Company Overview. History. AEM s products and services include the following:

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1 Company Overview AEM, is a global manufacturer redefining the standards of quality and value in the electronic components industry with its leading edge technologies. History AEM, was founded in 986. Phenomenal growth since its inception has ranked AEM three times among the Inc. 500 listing of America s Fastest-Growing Private Companies. AEM s outstanding achievements earned a U.S. presidential commendation letter from then President Bill Clinton. In 995, AEM merged the key technical staff of Wallace Technical Ceramics, Inc. That same year, AEM acquired the Mepcopal high-reliability thick-film fuse line from Philips/ Copal. These mergers and acquisitions represented a logical combination of assets and technical abilities to achieve a full spectrum of passive components with superior multilayer ceramic-based technologies. Since 995, AEM has used its technological expertise to successfully grow its current limiting micro-fuse production and holds a dominant position in the circuit protection market in the aerospace industry. In 996, AEM became the first US corporation to start mass production of ferrite chip beads, power beads, and ferrite/ceramic inductors in its San Diego facility. AEM is also the world s sole manufacturer of highreliability ferrite chip beads designed for the space and military use. In 2004, AEM launched a new product line of SolidMatrix surface mount chip fuses which combined AEM s strengths in both circuit protective and multilayer components manufacturing. Today, AEM s Electronic Components Division is poised to become one of the top five global suppliers of SMT multilayer ceramic inductive and circuit protective components in the new millennium. AEM s products and services include the following: Multilayer Ferrite Chip Beads/Power Beads; Multilayer Ferrite/Ceramic Inductors; SolidMatrix Surface Mount Chip Fuses; Multilayer Varistors; High-reliability Current imiting Micro-fuses and Fusistors; High-reliability SMT Fuses; High-reliability Ferrite Chip Beads & Inductors; Turn Key COTS Up-Screening Services; Tin Whisker Mitigation. Mission Our mission goal is to build lasting partnerships with the customers, vendors, employees, and share holders. We are committed to constantly striving for excellence and perfection in providing products and services with the highest quality and values. The Headquarters and esearch & Development The global headquarters and &D Center of AEM are located in Sorrento Valley, San Diego, California s Telecomm Valley. The Factory and Engineering locations include the San Diego facility and a new Suzhou Engineering Center and Manufacturing Base in China-Singapore Suzhou Industrial Park. Products & Services From satellites in space, to computers and cellular devices on land and sea, AEM s products are used globally for EMI signal filtering and circuit protection in the telecommunication, PC, consumer electronics, automotive, and aerospace industries.

2 Contents Products Overview and Applications iii MCB Multilayer Ferrite Chip Beads (General Use) 0402 (05) Series (608) Series (202) Series (326) Series 3 2 (3225) Series (456) Series 3 82 (4532) Series 3 Electrical Characteristics 4 MCB Multilayer Ferrite Chip Beads (High Speed) (05) Series 0603 (608) Series 0805 (202) Series 206 (326) Series Electrical Characteristics MBA Multilayer Ferrite Chip Bead Arrays (326) Series 2 MCP Multilayer Ferrite Power Beads (High Current) (608) Series (202) Series (326) Series 4 2 (3225) Series (456) Series 5 82 (4532) Series 5 Electrical Characteristics 6 MCI Multilayer Ferrite Inductors (General Use) Series Series Series 2 Electrical Characteristics 22 i

3 Contents (cont.) MHI Multilayer Ceramic Inductors (High Frequency) Series Series 25 Electrical Characteristics 26 TFI Thin Film Chip Inductors Series Series Series 3 WHI Thin Film Chip Inductors C Series C Series C Series C Series C Series Series 4 08 Series H Series H Series H Series 43 WHI Packaging 44 Inductor Terminology 45 eliability Tests 46 Soldering Temperature Profiles, Storage equirements 49 Packaging and Storage 50 Cross eference 5 ii

4 Products Overview and Applications AEM was the first in the U.S. to start mass production of ferrite beads and ferrite/ceramic inductors using a wet multilayer process. AEM s proprietary materials (inks and pastes), patented processes (US Patent Number 5,650,99) and custom production equipment are the cornerstones for mass producing high quality ferrite and ceramic inductive components. Features Monolithic structure for closed magnetic path and high reliability Standard EIA/EIAJ chip sizes such as 0402/05, 0603/608, 0805/202, and 206/326 A complete set of ferrite/ceramics and electrode materials providing a wide range of electrical properties Superior termination bonding strength Nickel barrier with solder overplated termination offering excellent solderability and solder leach resistance, suitable for both wave and reflow soldering processes Applications Computers and Peripherals Video cards, sound cards, fax/modem cards, printers, keyboards, network interface cards, PDAs (personal digital assistants), and notebook computers Tele Communications Multi-port modems, frame relays, central office relays, subscription group carrier, T & E MUXs, EA PBX equipment, cellular phones, mobile telephone switching, cellular phone base station and switching, PHS (personal handy phones), and residential and business phones Data Communications Bridges, ANs, modems, repeaters, routers, hubs, concentrators, network I/F cards, and data switches Consumer Electronics VCs, audio, electronic entertainment equipment, car navigation systems, radar detectors, CB & FM radios, CATV, set-top boxes, DSS set-top boxes, electronic games, digital TVs, and DVDs AEM s inductive components are used for noise limiting and separation, tuning and matching circuits, and in many other circuits requiring inductance. AEM s ferrite chip beads have high impedance at 0 MHz and are used for noise suppression. Ferrite beads installed in series with signal and/or power circuits suppress high frequency noise. The noise is converted into heat because of the hysteresis loss in the ferrite material. By selecting the appropriate impedance value, an insertion loss between 3 to 8 db can be achieved using a single chip bead without the need for a ground termination. Typical chip bead suppression frequency ranges from to,000 MHz and rated currents are from 0. to 4.0 amps. AEM s ferrite chip inductors have been used in T, Pi, or type C noise separation circuits with capacitors. Because of the tight tolerances and high Q values of AEM s inductors, very steep attenuation and high insertion losses of up to 0 db can be achieved. Our ferrite inductors have Q values from 5 to 45, measured at frequencies from 0.4 to 50 MHz and self-resonant frequencies in a range from 3 to 320 MHz. The ceramic chip inductors can be used at frequencies up to 8 GHz with Q values from to 5 at 0 MHz and from 6 to 46 at 800 MHz. iii

5 Multilayer Ferrite Chip Beads Features Monolithic structure for closed magnetic path and high reliability Standard EIA/EIAJ chip sizes such as 0402/05, 0603/608, 0805/202, and 206/326 A complete set of ferrite and electrode materials providing a wide range of electrical properties Superior termination bonding strength Nickel barrier with solder overplated termination offering excellent solderability and solder leach resistance, suitable for both wave and reflow soldering processes ohs compliant when -T option is specified Applications Noise suppression in computers and peripherals Noise suppression in telecommunications Noise suppression in data communications Noise suppression in consumer electronics ecommended PC Board and Patterns CHIP SIZE EIA/EIAJ G H 0402(05) (.60) 0.06 (0.40) (0.60) 0603(608) 0.2 (2.60) (0.55) (0.94) 0805(202) 0.8 (3.00) (0.66) (.45) 206(326) 0.73 (4.40) (.50) 0.07 (.80) 2(3225) 0.73 (4.40) (.50) 0.6 (2.70) Operating Temperature -55ºC +25ºC Product Identification MCB 0805 G P T - T () (2) (3) (4) (5) (6) (7) () Series code: MCB: Multilayer Ferrite Chip Bead (2) Dimensions: x W inches The first two digits: (length) The last two digits: W (width) (3) Characteristic code: F, G (4) Value code: Impedance (ohms at 0 MHz) The first two digits are significant. The last digit specifies the number of zeros to follow. (5) Tolerance code: P = ±25% Other tolerances may be available upon request. (6) Package code: T = Tape & eel B = Bulk (7) Termination type code: T = 0% Sn plating Shape and Dimensions G SODE W H NICKE SIVE METAIZATION EECTODE BW T CHIP SIZE EIA/EIAJ 0402/ / / /326 2/3225 ENGTH () WIDTH (W) THICKNESS (T) ± ± ± (.00 ± 0.) (0.50 ± 0.) (0.50 ± 0.) ± ± ± (.60 ± 0.5) (0.80 ± 0.5) (0.80 ± 0.5) ± ± ± (2.00 ± 0.20) (.25 ± 0.20) (0.90 ± 0.20) 0.26 ± ± ± (3.20 ± 0.20) (.60 ± 0.20) (. ± 0.20) 0.26 ± ± ± (3.20 ± 0.20) (2.50 ± 0.20) (.30 ± 0.20) Other sizes and values may be available upon customer s request. TEMINATION (BW) 0.0 ± (0.25 ± 0.) 0.04 ± (0.36 ± 0.5) ± 0.02 (0.5 ± 0.30) ± 0.02 (0.5 ± 0.30) ± 0.02 (0.5 ± 0.30)

6 MCB Series (General Use) AEM Part Tolerance Max. DC Max. I MCB0402G0 P MCB0402G P MCB0402G P MCB0402G P MCB0402G P MCB0402G2 20 P MCB0402G P MCB0402G P MCB0402G P MCB0402G P MCB0402G2 00 P MCB0603G0 P MCB0603G P MCB0603G P MCB0603G P MCB0603G 0 P MCB0603G2 20 P MCB0603G4 40 P MCB0603G5 50 P MCB0603G8 80 P MCB0603G P MCB0603G P MCB0603G P MCB0603G P MCB0603G P MCB0603G2 00 P MCB0603G P MCB0603G P MCB0805F P MCB0805F P MCB0805F P MCB0805F P MCB0805F P MCB0805G 0 P MCB0805G2 20 P MCB0805G5 50 P MCB0805G P MCB0805G P MCB0805G P MCB0805G P MCB0805G P MCB0805G2 00 P MCB0805G P MCB0805G P

7 MCB Series (General Use) AEM Part Number Ω Tolerance Max. DC Ω Max. I A MCB206F90 9 P MCB206F P MCB206F P MCB206F P MCB206F P MCB206F 0 P MCB206F2 20 P MCB206F5 50 P MCB206F P MCB206F P MCB206F P MCB206F P MCB206F P MCB206G2 00 P MCB206G52 500@50MHz P MCB206F @50MHz P MCB2G P Please add tolerance, packaging and termination type codes when ordering. 3

8 Electrical Characteristics (Curves not listed are available upon request) 00 MCB0402G2 00 MCB0402G22 0 0,, (Ohm),, (Ohm) MCB 0603G300 MCB 0603G ,, (Ohm),, (Ohm) MCB 0603G800 MCB 0603G ,, (Ohm),, (Ohm)

9 Electrical Characteristics (Curves not listed are available upon request) MCB 0603G MCB 0603G ,, (Ohm),, (Ohm) MCB0603G8 MCB 0603G ,, (Ohm),, (Ohm) MCB 0603G60 MCB 0603G ,, (Ohm),, (Ohm)

10 Electrical Characteristics (Curves not listed are available upon request) MCB 0805F300 MCB 0805F500 MCB 0805F ,, (Ohm),, (Ohm),, (Ohm) MCB 0805G MCB 0805G2 MCB 0805G ,, (Ohm),, (Ohm),, (Ohm) MCB 0805G60 MCB 0805G2 MCB0805G ,, (Ohm),, (Ohm) 0 lzl,, (Ohm)

11 Electrical Characteristics (Curves not listed are available upon request) MCB 206F300 MCB 206F ,, (Ohm),, (Ohm) MCB 206F600 MCB 206F ,, (O hm),, (Ohm) MCB 206F800 MCB 206F ,, (O hm),, (O hm)

12 Electrical Characteristics (Curves not listed are available upon request) MCB 206F MCB 206F ,, (O hm),, (Ohm) MCB 206F20 MCB 206F ,, (Ohm),, (Ohm) MCB 206F60 MCB 206G ,, (Ohm),, (Ohm) 0 Z

13 Multilayer Ferrite Chip Beads (High Speed) Features Monolithic structure for closed magnetic path and high reliability Standard EIA/EIAJ chip sizes such as 0402/05, 0603/608, 0805/202 and 206/326 Superior termination bonding strength Nickel barrier with solder overplated termination offering excellent solderability and solder leach resistance, suitable for both wave and reflow soldering processes ohs compliant when -T option is specified Applications High frequency noise suppression in computers and peripherals High frequency noise suppression in telecommunications High frequency noise suppression in data communications High frequency noise suppression in consumer electronics ecommended PC Board and Patterns CHIP SIZE EIA/EIAJ G H 0402(05) (.60) 0.06 (0.40) (0.60) 0603(608) 0.2 (2.60) (0.55) (0.94) Operating Temperature -55ºC +25ºC Product Identification MCB 0805 S 2 P T - T () (2) (3) (4) (5) (6) 7) () Series code: MCB: Multilayer Ferrite Chip Bead (2) Dimensions x W inches The first two digits: (length) The last two digits: W (width) (3) Characteristic code: S (4) Value code: Impedance (ohms at 0 MHz) The first two digits are significant. The last digit specifies the number of zeros to follow. (5) Tolerance code: P = ±25% Other tolerances may be available upon request. (6) Package code: T = Tape & eel B = Bulk (7) Termination type code: T = 0% Sn plating 0805(202) 0.8 (3.00) (0.66) (.45) 206(326) 0.73 (4.40) (.50) 0.07 (.80) Shape and Dimensions G SODE W H NICKE SIVE METAIZATION EECTODE BW T CHIP SIZE EIA/EIAJ 0402/ / / /326 ENGTH () WIDTH (W) THICKNESS (T) ± ± ± (.00 ± 0.) (0.50 ± 0.) (0.50 ± 0.) ± ± ± (.60 ± 0.5) (0.80 ± 0.5) (0.80 ± 0.5) ± ± ± (2.00 ± 0.20) (.25 ± 0.20) (0.90 ± 0.20) 0.26 ± ± ± (3.20 ± 0.20) (.60 ± 0.20) (. ± 0.20) Other sizes and values may be available upon customer s request. TEMINATION (BW) 0.0 ± (0.25 ± 0.) 0.04 ± (0.36 ± 0.5) ± 0.02 (0.5 ± 0.30) ± 0.02 (0.5 ± 0.30) 9

14 MCB Series (High Speed) AEM Part Number Ω Tolerance Max. DC Ω Max. I A MCB0402S0 P MCB0402S P MCB0402S P MCB0402S P MCB0402S2 20 P MCB0402S P MCB0402S P MCB0402S P MCB0603S0 P MCB0603S P MCB0603S P MCB0603S P MCB0603S 0 P MCB0603S2 20 P MCB0603S P MCB0603S P MCB0603S P MCB0603S2 00 P MCB0805S P MCB0805S P MCB0805S P MCB0805S P MCB0805S2 20 P MCB0805S P MCB0805S P MCB0805S P MCB0805S2 00 P MCB206S90 9 P MCB206S P MCB206S P MCB206S P MCB206S2 20 P MCB206S P MCB206S P MCB206S P MCB206S2 00 P Please add tolerance, packaging and termination type codes when ordering.

15 Electrical Characteristics (Curves not listed are available upon request) MCB0603S2 MCB0603S60 MCB0603S ,, (Ohm) 0,, (Ohm) 00 0,, (Ohm) MCB0805S60 MCB0805S ,, (Ohm) 00 0,, (Ohm) MCB206S2 MCB206S ,, (Ohm) 00 0 Z,, (Ohm)

16 Multilayer Ferrite Chip Bead Arrays Features The Multilayer Ferrite Chip Bead Arrays retain all the features of Multilayer Ferrite Chip Beads. In addition, it provides multiple circuits in a single package, which reduces the required land space on PCB and the cost for assembly. Applications Noise suppression in signal I/O lines and other circuits that require multiple chip beads for noise suppression Operating Temperature - 55 o C + 25 o C Dimensions Product Identification MBA 206 A 300 P 4 T - T () (2) (3) (4) (5) (6) (7) (8) () Series code: MBA: Multilayer Ferrite Chip Bead Array (2) Dimensions: x W inches The first two digits: (length) The last two digits: W (width) (3) Characteristics code: A Standard, B High Speed (4) Value code: Impedance (ohms at 0 MHz) The first two digits are significant. The last digit specifies the number of zeros to follow. (5) Tolerance code: P = ± 25% (6) Number of circuits: 4 = Four circuits (7) Package code: T = Tape & eel, B = Bulk (8) Termination type code: T = 0% Sn plating INCH (mm) W INCH (mm) T INCH (mm) B INCH (mm) P INCH (mm) E INCH (mm) 0.26±0.008 (3.20±0.20) 0.063±0.008 (.60±0.20) 0.03±0.008 (0.80±0.20) 0.06±0.008 (0.40±0.20) 0.03±0.004 (0.80±0.) 0.02±0.008 (0.30±0.20) AEM Part Number Z@0MHz Ω Tolerance Max. DC Ω MBA206A300P4 30 P MBA206A600P4 60 P MBA206A2P4 20 P MBA206A22P4 220 P MBA206A30P4 300 P MBA206A60P4 600 P MBA206A2P4 00 P MBA206B300P4 30 P MBA206B600P4 60 P MBA206B2P4 20 P MBA206B22P4 220 P MBA206B30P4 300 P MBA206B60P4 600 P Please add packaging and termination codes when ordering. Max. I A 2

17 Multilayer Ferrite Power Beads Features Monolithic structure for closed magnetic path and high reliability Maximum permissible currents up to 4A Standard EIA/EIAJ chip sizes such as 0603/608, 0805/202, and 206/326 Superior termination bonding strength Nickel barrier with solder overplated termination offering excellent solderability and solder leach resistance, suitable for both wave and reflow soldering processes ohs compliant when -T option is specified Applications Noise suppression in computers and peripherals Noise suppression in telecommunications Noise suppression in data communications Noise suppression in consumer electronics ecommended PC Board and Patterns CHIP SIZE EIA/EIAJ G H 0603(608) 0.2 (2.60) (0.55) (0.94) 0805(202) 0.8 (3.00) (0.66) (.45) 206(326) 0.73 (4.40) (.50) 0.07 (.80) Operating Temperature -55ºC +25ºC Product Identification MCP 0805 F 600 P T - T () (2) (3) (4) (5) (6) (7) () Series code: MCP: Multilayer Ferrite Power Bead (2) Dimensions: x W inches The first two digits: (length) The last two digits: W (width) (3) Characteristic code: F (4) Value code: Impedance (ohms at 0 MHz) The first two digits are significant. The last digit specifies the number of zeros to follow. (5) Tolerance code: P = ±25% Other tolerances may be available upon request. (6) Package code: T = Tape & eel B = Bulk (7) Termination type code: T = 0% Sn plating 2(3225) 0.73 (4.40) (.50) 0.6 (2.70) Shape and Dimensions G SODE W H NICKE SIVE METAIZATION EECTODE BW T CHIP SIZE EIA/EIAJ ENGTH () WIDTH (W) THICKNESS (T) TEMINATION (BW) 0603/ ± (.60 ± 0.5) 0.03 ± (0.80 ± 0.5) 0.03 ± (0.80 ± 0.5) 0.04 ± (0.36 ± 0.5) 0805/ ± (2.00 ± 0.20) ± (.25 ± 0.20) ± (0.90 ± 0.20) ± 0.02 (0.5 ± 0.30) 206/ ± (3.20 ± 0.20) ± (.60 ± 0.20) ± (. ± 0.20) ± 0.02 (0.5 ± 0.30) 2/ ± (3.20 ± 0.20) ± (2.50 ± 0.20) Other sizes and values may be available upon customer s request ± (.30 ± 0.20) ± 0.02 (0.5 ± 0.30) 3

18 MCP Series (High Current) AEM Part Number Ω Tolerance Max. DC Ω Max. I A MCP0603F P MCP0603F P MCP0603F P MCP0603F2 20 P MCP0603F8 80 P MCP0603F P MCP0603F P MCP0603F P MCP0805F P MCP0805F P MCP0805F P MCP0805F P MCP0805F2 20 P MCP0805F5 50 P MCP0805F P MCP0805F P MCP0805F P MCP0805F2 00 P MCP206F90 9 P MCP206F P MCP206F P MCP206F P MCP206F 0 P MCP206F2 20 P MCP206F P

19 MCP Series (High Current) AEM Part Number Ω Tolerance Max. DC Ω Max. I A MCP206F P MCP206F P MCP206F2 00 P MCP206P P MCP206P P MCP206P 0 P MCP206P2 20 P MCP206P P MCP2F P Definition of rated current: When the rated current is applied to a power bead, its temperature rise shall not exceed 20 C. Please add tolerance, packaging and termination type codes when ordering. 5

20 Electrical Characteristics (Curves not listed are available upon request) MCP0805F300 MCP0805F ,, (Ohm) (Ohm) 0 A A 2 A 3 A MCP206F300 MCP206F ,, (Ohm) (Ohm) 0 A A 2 A 3 A MCP206F500 MCP206F ,, (Ohm) (Ohm) 0 A A 2 A 3 A

21 Electrical Characteristics (Curves not listed are available upon request) MCP206F800 MCP206F ,, (Ohm) (Ohm) 0 00A 0.67 A.33 A 2.00 A MCP206F2 MCP206F ,, (Ohm) (Ohm) 0.00 A 0.33 A 0.67 A.00 A MCP206F60 MCP206F ,, (Ohm) (Ohm) 0.00 A 0.33 A 0.67 A.00 A

22 Multilayer Ferrite Inductors Features Monolithic structure for closed magnetic path eliminating crosstalk and providing high reliability in a wide temperature and humidity range Standard EIA/EIAJ chip sizes such as 0603/608, 0805/202, and 206/326 Superior termination bonding strength Nickel barrier with solder overplated termination offering excellent solderability and solder leach resistance, suitable for both wave and reflow soldering processes Applications Prevention of electromagnetic interference to signal for high density circuits in disk drives, personal computers, measuring equipment, and telephone equipment ecommended PC Board and Patterns CHIP SIZE EIA/EIAJ G H NCH (mm) 0603(608) 0.2 (2.60) (0.55) (0.94) 0805(202) 0.8 (3.00) (0.66) (.45) 206(326) 0.73 (4.40) (.50) 0.07 (.80) Operating Temperature -40ºC +85ºC Product Identification MCI 0603 J 52 K T - T () (2) (3) (4) (5) (6) (7) () Series code: MCI: Multilayer Ferrite Inductor (2) Dimensions: x W inches The first two digits: (length) The last two digits: W (width) (3) Characteristic code: H, J (4) Value code: Inductance (nh) The first two digits are significant. The last digit specifies the number of zeros to follow. (5) Tolerance code: K = ±% M = ±20% (6) Package code: T = Tape & eel B = Bulk (7) Termination type code: T = 0% Sn plating Shape and Dimensions G SODE W NICKE H SIVE METAIZATION T EECTODE BW CHIP SIZE EIA/EIAJ ENGTH () WIDTH (W) THICKNESS (T) TEMINATION (BW) 0603/ / ± (.60 ± 0.5) ± (2.00 ± 0.20) 0.03 ± (0.80 ± 0.5) ± (.25± 0.20) 0.03 ± (0.80 ± 0.5) <2.7µH ± (0.90 ± 0.20) 2.7µH ± (.25 ± 0.20) 0.04 ± (0.36 ± 0.5) ± 0.02 (0.5 ± 0.30) 206/ ± (3.20 ± 0.20) ± (.60 ± 0.20) ± 0.08 (. ± 0.20) ± 0.02 (0.5 ± 0.30) 8

23 MCI Series (General Use) AEM Part Number µh Tolerance Min. Q Test Frequency MHz Min. SF MHz Max. DC Ω MCI0603H M MCI0603H M MCI0603H M MCI0603H 0. K, M MCI0603H2 0.2 K, M MCI0603H5 0.5 K, M MCI0603H8 0.8 K, M MCI0603H K, M MCI0603H K, M MCI0603H K, M MCI0603H K, M MCI0603H K, M MCI0603H K, M MCI0603H K, M MCI0603H K, M MCI0603J2.0 K, M MCI0603J22.2 K, M MCI0603J52.5 K, M MCI0603J82.8 K, M MCI0603J K, M MCI0603J K, M MCI0603J K, M MCI0603J K, M MCI0603J K, M MCI0603J K, M MCI0603J K, M MCI0603J K, M MCI0603J3 K, M Other values may be available upon request. Please add tolerance, packaging and termination type codes when ordering. Max. I A 9

24 MCI Series (General Use) AEM Part Number µh Tolerance Min. Q Test Frequency MHz Min. SF MHz Max. DC Ω Max. I A MCI0805H K, M MCI0805H K, M MCI0805H K, M MCI0805H 0. K, M MCI0805H2 0.2 K, M MCI0805H5 0.5 K, M MCI0805H8 0.8 K, M MCI0805H K, M MCI0805H K, M MCI0805H K, M MCI0805H K, M MCI0805H K, M MCI0805H K, M MCI0805H K, M MCI0805H K, M MCI0805J2.0 K, M MCI0805J22.2 K, M MCI0805J52.5 K, M MCI0805J82.8 K, M MCI0805J K, M MCI0805J K, M MCI0805J K, M MCI0805J K, M MCI0805J K, M MCI0805J K, M MCI0805J K, M MCI0805J K, M MCI0805J3 K, M MCI0805J23 2 K, M Other values may be available upon request. Please add tolerance, packaging and termination type codes when ordering. 20

25 MCI Series (General Use) AEM Part Number µh Tolerance Min. Q Test Frequency MHz Min. SF MHz Max. DC Ω Max. I A MCI206H M MCI206H M MCI206H 0. K, M MCI206H2 0.2 K, M MCI206H5 0.5 K, M MCI206H8 0.8 K, M MCI206H K, M MCI206H K, M MCI206H K, M MCI206H K, M MCI206H K, M MCI206H K, M MCI206H K, M MCI206H K, M MCI206J2.0 K, M MCI206J22.2 K, M MCI206J52.5 K, M MCI206J82.8 K, M MCI206J K, M MCI206J K, M MCI206J K, M MCI206J K, M MCI206J K, M MCI206J K, M MCI206J K, M MCI206J K, M MCI206J3 K, M MCI206J23 2 K, M MCI206J53 5 K, M MCI206J83 8 K, M MCI206J K, M MCI206J K, M MCI206J K, M Other values may be available upon request. Please add tolerance, packaging and termination type codes when ordering. 2

26 Electrical Characteristics (Curves not listed are available upon request) MCI 0603 SEIES MCI 0603 SEIES (nh) nh 200 nh 390 nh 0 nh Q nh 200 nh 390 nh 0 nh FEQENCY (MHz) FEQENCY (MHz) MCI 0805 SEIES MCI 0805 SEIES (nh) nh 500 nh 560 nh 68 nh Q nh 500 nh 560 nh 68 nh FEQENCY (MHz) MCI 206 SEIES MCI 206 SEIES (nh) nh 2200 nh 820 nh 50 nh Q nh 2200 nh 820 nh 50 nh FEQENCY (MHz) FEQENCY (MHz) 22

27 Multilayer Ceramic Inductors Features Monolithic structure with high reliability Standard EIA/EIAJ chip sizes such as 0402/05 and 0603/608 High quality ceramic material and unique manufacturing processes providing high Q at high frequencies and high self-resonant frequencies Superior termination bonding strength Nickel barrier with solder overplated termination offering excellent solderability and solder leach resistance, suitable for both wave and reflow soldering processes Applications High frequency equipment including cellular phones, pagers, radar detectors, computer communications, etc ecommended PC Board and Patterns CHIP SIZE EIA/EIAJ G H 0402(05) (.60) 0.06 (0.40) (0.60) 0603(608) 0.2 (2.60) (0.55) (0.94) Operating Temperature -40ºC +25ºC Product Identification MHI 0603 C N8 S T - T () (2) (3) (4) (5) (6) (7) () Series code : MHI: Multilayer Ceramic Inductor (2) Dimensions: x W inches The first two digits: (length) The last two digits: W (width) (3) Characteristic code: C (4) Value code: Inductance N decimal point for nh Example: N8 =.8 nh decimal point for µh (00 nh) Example: 2 = 0.2 µh = 20 nh (5) Tolerance code: J = ±5% K = ±% S = ±0.3 nh (6) Package code: T = Tape & eel B = Bulk (7) Termination plating code: T = 0% Sn plating Terminations (Sn/Pb plating no longer available) Shape and Dimensions G SODE W H NICKE SIVE METAIZATION EECTODE BW T SIZE EIA/EIAJ ENGTH () WIDTH (W) THICKNESS (T) TEMINATION (BW) 0402/ ± (.00 ± 0.) ± (0.50 ± 0.) ± (0.50 ± 0.) 0.0± (0.25 ± 0.) 0603/ ± (.60 ± 0.5) 0.03 ± (0.80 ± 0.5) 0.03 ± (0.80 ± 0.5) 0.04 ± (0.36 ± 0.5) 23

28 MHI Series (High Frequency) AEM Part Number, nh Tolerance Min.Q Typ. MHz Typ. MHz Test Frequency MHz Min. SF MHz Max. DC Ω Max. I A MHI0402CN0.0 S MHI0402CN2.2 S MHI0402CN5.5 S MHI0402CN8.8 S MHI0402C2N2 2.2 S MHI0402C2N7 2.7 S MHI0402C3N3 3.3 S, K MHI0402C3N9 3.9 S, K MHI0402C4N7 4.7 S, K MHI0402C5N6 5.6 S, K MHI0402C6N8 6.8 J, K MHI0402C8N2 8.2 J, K MHI0402CN J, K MHI0402C2N 2 J, K MHI0402C5N 5 J, K MHI0402C8N 8 J, K MHI0402C22N 22 J, K MHI0402C27N 27 J, K MHI0402C33N 33 J, K MHI0402C39N 39 J, K MHI0402C47N 47 J, K MHI0402C56N 56 J, K MHI0402C68N 68 J, K MHI0402C82N 82 J, K MHI0402C 0 J, K MHI0402C2 20 J, K Other values may be available upon request. Please add tolerance, packaging and termination type codes when ordering. 24

29 MHI Series (for high frequency) AEM Part Number, nh Tolerance Min.Q Typ. MHz Typ. MHz Test Frequency MHz Min. SF MHz Max. DC Ω Max. I A MHI0603CN5.5 S MHI0603CN8.8 S MHI0603C2N2 2.2 S MHI0603C2N7 2.7 S MHI0603C3N3 3.3 S, K MHI0603C3N9 3.9 S, K MHI0603C4N7 4.7 S, K MHI0603C5N6 5.6 S, K MHI0603C6N8 6.8 J, K MHI0603C8N2 8.2 J, K MHI0603CN J, K MHI0603C2N 2 J, K MHI0603C5N 5 J, K MHI0603C8N 8 J, K MHI0603C22N 22 J, K MHI0603C27N 27 J, K MHI0603C33N 33 J, K MHI0603C39N 39 J, K MHI0603C47N 47 J, K MHI0603C56N 56 J, K MHI0603C68N 68 J, K MHI0603C82N 82 J, K MHI0603C 0 J, K MHI0603C2 20 J, K MHI0603C5 50 J, K MHI0603C8 80 J, K MHI0603C J, K Other values may be available upon request. Please add tolerance, packaging and termination type codes when ordering. 25

30 Typical Electrical Characteristics (Curves not listed are available upon request) M HI 0402 SEIES M HI 0402 Series M HI0402C3N9 M HI0402CN5 30 M HI0402CN M HI0402C6N8 M HI0402C5N6 25 M HI0402C2N7 M HI0402C5N6 M HI0402C6N8 (nh) M HI0402C3N9 M HI0402C2N7 Q 20 M HI0402CN M HI0402CN5 M HI0402CN0 5 5 M HI0402CN F E Q U E N C Y (M H z ) F E Q U E N C Y (M H z ) M HI0603 Series M HI0603 Series M HI0603CN5 70 M HI0603CN 60 M HI0603C3N3 (nh) M HI0603C8N2 Q 50 M HI0603C2N2 M HI0603C6N8 M HI0603C6N8 M HI0603C4N7 M HI0603C5N6 M HI0603C4N7 40 M HI0603C8N2 M HI0603C5N6 30 M HI0603C3N3 M HI0603CN M HI0603C2N2 20 M HI0603CN Frequency (MHz) Frequency (MHz) 26

31 Thin Film Chip Inductors Features Photolithographic single layer ceramic chip High SF, superior Q, and excellent temperature stability Precision within ± % or ± 0. nh Applications Cellular telephone, digital camera and GPS products VCO,TCXO Circuits and F transceiver modules Wireless ANs, bluetooth modules, communication appliances ecommended PC Board and Patterns CHIP SIZE EIA/EIAJ G G H H 020(0502) (0.85) 0.0 (0.25) 0.06 (0.40) 0402(05) (.60) 0.06 (0.40) (0.60) 0603(608) 0.2 (2.60) (0.55) (0.94) Shape and Dimensions Operating Temperature -40ºC +85ºC Product Identification TFI 0402 C N8 S T - T () (2) (3) (4) (5) (6) (7) () Series code : TFI: Thin Film Inductor (2) Dimensions: x W inches The first two digits: (length) The last two digits: W (width) (3) Characteristic code: C (4) Value code: Inductance N decimal point for nh Example: N8 =.8 nh decimal point for µh (00 nh) Example: = 0. µh = 0 nh (5) Tolerance code: F = ±% B = ±0. nh G = ±2% C = ±0.2 nh H = ±3% S = ±0.3 nh J = ±5% (6) Package code: T = Tape & eel (7) Termination type code: T = 0% Sn plating W BW T SIZE EIA/EIAJ ENGTH () WIDTH (W) THICKNESS (T) TEMINATION (BW) 020/ ± (0.60 ± 0.05) 0.02 ± (0.30 ± 0.05) ± (0.23 ± 0.05) 0.006± (0.5 ± 0.05) 0402/ ± (.00 ± 0.) ± (0.50 ± 0.) 0.03 ± (0.32 ± 0.) 0.008± (0.20 ± 0.) 0603/ ± (.60 ± 0.5) 0.03 ± (0.80 ± 0.5) 0.08 ± (0.45 ± 0.) 0.02 ± (0.30 ± 0.20) 27

32 TFI Series AEM Part Number, nh Tolerance Min. Q Test Frequency MHz Min. SF GHz Max. DC Ω Max. I A TFI020C0N 0. B, C, S TFI020C0N2 0.2 B, C, S TFI020C0N3 0.3 B, C, S TFI020C0N4 0.4 B, C, S TFI020C0N5 0.5 B, C, S TFI020C0N6 0.6 B, C, S TFI020C0N7 0.7 B, C, S TFI020C0N8 0.8 B, C, S TFI020C0N9 0.9 B, C, S TFI020CN0.0 B, C, S TFI020CN. B, C, S TFI020CN2.2 B, C, S TFI020CN3.3 B, C, S TFI020CN4.4 B, C, S TFI020CN5.5 B, C, S TFI020CN6.6 B, C, S TFI020CN7.7 B, C, S TFI020CN8.8 B, C, S TFI020CN9.9 B, C, S TFI020C2N0 2.0 B, C, S TFI020C2N 2. B, C, S TFI020C2N2 2.2 B, C, S TFI020C2N3 2.3 B, C, S TFI020C2N4 2.4 B, C, S TFI020C2N5 2.5 B, C, S TFI020C2N6 2.6 B, C, S TFI020C2N7 2.7 B, C, S TFI020C2N8 2.8 B, C, S TFI020C2N9 2.9 B, C, S TFI020C3N0 3.0 B, C, S TFI020C3N 3. B, C, S TFI020C3N2 3.2 B, C, S TFI020C3N3 3.3 B, C, S TFI020C3N4 3.4 B, C, S Other values may be available upon request. 28

33 TFI Series AEM Part Number, nh Tolerance Min. Q Test Frequency MHz Min. SF GHz Max. DC Ω Max. I A TFI020C3N5 3.5 B, C, S TFI020C3N6 3.6 B, C, S TFI020C3N7 3.7 B, C, S TFI020C3N8 3.8 B, C, S TFI020C3N9 3.9 B, C, S TFI020C4N0 4.0 B, C, S TFI020C4N4 4.4 B, C, S TFI020C4N7 4.7 B, C, S TFI020C4N9 4.9 B, C, S TFI020C5N6 5.6 G, J TFI020C6N 6. G, J TFI020C6N8 6.8 G, J TFI020C7N4 7.4 G, J TFI020C8N2 8.2 G, J TFI020C9N 9. G, J TFI020C9N2 9.2 G, J TFI020CN G, J TFI0402C0N2 0.2 B, C, S TFI0402C0N3 0.3 B, C, S TFI0402C0N4 0.4 B, C, S TFI0402C0N5 0.5 B, C, S TFI0402C0N8 0.8 B, C, S TFI0402C0N9 0.9 B, C, S TFI0402CN0.0 B, C, S TFI0402CN. B, C, S TFI0402CN2.2 B, C, S TFI0402CN3.3 B, C, S TFI0402CN4.4 B, C, S TFI0402CN5.5 B, C, S TFI0402CN6.6 B, C, S TFI0402CN7.7 B, C, S TFI0402CN8.8 B, C, S TFI0402CN9.9 B, C, S TFI0402C2N0 2.0 B, C, S Other values may be available upon request. 29

34 TFI Series AEM Part Number, nh Tolerance Min. Q Test Frequency MHz Min. SF GHz Max. DC Ω Max. I A TFI0402C2N 2. B, C, S TFI0402C2N2 2.2 B, C, S TFI0402C2N3 2.3 B, C, S TFI0402C2N4 2.4 B, C, S TFI0402C2N5 2.5 B, C, S TFI0402C2N6 2.6 B, C, S TFI0402C2N7 2.7 B, C, S TFI0402C2N8 2.8 B, C, S TFI0402C2N9 2.9 B, C, S TFI0402C3N0 3.0 B, C, S TFI0402C3N 3. B, C, S TFI0402C3N2 3.2 B, C, S TFI0402C3N3 3.3 B, C, S TFI0402C3N4 3.4 B, C, S TFI0402C3N5 3.5 B, C, S TFI0402C3N6 3.6 B, C, S TFI0402C3N7 3.7 B, C, S TFI0402C3N8 3.8 B, C, S TFI0402C3N9 3.9 B, C, S TFI0402C4N3 4.3 B, C, S TFI0402C4N7 4.7 B, C, S TFI0402C5N4 5.4 B, C, S TFI0402C5N6 5.6 B, C, S TFI0402C5N6 5.9 B, C, S TFI0402C6N5 6.5 B, C, S TFI0402C6N8 6.8 B, C, S TFI0402C7N2 7.2 B, C, S TFI0402C8N0 8.0 B, C, S TFI0402C8N 8. B, C, S TFI0402C8N2 8.2 B, C, S TFI0402C9N 9. B, C, S TFI0402CN F, G, H, J TFI0402CN8.8 F, G, H, J TFI0402C2N 2 F, G, H, J TFI0402C3N8 3.8 F, G, H, J TFI0402C5N 5 F, G, H, J TFI0402C7N 7 F, G, H, J Other values may be available upon request. 30

35 TFI Series AEM Part Number, nh Tolerance Min. Q Test Frequency MHz Min. SF GHz Max. DC Ω Max. I A TFI0402C8N 8 F, G, H, J TFI0402C20N F, G, H, J TFI0402C22N 22 F, G, H, J TFI0402C27N 27 F, G, H, J TFI0402C33N 33 J TFI0603CN0.0 B, C, S TFI0603CN2.2 B, C, S TFI0603CN5.5 B, C, S TFI0603CN8.8 B, C, S TFI0603C2N2 2.2 B, C, S TFI0603C2N7 2.7 B, C, S TFI0603C3N3 3.3 B, C, S TFI0603C3N9 3.9 B, C, S TFI0603C4N7 4.7 B, C, S TFI0603C5N6 5.6 B, C, S TFI0603C6N8 6.8 B, C, S TFI0603C8N2 8.2 B, C, S TFI0603CN F, G, H, J TFI0603C2N 2 F, G, H, J TFI0603C5N 5 F, G, H, J TFI0603C8N 8 F, G, H, J TFI0603C22N 22 F, G, H, J TFI0603C27N 27 F, G, H, J TFI0603C33N 33 F, G, H, J TFI0603C39N 39 F, G, H, J TFI0603C47N 47 F, G, H, J TFI0603C56N 56 F, G, H, J TFI0603C68N 68 F, G, H, J TFI0603C 0 G, H, J Other values may be available upon request. 3

36 Wire Wound Chip Inducors Features Wire wound ceramic construction provide high SF Ultra-compact inductors provide exceptional Q values ow profile, high current are available Miniature SMD chip inductor for fully automated assembly Outstanding endurance from Pull-up force, mechanical shock and pressure Tighter tolerance down to ±2% Smaller size of 0402 (05) Applications F Products Cellular Phone (CDMA/GSM/PHS) Cordless Phone (DECT/CTCT2) emote Control, Security System Wireless PDA W, Wireless AN / Mouse / Keyboard / Earphone VCO, F Module & Other Wireless Products Base Station, epeater GPS eceive Broad Band Applications: CATV Filter, Tuner Cable Modem/ XDS Tuner Set Top Box IT applications USB 2.0 IEEE394 Operating Temperature -40ºC +25ºC Product Identification WHI 0402 N9 J T () (2) (3) (4) (5) (6) () Series code : WHI: Wire Wound Chip Inductor (2) Dimensions: ( x W inches ) (3) Design code C= Standard Inductor = ow Profile Inductor H= High Current and High Q (4) Inductance N6=.6nH 82N=82nH 27=270nH 0=00nH 3=,000nH (5) Inductance Tolerance G = ±2% J = ±5% K = ±% M = ±20% (6) Packaging: T=Taping eel Color Coding: 0603 / 0805/206/08 Series (0402 Series is No Color Coding) Because of small sizes, these parts are marked with a single color dot. The inductance value represented by the dot is shown on the data page for each series. Code COO CODING 32

37 Shape and Dimensions (mm): OVEA B C H A F F I F G I J PAD AYOUT E TEMINA D TEMINA WAPAOUND: Approx /0.8mm BOTH ENDS Standard Series A Max. B Max. C Max. D ef. E F G H I J WHI WHI WHI WHI WHI ow profile Series A Max. B Max. C Max. D ef. E F G H I J WHI WHI High Current / High Q Series A Max. B Max. C Max. D ef. E F G H I J WHI WHI WHI

38 Wire Wound Chip Inductors / Standard AEM Part Number, nh Tolera nce Min. Q Test Frequency (MHz) Min. SF (GHz) Max. dc (Ω) Max. I (A) 900MHz.7GHz, nh Q, nh Q WHI0402CN0.0 K WHI0402CN9.9 J,K WHI0402C2N0 2.0 J,K WHI0402C2N2 2.2 J,K WHI0402C2N4 2.4 J,K WHI0402C2N7 2.7 J,K WHI0402C3N3 3.3 G,J,K WHI0402C3N6 3.6 G,J,K WHI0402C3N9 3.9 G,J,K WHI0402C4N3 4.3 G,J,K WHI0402C4N7 4.7 G,J,K WHI0402C5N 5. G,J,K WHI0402C5N6 5.6 G,J,K WHI0402C6N2 6.2 G,J,K WHI0402C6N8 6.8 G,J,K WHI0402C7N5 7.5 G,J,K WHI0402C8N2 8.2 G,J,K WHI0402C8N7 8.7 G,J,K WHI0402C9N0 9.0 G,J,K WHI0402C9N5 9.5 G,J,K WHI0402CN G,J,K WHI0402CN G,J,K WHI0402C2N 2 G,J,K WHI0402C3N 3 G,J,K WHI0402C5N 5 G,J,K WHI0402C6N 6 G,J,K WHI0402C8N 8 G,J,K WHI0402C9N 9 G,J,K WHI0402C20N 20 G,J,K WHI0402C22N 22 G,J,K WHI0402C23N 23 G,J,K WHI0402C24N 24 G,J,K WHI0402C27N 27 G,J,K WHI0402C30N 30 G,J,K WHI0402C33N 33 G,J,K WHI0402C36N 36 G,J,K WHI0402C39N 39 G,J,K

39 Wire Wound Chip Inductors / Standard AEM Part Number, nh Tolera nce Min. Q Test Frequency (MHz) Min. SF (GHz) Max. dc (Ω) Max. I (A) 900MHz.7GHz Color code, nh Q, nh Q WHI0402C40N 40 G,J,K WHI0402C43N 43 G,J,K WHI0402C47N 47 G,J,K WHI0402C5N 5 G,J,K WHI0402C56N 56 G,J,K WHI0402C68N 68 G,J,K WHI0603CN6.6 J,K Blue WHI0603CN8.8 J,K Black WHI0603C2N2 2.2 J,K White WHI0603C2N3 2.3 J,K Yellow WHI0603C2N7 3.3 G,J,K ed WHI0603C3N6 3.6 G,J,K Violet WHI0603C3N9 3.9 G,J,K Brown WHI0603C4N3 4.3 G,J,K Orange WHI0603C4N5 4.5 G,J,K Gray WHI0603C4N7 4.7 G,J,K Violet WHI0603C5N 5. G,J,K Green WHI0603C5N6 5.6 G,J,K Yellow WHI0603C6N2 6.2 G,J,K Black WHI0603C6N3 6.3 G,J,K Black WHI0603C6N8 6.8 G,J,K ed WHI0603C7N5 7.5 G,J,K Brown WHI0603C8N2 8.2 G,J,K Green WHI0603C8N7 8.7 G,J,K Yellow WHI0603C9N 9. G,J,K Black WHI0603C9N5 9.5 G,J,K Blue WHI0603CN G,J,K Orange WHI0603CN G,J,K Gray WHI0603C2N 2 G,J,K Yellow WHI0603C5N 5 G,J,K Green WHI0603C6N 6 G,J,K White WHI0603C7N 7 G,J,K ed WHI0603C8N 8 G,J,K Blue WHI0603C20N 20 G,J,K Green WHI0603C22N 22 G,J,K Violet WHI0603C23N 23 G,J,K Orange 35

40 Wire Wound Chip Inductors / Standard AEM Part Number, nh Tolera nce Min. Q Test Frequency (MHz) Min. SF (GHz) Max. dc (Ω) Max. I (A) 900MHz.7GHz Color code, nh Q, nh Q WHI0603C24N 24 G,J,K Black WHI0603C27N 27 G,J,K Gray WHI0603C30N 30 G,J,K Brown WHI0603C33N 33 G,J,K White WHI0603C36N 36 G,J,K ed WHI0603C39N 39 G,J,K Black WHI0603C43N 43 G,J,K Orange WHI0603C47N 47 G,J,K Brown WHI0603C5N 5 G,J,K Blue WHI0603C56N 56 G,J,K ed WHI0603C62N 62 G,J,K Gray WHI0603C68N 68 G,J,K Orange WHI0603C72N 72 G,J,K Yellow WHI0603C82N 82 G,J,K Green WHI0603C9N 9 G,J,K Brown WHI0603C 0 G,J,K Blue WHI0603C G,J,K Violet WHI0603C2 20 G,J,K Gray WHI0603C3 30 G,J,K White WHI0603C4 40 G,J,K White WHI0603C5 50 G,J,K Blue WHI0603C6 60 G,J,K Yellow WHI0603C8 80 G,J,K Black WHI0603C G,J,K Brown WHI0603C G,J,K Violet WHI0603C G,J,K ed WHI0603C G,J,K Green WHI0603C G,J,K Orange WHI0603C G,J,K Blue WHI0603C G,J,K Yellow WHI0603C G,J,K White 36

41 Wire Wound Chip Inductors / Standard AEM Part Number, nh Tolerance Min. Q Min. SF (GHz) Max. dc (Ω) Max. I (A) Color code WHI0805C2N7 250MHz J,K 500MHz Brown WHI0805C2N8 250MHz J,K 500MHz Gray WHI0805C3N0 250MHz J,K 500MHz White WHI0805C3N3 250MHz J,K 500MHz Black WHI0805C5N6 250MHz J,K 00MHz Orange WHI0805C6N2 250MHz J,K 00MHz Green WHI0805C6N8 250MHz J,K 00MHz Brown WHI0805C7N5 250MHz J,K 00MHz Green WHI0805C8N2 250MHz J,K 00MHz ed WHI0805C8N7 250MHz J,K 00MHz White 250MHz G,J,K 500MHz Blue WHI0805C2N 250MHz G,J,K 500MHz Orange WHI0805C5N 250MHz G,J,K 500MHz Yellow WHI0805C8N 250MHz G,J,K 500MHz Green WHI0805C22N 250MHz G,J,K 500MHz Blue WHI0805C24N 250MHz G,J,K 500MHz Gray WHI0805C27N 250MHz G,J,K 500MHz Violet WHI0805C33N 250MHz G,J,K 500MHz Gray WHI0805C36N 250MHz G,J,K 500MHz Orange WHI0805C39N 250MHz G,J,K 500MHz White WHI0805C43N 200MHz G,J,K 500MHz Yellow WHI0805C47N 200MHz G,J,K 500MHz Black WHI0805C56N 200MHz G,J,K 500MHz Brown WHI0805C68N 200MHz G,J,K 500MHz ed WHI0805C72N 50MHz G,J,K 500MHz Green WHI0805C82N 50MHz G,J,K 500MHz Orange WHI0805C9N 50MHz G,J,K 500MHz Black WHI0805C 50MHz G,J,K 500MHz Yellow 50MHz G,J,K 250MHz Brown WHI0805C2 50MHz G,J,K 250MHz Green WHI0805C5 0MHz G,J,K 250MHz Blue WHI0805C8 0MHz G,J,K 250MHz Violet WHI0805C20 0MHz G,J,K 250MHz Orange WHI0805C22 0MHz G,J,K 250MHz Gray 37