Molded Chip Wirewound Inductors 3-39-47 NIN Series FEATURES + EIA SIZES, A (1210), B (1812), C (1008) AND D (0805) * EXCELLENT HIGH Q AND HIGH SRF CHARACTERISTICS + BOTH FLOW AND REFLOW SOLDERING APPLICABLE * HIGH INDUCTANCE AVAILABLE IN SMALL SIZE * SHIELDED TYPE AVAILABLE ON SIZE A (1210) AND (1008) * EMBOSSED PLASTIC TAPE PACKAGE FOR AUTOMATIC PICK-PLACE AVAILABLE TYPE AND RANGE 5 EIA Size Size Code | Size (L x Wx H mm) NIC Type Inductance Range Style Page 3 0805 D 2.0 x 1.25 x 1.25 NIN-FD 0.82 ~ 4.7 WH Standard 173 = NIN-ND 3.9NH ~ 1.0 WH High Frequency 172 LS NIN-FC 0.22 ~ 100 uH Standard 175 = 1008 C 2.5 x 2.0x 1.6 NIN-SC 27 ~ 100 pH Shielded 177 aa NIN-NC 10nH ~ 0.82 WH High Frequency 176 a NIN-PC 1.0 ~ 33 pH High Current 17 NIN-FA 0.22 ~ 220 pH Standard 178 1210 A 3.2 x 2.5 x 2.2 NiN-SA 10 ~ 270 pH Shielded 180 NIN-NA 47nH ~ 8.2 WH High Frequency 179 NIN-PA 1.0 ~ 330 WH High Current 180 1812 B 45x 3.2x 32 NIN-FB 0.10 ~ 1000 WH Standard 173,174 SPECIFICATIONS Sizes Speaifications 0805 1008 1210 1812 Inductance Range 3.9NH ~ 4.7 WH 10nH ~ 100 WH 47nH ~ 270nH | 0.10WH ~ 1000 WH inductance Tolerance 410% (K), +5% (J) +20%(M), +10%(K), +5%(u) +10% (K), +5% (J) Operating Temperature Range 40C ~ +85C Insulation Resistance 1,000 Megohm Min (@ 100Vdc, Termination to Case) Withstanding Voltage 250 Ve for 1 minute (Termination to Case) Q-Factor, Self Resonant Frequency DC Resistance, Rated DC Current and inducatance Tolerance See Individual Product Listings ENVIRONMENTAL CHARACTERISTICS Thermal Shock Low Temperature Storage Test Specification Test Method & Condition Solderability 90% Min. Coverage After 3 Sec. Dip in +230C Solder Pot (Post Flux) Humidity (1) No Evidence of Damage After 500 Hrs at 60C and 90 ~ 95% RH Soldering Effect (2) Inductance Shall Be After 5 Seconds at -260C (5 Min. 120C Pre-Heat} Low Frequency Vibration Within +5% of Initial Value After 2 Hrs per Axis, 10 ~ 55Hz, 1.5 mm Ampl (3) Q Factor Shail Be Within +10% of Initial Value After 100 cycles (-40 to +85C) 30 Min. Each After 500 Hrs at -40C High Temperature Load Life (1) No Evidence of Damage (2) Inductance Shall Be Within +10% of Initial Value After 500 Hrs at +85C with rated DC Current Humidity Load Life (3) Q Factor Shall Be Within +10% of Initial Value After 500 Hrs at 60C with 90 ~ 95% RH with Rated DC Current Me 180 NIC COMPONENTS CORPORATION D LIF 70 Maxess Rd., Melville, New York 11747 * (516) 396-7500 FAX 516-396-7575 MB 64248476 0001666 b3cMolded Chip Wirewound Inductors NIN Series PACKAGING SPECIFICATIONS | | tT J 3 KR $ $ et + >| ! x lew is P her wn | 0.1 Cc | = > oO m 5 CARRIER TAPE DIMENSIONS IN mm S Toe | Sie | wana | Ade | Bao2 | Pigt | Eaor | Pani on 2. 4 A FDYND D 80 145 | 225 4.0 175 35 0.25 20 B | FCINC/PC/SC C 8.0 24 29 40 175 35 03 1.85 C | FANAPASA A 8.0 28 36 40 115 35 03 23 D FB B 120 36 49 8.0 175 55 03 34 DIMENSIONS IN mm Sve | DO 42 | WH15-|. OtyRea FD/ND 178 9.0 3000 pes A D B FC/NC/PC/SC C 178 10.0 2000 pcs c FA/NA/PA/SA A 178 10.0 2000 pes D FB B 178 14.0 500 pes RECOMMENDED LAND PATTERNS FOR FLOW AND REFLOW SOLDERING NIN Chip 7 7 rT A ( DIMENSIONS IN mm c Type Sze | A B C 1 I A FD/ND D 1.0~1.2 3.0~3.8 0.9~1.3 -4 LL Y B FC/NC/PC/SC Cc 1.4~1.5 3.5~4.0 1.2~1.6 Cc FA/NA/PA/SA A 1.6~2.0 4.0~4.6 1.9-2.4 D FB B 2.4-2.6 5.5-6.0 2.0~3.0 f= A > i) B > Ne NIC COMPONENTS CORPORATION 70 Maxess Rd., Melville, New York 11747 + (516) 396-7500 FAX 516-396-7575 191 D LIF MM 6428476 0001699 415Molded Chip Wirewound Inductors NIN Series DIMENSIONS IN mm SIZE A, C AND D SIZE B A A A 1 r MARKING = < MARKING < UY Y JY J i _ _ g L | L D 7 3 A mm = x= =x oO IL. S = | = >| H-B > B EIA Size | Size Code | Dim. L Dim. W Dim. H Dim, A Dim, B 3 0805 D afr 5 125403 | 125403] 10401 0.4+02 +0.3 1008 C 25 02 2.0+02 1.6402 1240.1 0.4402 1210 A 32403 2540.2 | 22402 1.9+0.1 0.6 +02 1812 B 45403 32402 | 32402 19403 | 08403 R PART MARKING (1) 3 digits system in wH Inductance Marking f Nore oe Example (2) R indicates decimal point in wH Ex:2R7 = 2.7uH Te I Ex:R18 = .18WH = 180nH +20% M 2R2M ONS = TSH = 180 +10% No Identification 470 (3) N indicates nanohenries (0.001 tH), Ex: 10N = 0.01 HH = 10nH +5% J 270J Applicable Guidelines: 1, Recommended soldering conditions : Flow (wave): 250C for 5 seconds max. following a preheating of 120C for 5 minutes. Reflow: 230C for 10 seconds max. {preheating is also recommended) 2. It is recommended to use NIN inductors below 70% of the specified DC current when it shall be operated at or near the maximum operating temperature. 3. Avoid placing inductor over any metal pattern on the PCB, which may create mutual inductance problems. 4. For mounting, it is suggested to secure chip inductor by means of epoxy adhesive curable by ultraviolet. 5. Ultrasonic cleaning is not recommended. If it is necessary, the cleaning conditions must be examined so as not to create mechanical damage by unexpected resonant vibration. Please contact our engineering department. 6. An excessive mechanical force may effect the electrical and magnetic properties of chip inductors. Make sure not to use any stress greater than 2Kg when component is placed. PART NUMBERING SYSTEM = jin-Fa 4 M TR Packaging: TR = Tape & Reel Inductance Tolerance Code: M = 420%, K = 10%, J = 45% Rated inductance in wH (3 digits, first 2 numbers are significant, R stands for decimat point) Series-Type Ne NIC COMPONENTS CORPORATION 70 Maxess Rd., Melville, New York 11747 (516) 396-7500 FAX 516-396-7575 181 D LAF MM 6428476 0001689 S75 meB- 39-27 SURFACE MOUNT Molded Chip Wirewound Inductors NIN Series Q vs Frequency NIN-ND Series (0805 Size) HIGH FREQUENCY TYPE 120 15nH 1OnH 100 80 60 40 20 0 4100 300 500 700 900 1100 1300 1500 1700 1900 2100 Frequency (Mhz) NIN-ND SERIES D SIZE (0805) HIGH FREQUENCY TYPE NIC v Tolerance a L&aQ SRF be Rated PIN Inductance (std) (opt) Factor Test Mhz sistance DC Current (nH) (min.} Freq. (min.) (ohms) Max. (mA) Max. NIN-ND3N9MTR 3.9 +20% (M) 6 100 Mhz 3000 0.08 540 NIN-ND4N7MTR 47 +20% (M) 6 100 Mhz 3000 0.08 540 NIN-NDSN6MTR 5.6 +20% (M) 6 100 Mhz 3000 0.10 540 NIN-ND6N8MTR 6.8 +20% (M) 8 100 Mhz 3000 0.12 540 NIN-ND8N2KTR 8.2 410% (K) 8 100 Mhz 2500 0.13 540 NIN-ND1ONKTR 10 +10% (K) _ 12 100 Mhz 2500 0.14 540 NIN-ND12NKTR 12 +10% (K) 12 100 Mhz 2500 0.18 535 NIN-NDISNKTR 16 +10% (K) 15 100 Mhz 2500 0.18 520 NIN-ND18NKTR 18 +10% (K) 15 100 Mhz 2000 0.22 480 NIN-ND22NKTR 22 410% (K) 15 100 Mhz 2000 0.22 455 NIN-ND27NKTR 27 +10% (K) 18 100 Mhz 1800 0.26 455 NIN-ND33NxTR 33 410% (K) | +5% (J) 18 100 Mhz 1500 0.30 395 NIN-ND39NxTR 39 10% (K) | +5% (u) 18 100 Mhz 1500 0.31 390 NIN-ND47NxTR 47 10% (K) | 45% (J) 18 100 Mhz 1000 0.35 385 NIN-ND56NxTR 56 +10% (K) | +5% (J) 18 100 Mhz 1000 0.39 360 NIN-ND68NxTR 68 +10% (K) | 45% (J) 18 100 Mhz 800 0.44 340 NIN-ND82NxTR 82 10% (K) | +5% (u) 18 100 Mhz 800 0.48 330 NIN-NDR10xTR 100 +10% (K} | 45% (J) 10 25.2 Mhz 800 0.66 285 NIN-NDR12xTR 120 +10% (K} | +5% (J) 10 25.2 Mhz 600 0.76 275 NIN-NDR15xTR 150 10% (K) | 45% (J) 10 25.2 Mhz 600 1.13 230 NIN-NDR18xTR 180 +10% (K) | 5% (J) 10 25.2 Mhz 600 1.24 195 NIN-NDR22xTR 220 10% (K) | +5% (J) 10 25.2 Mhz 500 141 170 NIN-NDR27xTR 270 +10% (K) | 15% (J) 10 25.2 Mhz 300 1.50 165 NIN-NDR33xTR 330 +10% (K) | 25% (J) 10 25.2 Mhz 200 1.66 160 NIN-NDR39xTR 390 +10% (K) | 5% (u) 10 25.2 Mhz 150 1.82 150 NIN-NDR47xTR 470 +10% (K) | 5% () 10 25.2 Mhz 150 1.97 145 NIN-NDR56xTR 560 10% (K) | +5% (J) 10 25.2 Mhz 100 2.07 140 NIN-NDR68xTR 680 +10% (K) | +5% (J) 10 25.2 Mhz 100 2.32 130 NIN-NDR82xTR 820 10% (K) | +5% (u) 10 25.2 Mhz 80 2.60 125 NIN-ND1ROxTR 1000 +10% (K) | +5% (J) 8 7.96 Mhz 80 2.98 120 Me 182 NIC COMPONENTS CORPORATION D 70 Maxess Rd., Melville, New York 11747 + (516) 396-7500 FAX 516-396-7575 LiF @@ 6428476 0001690 290