDER THE SAMPLE ON PCB. EXPOSURE AT (T)*℃ FOR 500 HOURS. 1-2 HOURS EXPOSURE AT ROOM TEMPERATURE AND HUMIDITY PRIOR TO MEASUREMENT. (*) T= 85±3 (CIL, CIH10/21) 125±3 (CIH05) AFTER BEING DIPPED IN FLUX FOR 4±1 SECONDS, AND PREHEATED AT 150∼180℃ FOR 2∼3 MIN , THE SPECIMEN SHALL BE IMMERSED IN 60/40 TIN-LEAD ALLOY SOLDER AT 260±5℃ FOR 10 ± 0.5 SECONDS. AFTER BEING DIPPED IN FLUX FOR 4±1 SECONDS, AND PREHEATED AT 150∼180℃ FOR 2∼3 MIN , THE SPECIMEN SHALL BE IMMERSED IN SOLDER AT 230 ±5℃ FOR 4± 1 SECONDS. CIH Series 4. DC PERFORMANCE ITEM TEST CONDITION CIL CIH10/21 CIH05 NO APPARENT DAMAGE. INDUCTANCE CHANGE TO BE WITHIN ±10% TO THE INITIAL. 9. THERMAL -40 ↔ +85℃, 60 MINUTES EACH. 100 CYCLES. Q VARIATION : WITHIN ±30%. Q VARIATION : WITHIN ±20%. NO APPARENT DAMAGE. INDUCTANCE CHANGE TO BE WITHIN ±10% TO THE INITIAL. 10. MOISTURE LOADING TEST - CIH 05 SERIES -55 ↔ +125℃, 60 MINUTES EACH. 100 CYCLES. - TEMPERATURE : 40±2℃ (CIL, CIH 10/21) 60±2℃ (CIH 05) - HUMIDITY : 90 ~ 95 %RH Q VARIATION : WITHIN ±30%. - DURATION : 500±5 HRS. Q VARIATION : WITHIN ±20%. NO APPARENT DAMAGE. INDUCTANCE CHANGE TO BE WITHIN ±10% TO THE INITIAL. - CURRENT : RATED CURRENT - TEMPERATURE : 85±2℃ (CIL, CIH 10/21) - DURATION : 500±5 HRS. Q VARIATION : WITHIN ±30%. Q VARIATION : WITHIN ±20%. NO APPARENT DAMAGE. INDUCTANCE CHANGE TO BE WITHIN ±10% TO THE INITIAL. - CURRENT : RATED CURRENT - TEMPERATURE : -40±2℃ (CIL, CIH 10/21) TEMPERATURE RESISTANCE -55±2℃ (CIH 05) Q VARIATION : WITHIN ±30%. - DURATION : 500±5 HRS. Q VARIATION : WITHIN ±20%. NO APPARENT DAMAGE. SOLDER THE SAMPLE ON PCB, BEND TO 2mm. 20 10 13. BENDING Unit : mm R340 2 TEST 45 45 CIH Series 125±2℃ (CIH 05) TEMPERATURE LOADING 12. LOW -25 ↔ +85℃, 60 MINUTES EACH. 100 CYCLES. - CIH 10/21 SERIES SHOCK 11. HIGH - CIL SERIES PERFORMANCE ITEM TEST CONDITION CIL CIH10/21 CIH05 NO APPARENT DAMAGE. INDUCTANCE CHANGE TO BE WITHIN ±10% TO THE INITIAL. 14. VIBRATION TEST APPLY VIBRATIONS IN EACH OF THE X, Y AND Z DIRECTIONS. - FREQUENCY : 10 ~ 55 ~ 10Hz - TOTAL AMPLITUDE : 1.52mm Q VARIATION : WITHIN ±30%. Q VARIATION : WITHIN ±20%. - TIME : 2 HRS. EACH (TOTAL 6 HRS.) NO APPARENT DAMAGE. INDUCTANCE CHANGE TO BE WITHIN ±10% TO THE INITIAL. DROP THE SAMPLE FROM A HEIGHT OF 1m TO 15. DROP TEST CONCRETE GROUND 10 TIMES. Q VARIATION : WITHIN ±30%. Q VARIATION : WITHIN ±20%. W(Kgf) TIME(SEC) 05 0.1 30±5 0.5 10±1 10 21 31 16. TERMINAL TEST W CIH Series NO INDICATION OF PEELING SHALL OCCUR ON THE TERMINAL ELECTRODE. SIZE PACKAGING ● CARDBOARD PAPER TAPE Perforated square holes for inserting a chip Feeding round holes J E A D C B t H G F unit : mm TYPE 05 10 A B C 0.65 ±0.1 1.0 ±0.2 1.15 ±0.1 1.80 ±0.2 8.0 ±0.2 D 3.5 ±0.05 E F G H J t max. 1.75 ±0.1 2.0 ±0.05 4.0 ±0.1 2.0 ±0.1 4.0 ±0.1 Φ1.5 +0.1/-0 0.8 1.1 CIH Series ● EMBOSSED PLASTIC TAPE Perforated square holes for inserting a chip Feeding round holes J E A D C B t H G F unit : mm TYPE A B C D E F G H J 0.85T 21 1.0T 1.5 1.50 ±0.2 2.3 ±0.2 8.0 ±0.3 3.5 ±0.05 0.6T 1.1T 2.0 1.75 ±0.1 1.25T 31 t max. 1.90 ±0.2 4.9 ±0.2 12.0 ±0.3 5.5 ±0.05 4.0 ±0.1 2.0 ±0.1 4.0 ±0.1 Φ1.5 +0.1/-0 2.0 1.15 1.4 ● TAPING SIZE Empty Section Packed Part 40mm min. Empty Section Loading Section 80mm min. 150mm min. END OF TAPE BEGINNING OF TAPE unit : pcs 21 Symbol 05 10 7" Reel 10,000 4,000 31 0.85T 1.0T 1.25T 0.6T 1.1T 4,000 3,000 2,000 4,000 3,000 ● REEL DIMENSION CIH Series E C B R D W t A unit : mm Tape Width 8 mm A φ178± 2.0 B C D E W t R φ50±1.0 φ13±0.5 21±0.8 2.0 ±0.5 10±1.5 1.2 ±0.5 1.0