High Frequency Winding Type LQW15A/LQW18A Series. Rated Current (ma)

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Aldous Clark
5 years ago
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1 Chip Coils High Frequency Winding Type LW15A/LW18A Series LW15A_00 Series The LW15A series consists of air core chip coil using a miniature alumina core. The tight inductance tolerance (+0.2nH, +%) is available due to Murata's original winding technology. The LW15A series has high value in high frequency range and high self resonant frequency. It is suitable for high frequency circuits which are used in telecommunication equipment. 1.0± ± ±0.1 W 0.±0.05 W 0.6± ,, 0.5± Features 1. Horizontal winding structure enables tight inductance tolerance (+0.2nH, +%) 2. The subminiature dimensions (1.0x0.5mm) allow high density mounting.. The high self resonant frequency realizes high value and stable inductance at high frequency. 4. Low DC resistance design is ideal for low loss, high output and low power consumption. 5. Resincoated surface enables excellent mounting. 0.2± ±0.1 (in mm) Applications 1. High frequency circuits of mobile phones such as PA, ANT, VCO, SAW, etc. 2. Mobile phones such as GSM, CDMA, PDC, etc.. "Bluetooth" 4. WLAN 5. High frequency circuits in general Frequency (GHz) LW15AN1N5C ±0.2nH max LW15AN1N5D ±0.5nH max LW15AN2N4C ±0.2nH max LW15AN2N4D ±0.5nH max LW15AN2N5C ±0.2nH max LW15AN2N5D ±0.5nH max LW15AN2N7C ±0.2nH max LW15AN2N7D ±0.5nH max LW15ANN9C00.9 ±0.2nH max LW15ANN9D00.9 ±0.5nH max LW15AN4NC00 4. ±0.2nH max LW15AN4ND00 4. ±0.5nH max LW15AN4N7C ±0.2nH max LW15AN4N7D ±0.5nH max LW15AN5N1C ±0.2nH max LW15AN5N1D ±0.5nH max LW15AN5N8C ±0.2nH max LW15AN5N8D ±0.5nH max LW15AN6N2C ±0.2nH max LW15AN6N2D ±0.5nH max Continued on the following page. 2

2 Continued from the preceding page. Frequency (GHz) LW15AN6N8H ±% max LW15AN6N8J ±5% max LW15AN7N5H ±% max LW15AN7N5J ±5% max LW15AN8N2H ±% max LW15AN8N2J ±5% max LW15AN8N7H ±% max LW15AN8N7J ±5% max LW15AN9N1H ±% max LW15AN9N1J ±5% max LW15ANNH00 ±% max LW15ANNJ00 ±5% max LW15AN11NH00 11 ±% max LW15AN11NJ00 11 ±5% max LW15AN12NH00 12 ±% max LW15AN12NJ00 12 ±5% max LW15AN1NH00 1 ±% 0.21 max LW15AN1NJ00 1 ±5% 0.21 max LW15AN15NH00 15 ±% max LW15AN15NJ00 15 ±5% max LW15AN16NH00 16 ±% max LW15AN16NJ00 16 ±5% max LW15AN18NH00 18 ±% max LW15AN18NJ00 18 ±5% max LW15AN19NH00 19 ±% max LW15AN19NJ00 19 ±5% max LW15AN22NH00 22 ±% 0.0 max LW15AN22NJ00 22 ±5% 0.0 max LW15AN24NH00 24 ±% max LW15AN24NJ00 24 ±5% max LW15AN27NH00 27 ±% max LW15AN27NJ00 27 ±5% max LW15AN0NH00 0 ±% max LW15AN0NJ00 0 ±5% max LW15ANNH00 ±% max LW15ANNJ00 ±5% max LW15AN6NH00 6 ±% max LW15AN6NJ00 6 ±5% max LW15AN9NH00 9 ±% max LW15AN9NJ00 9 ±5% max LW15AN47NH00 47 ±% max LW15AN47NJ00 47 ±5% max LW15AN56NH00 56 ±% max LW15AN56NJ00 56 ±5% max LW15AN68NJ00 68 ±5% max LW15AN82NJ00 82 ±5% 2.24 max LW15ANRJ00 ±5% 2.52 max LW15ANR12J00 ±5% max Operating Temp. Range : C to +125 C Please use reflow soldering. 24

3 Frequency Characteristics Frequency Characteristics 1 0 nh 4.7nH nh 27nH 82nH 56nH 82nH 56nH 27nH nh 4.7nH nh Frequency Frequency Reference Data LW15AN_00 Nominal LW15AN1N5 1.5 LW15AN2N4 2.4 LW15AN2N5 2.5 LW15AN2N7 2.7 LW15ANN9.9 LW15AN4N 4. LW15AN4N7 4.7 LW15AN5N1 5.1 LW15AN5N8 5.8 LW15AN6N2 6.2 LW15AN6N8 6.8 LW15AN7N5 7.5 LW15AN8N2 8.2 LW15AN8N7 8.7 LW15AN9N1 9.1 LW15ANN LW15AN11N 11 LW15AN12N 12 LW15AN1N 1 LW15AN15N 15 LW15AN16N 16 LW15AN18N 18 LW15AN19N 19 LW15AN22N 22 LW15AN24N 24 LW15AN27N 27 LW15AN0N 0 LW15ANN LW15AN6N 6 LW15AN9N 9 LW15AN47N 47 LW15AN56N 56 LW15AN68N 68 LW15AN82N 82 LW15ANR LW15ANR12 00MHz MHz MHz (Typ.) 1.5GHz GHz GHz E4991A & 16197A 2.4GHz

4 LW15A_ Series (High /Low Type) Features Lower DC resistance approximately by % than current type. Higher by 20%, larger rated current by 20%. range: 1. to 5.6nH tolerance: +/0.2 or 0.5nH (Typ.) : 8 to 122 (at 1GHz) : to ohm : 0 to 0mA 1.0± ± ± ±0.1 0.±0.05 Applications 1. Cellular phone and Base station 2. WCDMA, GSM, NCDMA, PDC. Higher Matching circuit for antenna, SAW filter 4. Lower Rdc Choke coil for IF, RF circuit like PA Equipment with high frequency circuits (Wireless LAN etc). 0.2± ±0.1 (in mm) Frequency (GHz) LW15AN1NC 1. ±0.2nH max LW15AN1ND 1. ±0.5nH max LW15AN2N2C 2.2 ±0.2nH max LW15AN2N2D 2.2 ±0.5nH max LW15AN2N4D 2.4 ±0.5nH max LW15ANND. ±0.5nH max LW15ANN6C.6 ±0.2nH max LW15ANN6D.6 ±0.5nH max LW15ANN9D.9 ±0.5nH max LW15AN4N7D 4.7 ±0.5nH max LW15AN5N1C 5.1 ±0.2nH max LW15AN5N1D 5.1 ±0.5nH max LW15AN5N6C 5.6 ±0.2nH max LW15AN5N6D 5.6 ±0.5nH max Operating Temp. Range : C to +125 C Please use reflow soldering. Frequency Characteristics Frequency Characteristics nH 5.6nH 1 5.6nH.6nH.6nH 1.nH Frequency Frequency Continued on the following page. 26

5 Continued from the preceding page. Reference Data LW15AN_ Nominal 0MHz 0MHz 1.0GHz (Typ.) 1.5GHz 1.8GHz 2.0GHz E4991A & 16197A 2.4GHz LW15AN1N LW15AN2N LW15AN2N LW15ANN LW15ANN6 LW15ANN LW15AN4N LW15AN5N LW15AN5N Features LW18A_00 (Standard type) 1. Broad range of inductance (2.2nH to 470nH) with E24 step line up. 2. Horizontal winding structure enables tight inductance tolerance (+0.2nH, +2%). Stable circuit operation is possible.. The subminiature dimensions (1.6x0.8mm) allow high density mounting. 4. The high self resonant frequency realizes high value and stable inductance at high frequency. 5. Low DC resistance design is ideal for low loss, high output and low power consumption. 6. Resincoated surface enables excellent mounting. 1.6±0.2 0.±0.1 0.± ± max 0.±0.15 * 1 0.8± ±0.1 * 1 LW18AN_ : 0.8±0. in mm Applications 1. High frequency circuits of mobile phones such as PA, ANT, VCO, SAW, etc. 2. Mobile phones such as GSM, CDMA, PDC, etc.. "Bluetooth" 4. WLAN 5. High frequency circuits in general Features LW18A_ (High /Low type) Lower approximately by % than current type. Higher by %, higher rated current by 20%. Applications Cellular phone and Base station WCDMA, GSM, NCDMA, PDC Higher Matching circuit for antenna, SAW filter Lower Rdc Choke coil for IF, RF circuit like PA Equipment with high frequency circuits (Wireless LAN, etc.) LW18A_00 Series Frequency LW18AN2N2D ±0.5nH max LW18ANN6C00.6 ±0.2nH max LW18ANN6D00.6 ±0.5nH max LW18ANN9C00.9 ±0.2nH max LW18ANN9D00.9 ±0.5nH max LW18AN4NC00 4. ±0.2nH max Continued on the following page. 27

6 28 Continued from the preceding page. Frequency LW18AN4ND00 4. ±0.5nH max LW18AN4N7D ±0.5nH max LW18AN5N6C ±0.2nH max LW18AN5N6D ±0.5nH max LW18AN6N2C ±0.2nH max LW18AN6N2D ±0.5nH max LW18AN6N8C ±0.2nH max LW18AN6N8D ±0.5nH max LW18AN7N5D ±0.5nH max LW18AN8N2D ±0.5nH max LW18AN8N7D ±0.5nH max LW18AN9N1D ±0.5nH max LW18AN9N5D ±0.5nH max LW18ANNG00 ±2% max LW18ANNJ00 ±5% max LW18AN11NG00 11 ±2% max LW18AN11NJ00 11 ±5% max LW18AN12NG00 12 ±2% max LW18AN12NJ00 12 ±5% max LW18AN1NG00 1 ±2% max LW18AN1NJ00 1 ±5% max LW18AN15NG00 15 ±2% max LW18AN15NJ00 15 ±5% max LW18AN16NG00 16 ±2% max LW18AN16NJ00 16 ±5% max LW18AN18NG00 18 ±2% max LW18AN18NJ00 18 ±5% max LW18AN20NG00 20 ±2% max LW18AN20NJ00 20 ±5% max LW18AN22NG00 22 ±2% max LW18AN22NJ00 22 ±5% max LW18AN24NG00 24 ±2% max LW18AN24NJ00 24 ±5% max LW18AN27NG00 27 ±2% max LW18AN27NJ00 27 ±5% max LW18AN0NG00 0 ±2% max LW18AN0NJ00 0 ±5% max LW18ANNG00 ±2% max LW18ANNJ00 ±5% max LW18AN6NG00 6 ±2% max LW18AN6NJ00 6 ±5% max LW18AN9NG00 9 ±2% max LW18AN9NJ00 9 ±5% max LW18AN4NG00 4 ±2% 0.29 max LW18AN4NJ00 4 ±5% 0.29 max LW18AN47NG00 47 ±2% 0.29 max LW18AN47NJ00 47 ±5% 0.29 max LW18AN51NG00 51 ±2% max LW18AN51NJ00 51 ±5% max LW18AN56NG00 56 ±2% 0.5 max LW18AN56NJ00 56 ±5% 0.5 max LW18ANNG00 ±2% max LW18ANNJ00 ±5% max LW18AN68NG00 68 ±2% 0.8 max LW18AN68NJ00 68 ±5% 0.8 max LW18AN72NG00 72 ±2% max LW18AN72NJ00 72 ±5% max Continued on the following page.

7 Continued from the preceding page. Frequency LW18ANNG00 ±2% max LW18ANNJ00 ±5% max LW18AN82NG00 82 ±2% 2 0. max LW18AN82NJ00 82 ±5% 2 0. max LW18AN91NG00 91 ±2% max LW18AN91NJ00 91 ±5% max LW18ANRG00 ±2% max LW18ANRJ00 ±5% max LW18ANR11G00 1 ±2% max LW18ANR11J00 1 ±5% max LW18ANR12G00 ±2% 1 1. max LW18ANR12J00 ±5% 1 1. max LW18ANR1G00 ±2% max LW18ANR1J00 ±5% max LW18ANR15G00 1 ±2% max LW18ANR15J00 1 ±5% max LW18ANR16G00 1 ±2% max LW18ANR16J00 1 ±5% max LW18ANR18G00 1 ±2% max LW18ANR18J00 1 ±5% max LW18ANR20G ±2% 2.4 max LW18ANR20J ±5% 2.4 max LW18ANR22G ±2% 2.5 max LW18ANR22J ±5% 2.5 max LW18ANR27G ±2% 1.4 max LW18ANR27J ±5% 1.4 max LW18ANRG00 0 ±2% 5.5 max LW18ANRJ00 0 ±5% 5.5 max LW18ANR9G00 ±2% 6.2 max LW18ANR9J00 ±5% 6.2 max LW18ANR47G ±2% 7.0 max LW18ANR47J ±5% 7.0 max Operating Temp. Range : C to +125 C Please use reflow soldering. Frequency Characteristics Frequency Characteristics 8.7nH nH 20nH 0 220nH nH 47nH nh 220nH nh 47nH 20nH 8.7nH Frequency Frequency 29

8 LW18A_ Series (High /Low Type) Frequency LW18AN2N2D 2.2 ±0.5nH max LW18ANN9C.9 ±0.2nH max LW18ANN9D.9 ±0.5nH max LW18AN5N6D 5.6 ±0.5nH max LW18AN6N8C 6.8 ±0.2nH max LW18AN6N8D 6.8 ±0.5nH max LW18AN8N2D 8.2 ±0.5nH max LW18ANNG ±2% max LW18ANNJ ±5% max LW18AN12NG 12 ±2% max LW18AN12NJ 12 ±5% max LW18AN15NJ 15 ±5% max LW18AN18NG 18 ±2% max LW18AN18NJ 18 ±5% max LW18AN22NG 22 ±2% max LW18AN22NJ 22 ±5% max LW18AN27NG 27 ±2% max LW18AN27NJ 27 ±5% max LW18ANNJ ±5% max Operating Temp. Range : C to +125 C Please use reflow soldering. Frequency Characteristics Frequency Characteristics nH nh nh nh nh 2.2nH frequency frequency 0

Datasheet RS Pro AL Series Wire-wound SMD Inductor with a Ceramic Core, 4.7 nh ±0.1nH Wire-Wound 320mA Idc Q:13 RS Stock No:

Datasheet RS Pro AL Series Wire-wound SMD Inductor with a Ceramic Core, 4.7 nh ±0.1nH Wire-Wound 320mA Idc Q:13 RS Stock No: 763-1434 Product Details RS Pro SMD inductor offers an inductance of 4.7 nh