Japan Radio Co CMN851A Wireless LAN Module User Manual CMN 851A Manual 130617

Japan Radio Co Ltd. Wireless LAN Module CMN 851A Manual 130617

(Short term Confidential) Users Manual

Date of issue：11 APL 2013 Document Number WN-AG0038A Users Manual Product name: Wireless LAN Module Type：：：：CMN-851A Rev．．．．１１１１．．．．００００００００ Japan Radio Co., Ltd. Mobile Communication Group
i History Rev. Date Change Record 1.00 2013.04.11 First Edition
Table of contents 1. GENERAL .................................................................................................................................. 1 2. SPECIFICATIONS FOR WIRELESS LAN ................................................................................. 1 2.1 Environment .......................................................................................................................... 1 2.2 Power .................................................................................................................................... 1 2.3 Radio specification ................................................................................................................ 1 2.4 Radio specifications .............................................................................................................. 2 2.5 Block diagram ....................................................................................................................... 6 2.6 Host interface ........................................................................................................................ 7 2.7 Environmental load ............................................................................................................. 10 2.8 MTBF .................................................................................................................................. 10 3. RELIABILITY TEST .................................................................................................................. 11 4. PACKING .................................................................................................................................. 11 5. ASSURANCE ........................................................................................................................... 11 6. STRUCTURE ........................................................................................................................... 11 7. LOCATION OF MANUFACTURE ............................................................................................. 11 8. NOTE ........................................................................................................................................ 12
11. General This equipment is Wireless LAN Module for IEEE802.11 a/b/g/n (2.4GHz band/5GHz band) with PCI-Express mini-card interface. 2. Specifications for Wireless LAN 2.1 Environment (1) Temperature Operation 0～+50℃（Ta：Ambient Temperature） 0～+65℃（Tc：Case Surface Temperature ） Storage -40～+85℃（Ta：Ambient Temperature） (2) Humidity Operation 20～95%RH(no condensation) Storage 20～95%RH(no condensation) 2.2 Power (1) Input Supply from the host interface connector (2) Operation voltage DC3.3V ±5% (3) Maximum voltage +3.6V (4) Ripple Less than 100mVp-p (5) Consumption current See Table 1 Table 1．Consumption Current (Source voltage is 3.3V） Condition TYP MAX 2.4GHz Band (Tx) 440mA 740mA 5GHz Band(Tx) 630mA 930mA 2.4GHz Band (Rx) 200mA 350mA 5GHz Band (Rx) 230mA 360mA 2.3 Radio specification (1) Standard ARIB STD-T71/T66, IEEE802.11a/b/g/n/e/h 11e（QoS） and 11h（DFS）are operated by driver software. (2) Frequency 20MHz System 2.4GHz band(ISM) 2412～2472MHz，5MHz step 13ch 5.2/5.3GHz band 5180～5320MHz，20MHz step 8ch 5.6GHz band 5500～5700MHz，20MHz step 11ch 5.8GHz band 5745～5825MHz，20MHz step 5ch 40MHz System 2.4GHz band(ISM) 2422～2462MHz，5MHz step 9ch 5.2/5.3GHz band 5190～5310MHz，40MHz step 4ch 5.6GHz band 5510～5670MHz，40MHz step 5ch 5.8GHz band 5755MHz，5795MHz，40MHz step 2ch (Note) Available frequency is regulated by law in each country. 5.2GHz band and 5.3GHz band are for indoor use only. (3) Mode Infrastructure / Ad-hoc（not Ad-hoc operation in the DFS band.） (4) RF connector 20441-001E-01（IPEX, Hirose U.FL-R） 2 ports Nominal Impedance 50ohm (Recommended ANT VSWR : <= 2)
2 (5) Modulation 2.4GHz band: OFDM, DSSS 5GHz band: OFDM (6) MIMO 2x2，2 stream (7) Transmit rate IEEE802.11b(DSSS/CCK) 1～11Mbps IEEE802.11a/g(OFDM) 6～54Mbps IEEE802.11n(OFDM,2x2MIMO) 6.5～300Mbps (8) Functions Encryptions Power save function and etc are operated by driver software. (9) Security IEEE802.11i Encryption method：WEP/TKIP/AES 2.4 Radio specifications (1) Transmit power 2.4GHzband Table 2．2.4GHz band Mode Rate Tx Power allowable deviation IEEE802.11b All rate 1～11Mbps 3mW/MHz （14.8dBm） +20%，-80% （+0.8dB, -7dB） IEEE802.11g All rate 6～54Mbps 3mW/MHz （17.1dBm） +20%，-80% （+0.8dB, -7dB） IEEE802.11n HT20 MCS8～14 3mW/MHz （17.3dBm） +20%，-80% （+0.8dB, -7dB） MCS15 1.4mW/MHz （14.0dBm） IEEE802.11n HT40 MCS8～14 1.5mW/MHz （17.3dBm） +20%，-80% （+0.8dB, -7dB） MCS15 0.7mW/MHz （14.0dBm） 5.2/5.3GHz band Table3．5.2/5.3GHz band Mode Rate Tx power allowable deviation IEEE802.11a 6～48Mbps 3mW/MHz （17.1dBm） +20%，-80% （+0.8dB, -7dB） 54Mbps 1.4mW/MHz （13.8dBm） IEEE802.11n HT20 MCS8～13 3mW/MHz （17.3dBm） +20%，-80% （+0.8dB, -7dB） MCS14～15 1.4mW/MHz （14.0dBm） IEEE802.11n HT40 MCS8～13 1.5mW/MHz （17.3dBm） +20%，-80% （+0.8dB, -7dB） MCS14～15 0.7mW/MHz （14.0dBm）
3 5.6GHz band Table 4．5.6GHz band Mode Rate Tx power allowable deviation IEEE802.11a 6～48Mbps 1.4mW/MHz （13.8dBm） +50%，-50% （+1.8dB, -3dB） 54Mbps 0.6mW/MHz （10.1dBm） IEEE802.11n HT20 MCS8～13 1.4mW/MHz （14.0dBm） +50%，-50% （+1.8dB, -3dB） MCS14～15 0.6mW/MHz （10.3dBm） IEEE802.11n HT40 MCS8～13 0.7mW/MHz （14.0dBm） +50%，-50% （+1.8dB, -3dB） MCS14～15 0.3mW/MHz （10.3dBm） 5.8GHz band（TBD） Table 5．5.8GHz band Mode Rate Tx power allowable deviation IEEE802.11a 6～48Mbps 2.0mW/MHz （15.2dBm） +20%，-80% （+0.8dB, -7dB） 54Mbps 1.0mW/MHz （12.2dBm） IEEE802.11n HT20 MCS8～13 2.0mW/MHz （15.5dBm） +20%，-80% （+0.8dB, -7dB） MCS14～15 1.0mW/MHz （12.5dBm） IEEE802.11n HT40 MCS8～13 1.0mW/MHz （15.5dBm） +20%，-80% （+0.8dB, -7dB） MCS14～15 0.5mW/MHz （12.5dBm） (2) Occupied band width 20MHz system 2.4GHz band Less than 26MHz 5.2/5.3GHz band Less than 19MHz 5.6//5.8GHz band Less than 19.7MHz 40MHz system 2.4GHz band Less than 38MHz 5.2/5.3/5.6/5.8GHz band Less than 38MHz (3) Frequency accuracy 2.4GHz band ±50ppm 5.2/5.3/5.6/5.8GHz band ±20ppm
4 (4) Receiver sensitivity Table 6．2.4GHz band System Band width MCS index Data Rate Sensitivity [dBm] 802.11b (2.4GHz band) 1Mbit/s Less than -80 2Mbit/s Less than -75 802.11g (2.4GHz band) 20MHz 6Mbit/s Less than -82 9Mbit/s Less than -81 12Mbit/s Less than -79 18Mbit/s Less than -77 24Mbit/s Less than -74 36Mbit/s Less than -70 48Mbit/s Less than -66 54Mbit/s Less than -65 802.11n (2.4GHz band) 20MHz 0 8 Less than -82 1 9 Less than -79 2 10 Less than -77 3 11 Less than -74 4 12 Less than -70 5 13 Less than -66 6 14 Less than -65 7 15 Less than -64 40MHz 0 8 Less than -79 1 9 Less than -76 2 10 Less than -74 3 11 Less than -71 4 12 Less than -67 5 13 Less than -63 6 14 Less than -62 7 15 Less than -61
5 Table 7．5GHz band System Band width MCS index Data Rate Sensitivity [dBm] 802.11a (5GHz band) 20MHz 6Mbit/s Less than -82 9Mbit/s Less than -81 12Mbit/s Less than -79 18Mbit/s Less than -77 24Mbit/s Less than -74 36Mbit/s Less than -70 48Mbit/s Less than -66 54Mbit/s Less than -65 802.11n (5GHz band) 20MHz 0 8 Less than -82 1 9 Less than -79 2 10 Less than -77 3 11 Less than -74 4 12 Less than -70 5 13 Less than -66 6 14 Less than -65 7 15 Less than -64 40MHz 0 8 Less than -79 1 9 Less than -76 2 10 Less than -74 3 11 Less than -71 4 12 Less than -67 5 13 Less than -63 6 14 Less than -62 7 15 Less than -61
6 2.5 Block diagram PLL / VCOPCIeMAC/BB2G-RX15G-RX12G-TX15G-TX1RXDiplexerSWTXDiplexer40MHzFEMMAC/BB/RFEEPROM3.3VDC/DC1.2V3.3VPCIe Card edgeANT2WLAN-ICGPIO0COEX1Pull upGPIO1GPIO5GPIO6WAKE#CLKREQ#PET, PER, REFCLK2G-RX25G-RX22G-TX25G-TX2COEX2W_DISABLE#LED_WLAN#PERST#Pull upRXDiplexerSWTXDiplexerFEMANT1 Fig 1．Block diagram
7 2.6 Host interface (1) Interface PCI-express mini-card Rev1.1 base (2) PIN assign Table 9．Host interface Pin Name Type explanation 1 #WAKE OD PCIE Request to service a function-initiated wake event Open drain（Drive current：24mA max） 2 3.3Vaux 3.3V input 3 COEX1 I/O Connected to AR9280-GPIO 5pin Drive current：24mA max (Current is defined driver software) 250k ohm pull down (settable) 4 GND Ground 5 COEX2 I/O Connected to AR9280-GPIO 6pin Drive current：24mA max (Current is defined driver software) 250k ohm pull down (settable) 6 1.5V NC 7 CLKREQ# OD PCIE Reference clock request。 Open drain（Drive current：24mA max） 8 UIM PWR NC 9 GND Ground 10 UIM_DATA NC 11 REFCLK- I PCIE Differential reference clock（100MHz） 12 UIM_CLK NC 13 REFCLK+ I PCIE Differential reference clock（100MHz） 14 UIM_RESET NC 15 GND Ground 16 UIM_VPP NC 17 Reserved (UIM_C8) NC 18 GND Ground 19 Reserved (UIM_C4) NC 20 W_DISABLE# IH/OH Connected to AR9280-GPIO 0pin 10k ohm pull up Drive current：24mA max (Current is defined driver software) 21 GND Ground 22 PERST# IH PCIE reset 100k ohm pull up 23 PERn0 O PCIE Differential transmit 24 3.3Vaux 3.3V input 25 PERp0 O PCIE Differential transmit 26 GND Ground 27 GND Ground 28 +1.5V NC 29 GND Ground 30 SMB_CLK NC
8 ※Type: I=input, O=Output, OD=Open drain, H=Pull up Fig 2．Pin allocation Pin Name Type explanation 31 PETn0 I PCIE Differential receive 32 SMB_DATA NC 33 PETp0 I PCIE Differential receive 34 GND Ground 35 GND Ground 36 USB_D- NC 37 GND Ground 38 USB_D+ NC 39 3.3Vaux 3.3V input 40 GND Ground 41 3.3Vaux 3.3V input 42 LED_WWAN# NC 43 GND Ground 44 LED_WLAN# IH/OH Connected AR9280-GPIO 1pin 10k ohm pull up Drive current ：24mA max (Current is defined driver software) 45 Reserved NC 46 LED_WPAN# NC 47 Reserved NC 48 +1.5V NC 49 Reserved NC 50 GND Ground 51 Reserved NC 52 3.3Vaux 3.3V input
9 (3) Start up sequence Please comply with the following timing. Fig 3．Start up sequence Table 10．Start up timing Signal Name Min Max Unit TPVRAMP Power Supply Ramp on 3.3V － 1 ms TPV2CLK Power valid to REFCLK stable 100 － us TCLK2RST REFCLK stable to PERST# de-asserted 100 － us TPV2RST Power valid to PERST# de-asserted 10 － ms TPVRAMP TPV2CLK TPV2RST 3.3Vaux Input Input REFCLK PERST# TCLK2RST
10 2.7 Environmental load (1) RoHS available 2.8 MTBF 25 years (Condition) Temperature 0℃ to 50℃ Humidity 93%(40℃) Vibration Frequency 10 to 200 Hz Accelerations 29.4m/s2 Time ：Up and Down 4H, Back and force 2H, Right and left 2H Shock Peak acceleration: 500 m/s2 Time: 11ms Profile: half sin Number of shock: 3 times each axis (Total 18 times)。
11 3. Reliability test Contact us 4. Packing See packing instruction 5. Assurance （1）Duration of guarantee 1 year (2)Analysis method It supports only re-test on the production line. 6. Structure See “Parts allocation” and “Parts list” 7. Location of manufacture Factory Japan Radio Co., Ltd. MITAKA plant Place MITAKA CITY, TOKYO MET. Country Japan
12 8. Note FCC/IC CAUTION This device complies with Part 15 of FCC Rules and Industry Canada licence-exempt RSS standard(s). Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operation of this device. Le présent appareil est conforme aux la partie 15 des règles de la FCC et CNR d'Industrie Canada applicables aux appareils radio exempts de licence. L'exploitation est autorisée aux deux conditions suivantes : (1) l'appareil ne doit pas produire de brouillage, et (2) l'utilisateur de l'appareil doit accepter tout brouillage radioélectrique subi, même si le brouillage est susceptible d'en compromettre le fonctionnement. RF exposure compliance This equipment complies with FCC/IC radiation exposure limits set forth for an uncontrolled environment and meets the FCC radio frequency (RF) Exposure Guidelines in Supplement C to OET65 and RSS-102 of the IC radio frequency (RF) Exposure rules. This equipment should be installed and operated keeping the radiator at least 20cm or more away from person’s body (excluding extremities: hands, wrists, feet and ankles). Cet équipement est conforme aux limites d’exposition aux rayonnements énoncées pour un environnement non contrôlé et respecte les règles les radioélectriques (RF) de la FCC lignes directrices d'exposition dans le Supplément C à OET65 et d’exposition aux fréquences radioélectriques (RF) CNR-102 de l’IC. Cet équipement doit être installé et utilisé en gardant une distance de 20 cm ou plus entre le dispositif rayonnant et le corps (à l’exception des extrémités : mains, poignets, pieds et chevilles). Compliance with FCC requirement 15.407(c) and IC requirement RSS-210 A9.4 4 Data transmission is always initiated by software, which is the passed down through the MAC, through the digital and analog baseband, and finally to the RF chip. Several special packets are initiated by the MAC. These are the only ways the digital baseband portion will turn on the RF transmitter, which it then turns off at the end of the packet. Therefore, the transmitter will be on only while one of the aforementioned packets is being transmitted. In other words, this device automatically discontinue transmission in case of either absence of information to transmit or operational failure. La transmission des données est toujours commencée par logiciel qui est les passés en bas à travers le MAC à travers le baseband numérique et analogique, et finalement à l'éclat RF. Plusieurs paquets spéciaux sont commencés par le MAC. Ce sont les seuls chemins que la portion du baseband numérique allumera le transmetteur RF qu'il désactive alors à la fin du paquet. Par conséquent, le transmetteur sera sur seulement pendant qu'un des parquets susmentionnés est transmis. En d'autres termes, cet appareil cesse automatiquement la transmission en cas de l'un et l'autre absence d'information pour transmettre ou échec opérationnel.
13FCC CAUTION Changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment. 5.15-5.25GHz band is restricted to indoor operations only. Frequency Tolerance: ±50 ppm (2.4GHz band), ±20 ppm (5GHz band) IC CAUTION Under Industry Canada regulations, this radio transmitter may only operate using an antenna of a type and maximum (or lesser) gain approved for the transmitter by Industry Canada. To reduce potential radio interference to other users, the antenna type and its gain should be so chosen that the equivalent isotropically radiated power (e.i.r.p.) is not more than that necessary for successful communication. Conformément à la réglementation d'Industrie Canada, le présent émetteur radio peut fonctionner avec une antenne d'un type et d'un gain maximal (ou inférieur) approuvé pour l'émetteur par Industrie Canada. Dans le but de réduire les risques de brouillage radioélectrique à l'intention des autres utilisateurs, il faut choisir le type d'antenne et son gain de sorte que la puissance isotrope rayonnée équivalente (p.i.r.e.) ne dépasse pas l'intensité nécessaire à l'établissement d'une communication satisfaisante. 5.15-5.25GHz band is restricted to indoor operations only. La bande 5 150-5 250 MHz est restreints à une utilisation à l’intérieur. This product which is intended for use in Japan， is a controlled product regulated under the Japanese Foreign Exchange and Foreign Trade Law. When you plan to export or take this product out of Japan， please obtain a permission， as required by the Law and related regulations， from the Japanese Government.
Appendix１１１１ A XXX－YYYY
CMN-851A Parts list Reference Designator Vendor Vendor Part Number Description BAL101 Murata LDB182G4510G-120 BALUN, 2.45 GHz, 50-100 OHM BAL102 Murata LDB182G4510G-120 BALUN, 2.45 GHz, 50-100 OHM C101 Murata GRM033B11A103KA01D CAP, 0603, B, 0.01uF C102 Murata GRM033B11A103KA01D CAP, 0603, B, 0.01uF C103 Murata GRM033B11A103KA01D CAP, 0603, B, 0.01uF C104 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C105 Murata GRM188B30J475KE18D CAP, 1608, B, 4.7uF C106 Murata GRM188B30J106ME47D CAP, 1608, B, 10uF C107 Murata GRM188B30J475KE18D CAP, 1608, B, 4.7uF C108 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C109 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C110 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C111 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C112 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C113 Murata GRM033B11A103KA01D CAP, 0603, B, 0.01uF C114 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C115 Murata GRM033B11A103KA01D CAP, 0603, B, 0.01uF C116 Murata GRM21BB30J226ME38L CAP, 2012, B, 22uF C117 Murata GRM21BB30J226ME38L CAP, 2012, B, 22uF C118 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C119 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C121 Murata GRM0332C1E100GD01D CAP, 0603, C0H, 10pF C122 Murata GRM0332C1E110GD01D CAP, 0603, C0H, 11pF C123 Murata GRM0332C1E100JD01D CAP, 0603, C0H, 10pF C124 Murata GRM0332C1E470JD01D CAP, 0603, C0H, 47pF C125 Murata GRM0332C1E470JD01D CAP, 0603, C0H, 47pF C126 Murata GRM0332C1E470JD01D CAP, 0603, C0H, 47pF C127 Murata GRM0332C1E470JD01D CAP, 0603, C0H, 47pF C128 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C129 Murata GRM0332C1E100JD01D CAP, 0603, C0H, 10pF C130 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C131 Murata GRM0332C1E100JD01D CAP, 0603, C0H, 10pF C132 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C133 Murata GRM155B30J105KE18D CAP, 1005, B, 1uF C134 Murata GRM155B31A224KE18D CAP, 1005, B, 0.22uF C135 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C136 Murata GRM155B30J105KE18D CAP, 1005, B, 1uF C137 Murata GRM155B31A224KE18D CAP, 1005, B, 0.22uF C138 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C139 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C140 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C141 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF Appendix2
C142 Murata GRM033B11A103KA01D CAP, 0603, B, 0.01uF C143 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C144 Murata GRM0332C1E100JD01D CAP, 0603, C0H, 10pF C145 Murata GRM0332C1E100JD01D CAP, 0603, C0H, 10pF C146 Murata GRM0332C1E100JD01D CAP, 0603, C0H, 10pF C147 Murata GRM0334C1ER50WZ01D CAP, 0603, C0K, 0.5pF C148 Murata GRM0334C1ER50WZ01D CAP, 0603, C0K, 0.5pF C149 Murata GRM0332C1E1R0CD01D CAP, 0603, C0H, 1pF C150 Murata GRM0333C1E2R2CD01D CAP, 0603, C0J, 2.2pF C151 Murata GRM0333C1E2R2CD01D CAP, 0603, C0J, 2.2pF C152 Murata GRM0332C1E470JD01D CAP, 0603, C0H, 47pF C153 Murata GRM0333C1E3R9BD01D CAP, 0603, C0J, 3.9pF C154 Murata GRM0334C1ER50WZ01D CAP, 0603, C0K, 0.5pF C157 Murata GRM0332C1E100JD01D CAP, 0603, C0H, 10pF C158 Murata GRM0332C1E100JD01D CAP, 0603, C0H, 10pF C159 Murata GRM0332C1E100JD01D CAP, 0603, C0H, 10pF C160 Murata GRM0334C1ER50WZ01D CAP, 0603, C0K, 0.5pF C161 Murata GRM0334C1ER50WZ01D CAP, 0603, C0K, 0.5pF C162 Murata GRM0332C1E1R0CD01D CAP, 0603, C0H, 1pF C163 Murata GRM0333C1E2R2CD01D CAP, 0603, C0J, 2.2pF C164 Murata GRM0333C1E2R2CD01D CAP, 0603, C0J, 2.2pF C165 Murata GRM0332C1E470JD01D CAP, 0603, C0H, 47pF C166 Murata GRM0333C1E3R9BD01D CAP, 0603, C0J, 3.9pF C167 Murata GRM0333C1E3R9BD01D CAP, 0603, C0J, 3.9pF C201 Murata GRM0332C1E470JD01D CAP, 0603, C0H, 47pF C202 Murata GRM0332C1E100JD01D CAP, 0603, C0H, 10pF C203 Murata GRM0332C1E100JD01D CAP, 0603, C0H, 10pF C204 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C205 Murata GRM188B30J475KE18D CAP, 1608, B, 4.7uF C206 Murata GRM0332C1E100JD01D CAP, 0603, C0H, 10pF C207 Murata GRM0332C1E470JD01D CAP, 0603, C0H, 47pF C208 Murata GRM0332C1E100JD01D CAP, 0603, C0H, 10pF C209 Murata GRM0332C1E100JD01D CAP, 0603, C0H, 10pF C210 Murata GRM033B30J104KE18D CAP, 0603, B, 0.1uF C211 Murata GRM188B30J475KE18D CAP, 1608, B, 4.7uF C212 Murata GRM0332C1E100JD01D CAP, 0603, C0H, 10pF IC101 Atheros AR9280-AL1A IC, 802.11a/b/g/n in BGA IC102 ROHM BR24G32FJ-WE2 IC,Memory,Serial 32Kbit EEPROM IC103 RICOH RP501K121B-TR REG,1A,PWM STEP-DWN DC/DC CONV IC201 SiGe_Semiconductor SE2595L-R IC, Dual Band 802.11n Wireless LAN FEM IC202 SiGe_Semiconductor SE2595L-R IC, Dual Band 802.11n Wireless LAN FEM J201 I-PEX 20441-001E-01 CONNECTOR, Ultra-Miniature Coax J202 I-PEX 20441-001E-01 CONNECTOR, Ultra-Miniature Coax L101 Murata LQM2HPN2R2MJ0L IND, 2520, 2.2uH L102 Murata LQP03TN4N7H00D IND, 0603, 4.7nH L104 Murata LQP03TN1N0B00D IND, 0603, 1.0nH
L105 Murata LQP03TN4N7H00D IND, 0603, 4.7nH L107 Murata LQP03TN1N0B00D IND, 0603, 1.0nH PC101 Fujitsu Interconnect Technologies H-7PCWN0070A PCB, 6-LAYERS R101 Panasonic ERJ2GE0R00X RES, 1005, 0 OHMS R102 Panasonic ERJ1GE0R00C RES, 0603, 0 OHMS R104 Panasonic ERJ2GE0R00X RES, 1005, 0 OHMS R105 Panasonic ERJ2GE0R00X RES, 1005, 0 OHMS R106 Panasonic ERJ1GE0R00C RES, 0603, 0 OHMS R107 Panasonic ERJ1GEF1002C RES, 0603, 10K OHMS R108 Panasonic ERJ1GEF1002C RES, 0603, 10K OHMS R109 Panasonic ERJ1GEF10R0C RES, 0603, 10 OHMS R110 Panasonic ERJ1GEF49R9C RES, 0603, 49.9 OHMS R115 Panasonic ERJ1GE0R00C RES, 0603, 0 OHMS R116 Panasonic ERJ1GE0R00C RES, 0603, 0 OHMS R117 Panasonic ERJ1GEF6191C RES, 0603, 6.19K OHMS R121 Panasonic ERJ1GEF51R0C RES, 0603, 51 OHMS R122 Panasonic ERJ1GEF49R9C RES, 0603, 49.9 OHMS R124 Panasonic ERJ1GEF51R0C RES, 0603, 51 OHMS R125 Panasonic ERJ1GEF49R9C RES, 0603, 49.9 OHMS R126 Panasonic ERJ1GEF1002C RES, 0603, 10K OHMS R127 Panasonic ERJ1GEF1002C RES, 0603, 10K OHMS R201 Panasonic ERJ1GEF1200C RES, 0603, 120 OHMS R202 Panasonic ERJ1GEF51R0C RES, 0603, 51 OHMS R203 Panasonic ERJ1GEF1200C RES, 0603, 120 OHMS R204 Panasonic ERJ1GEF22R0C RES, 0603, 22 OHMS R205 Panasonic ERJ1GEF22R0C RES, 0603, 22 OHMS R206 Panasonic ERJ1GEF22R0C RES, 0603, 22 OHMS R207 Panasonic ERJ1GE0R00C RES, 0603, 0 OHMS R208 Panasonic ERJ1GEF3011C RES, 0603, 3.01K OHMS R210 Panasonic ERJ1GEF1002C RES, 0603, 10K OHMS R211 Panasonic ERJ1GEF1002C RES, 0603, 10K OHMS R212 Panasonic ERJ1GEF1200C RES, 0603, 120 OHMS R213 Panasonic ERJ1GEF51R0C RES, 0603, 51 OHMS R214 Panasonic ERJ1GEF1200C RES, 0603, 120 OHMS R215 Panasonic ERJ1GEF22R0C RES, 0603, 22 OHMS R216 Panasonic ERJ1GEF22R0C RES, 0603, 22 OHMS R217 Panasonic ERJ1GEF22R0C RES, 0603, 22 OHMS R218 Panasonic ERJ1GE0R00C RES, 0603, 0 OHMS R219 Panasonic ERJ1GEF3011C RES, 0603, 3.01K OHMS R221 Panasonic ERJ1GEF1002C RES, 0603, 10K OHMS R222 Panasonic ERJ1GEF1002C RES, 0603, 10K OHMS X101 NDK NX3225SA XTAL, 40MHz － Hohnan MTD301926B Upper case － Hohnan MTD301927B Lower case － Kasahara MPNN39625 Label

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