BCE-ELLIPSE24

1 2 3 4 5 6 7 8 A B C D E F G 1 2 3 4 5 6 7 8 A B C D E F G 1 23 4 5 6 7 8 111213 14 1516 17 202122 9 10 I II III 18 19 English Adjusting the volume 20) To turn up or reduce the sound level in your headset, press successively on the volume control button +/- marked with the icon 7on the front of the remote unit. Muting the microphone 21) To talk without your caller hearing you, press the mute button marked with the icon 6 on the front of the remote unit. When the microphone is muted, you will hear a double beep in your headset every 3 seconds. When the mute function is on, you can still hear your caller. Recharging the battery 22) When not in use, place the remote unit in the base unit. This ensures optimum battery lifetime. When placed in the base unit, the recharging indicator marked with the icon 5 automatically lights up and the remote unit is recharged. It takes 2 hours to fully recharge the battery. A fully charged battery provides 12 hours of talktime. If you use Ellipse in between, recharging takes longer. If battery power gets too low, Ellipse lets you know by beeping in your headset every 10 seconds. Deutsch Einstellung der Lautstärke 20) Wenn Sie die Lautstärke an Ihrem Headset verändern wollen, drücken Sie auf die mit dem Bildsymbol 7gekenn- zeichnete Lautstärketaste +/- an der Vorderseite des Mobilteiles. Stummschaltung des Mikrofons 21) Zur Stummschaltung des Mikrofones, drücken Sie den mit 6 gekennzeichneten Muteschalter an der Vorderseite des Mobilteiles. Ist das Mikrofon stummgeschaltet, hören Sie alle 3 Sekunden einen doppelten Piepton in ihrem Headset. Bei aktivierter Stummschaltung können Sie den Anrufer immer noch hören. Aufladen der Batterie 22) Legen Sie das Mobilteil, wenn es nicht benutzt wird, auf die Basisstation. Dies gewährleistet eine optimale Batterie- lebensdauer. Sobald sich das Mobilteil auf der Basisstation befindet, leuchtet die mit Bildsymbol 5 gekennzeichnete Ladeanzeige und das Mobilteil wird geladen. Die Batterie wird innerhalb von 2 Stunden vollständig geladen. Eine voll- ständig geladene Batterie ermöglicht eine Gesprächszeit von 12 Stunden. Verwenden Sie während des Ladevorganges das Mobilteil, so dauert der Ladevorgang etwas länger. Sinkt die Batterieleistung zu stark ab, teilt Ellipse dies mit. Im Headset ertönt dann im Abstand von 10 Sekunden ein Piepton. Français Réglage du volume 20) Pour augmenter ou réduire le volume de réception, appuyez plusieurs fois sur le bouton 7à l’avant de l’unité mobile. Fonction secret 21) Pour parler sans être entendu de votre interlocuteur, appuyez sur le bouton 6 à l’avant de l’unité mobile. Lorsque la fonction secret est activée, deux bips sont émis toutes les 3 secondes. La voix de votre interlocuteur reste audible. Mise en charge de la batterie 22) Lorsque vous n’utilisez pas l’unité mobile, insérez-la dans le rack de charge de la base afin de garantir une autonomie optimale, l’indicateur de charge 5 s’allume automatiquement pour signaler la mise en charge. Deux heures sont nécessaires pour assurer une charge complète, qui délivre alors 12 heures d’autonomie. Si vous utilisez Ellipse pendant la charge, le temps de charge sera plus long. Lorsque le seuil de décharge maximum est atteint, un bip est émis toutes les 10 secondes. Español Ajuste del volumen 20) Para aumentar o reducir el nivel de sonido en el casco, pulse sucesivamente el botón de control de volumen +/- marcado con el icono 7de la parte delantera de la unidad remota. Silenciamiento del microteléfono 21) Para hablar sin que le oiga la persona que le llama por teléfono, pulse el botón “mute” marcado con el icono 6 de la parte delantera de la unidad remota. Cuando el microteléfono queda silenciado, oirá un doble sonido en el casco cada tres segundos. Cuando la función de silenciamiento está conectada, usted todavía puede oír a la persona que le llama. Recarga de la batería 22) Cuando no la utilice, coloque la unidad remota en la unidad base. Esto garantiza una duración óptima de la batería. Cuando está colocada en la unidad base, el indicador de recarga marcado con el icono 5 se enciende automáticamente y la unidad remota se recarga. La batería tarda 2 horas en recargarse totalmente. Una batería totalmente cargada permite hablar durante 12 horas. Si utiliza Ellipse mientras tanto, la recarga de la batería tarda más tiempo. Si la alimentación de la batería se reduce demasiado, Ellipse se lo indica mediante un sonido que podrá oír en el casco cada 10 segundos. Português Regular o volume 20) Para aumentar ou reduzir o nível do som nos microauscultadores, carregue sucessivamente no botão de controlo do volume +/- com o ícone 7na parte da frente do comando à distância. Silenciar o microfone 21) Para poder falar sem que o seu interlocutor o oiça, prima o botão do silenciador com o ícone 6 na parte da frente do comando à distância. Quando o microfone estiver silenciado, ouvirá de 3 em 3 segundos um duplo bip nos auscultado- res. Quando a função do silenciador estiver activada, poderá continuar a ouvir o seu interlocutor. Recarregar a bateria 22) Quando não o estiver a utilizar, coloque o comando à distância no aparelho base. Isto garante uma duração óptima da bateria. Quando o comando à distância se encontra no aparelho base, o indicador de recarga com o ícone 5 ilumina- se automaticamente e o comando à distância é recarregado. São necessárias 2 horas para recarregar completamente a bateria. Uma bateria completamente carregada permite 12 horas de conversa. Se utilizar o sistema Ellipse durante esse período, o tempo de recarga é mais demorado. Se a energia da bateria ficar demasiado fraca, o sistema Ellipse avisa-o emitindo bips através dos auscultadores de 10 em 10 segundos. Italiano Regolazione del volume 20) Per aumentare o diminuire il livello del suono in cuffia, premere più volte il tasto di regolazione volume +/- contrassegna- to dal simbolo 7posto sulla parte anteriore dell’unità remota. Esclusione del microfono 21) Per parlare senza che il vostro …

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User Guide E L L I P S E Ellipse manual final 5/26/99 9:55 AM Page 1 C o m p o n e n t s A .Base Unit 3 0Headset/Handset Selector I .Transmit A d j u s t m e n t I I .Telephone Compatibility A d j u s t m e n t 4On-line Indicator 5B a t t e ry Recharging Indicator B .Headset Stand C .Remote Unit I I I .On-line Indicator Volume Control Button 6Mute Button I V.Hook Switch Activation Button D. Base stand E. AC Power Adapter F. Remote Unit Battery and Belt Clip V.S h i rt Clip H. Modular Connector Cord E .D. B C. G. F. III. V. I V. II. I. A . Ellipse manual final 5/26/99 9:55 AM Page 2 3 A s s e m bling the base unit and connecting to the telephone 1 ) Disconnect handset cord from telephone and connect to port marked with the 0icon at the bottom of base unit. Connect one end of modular connector cord to handset port and the other end to the bottom of base unit marked with icon 1. Connect the AC Power Adapter to the port marked with icon 2at the bottom of base unit, and then to the power outlet. Tu rn on power (see Figure 1). 2 )Mount base unit by aligning the tabs extending from the bottom of the base unit with the corresponding slots on the stand. Tu rn clockwise until secure. The 3 cords should extend f rom the back of the base unit. Align the center tab of the headset stand with the port on either side of the base unit. Slide the ends of the headset stand over until it locks into place (see Figure 2). 3 )Align the tab at the bottom of the battery with the notch on the back of the remote unit. Push the battery flush against the remote until it clicks into place. (see Figure 3). 4 )Connect headset to bottom of remote unit. Insert remote unit into base unit. Either side may be used. The battery charg e indicator marked with icon 5on base unit will light up. This will be re f e rred to as the front of the base unit (see F i g u re 4). Fully charge remote for 3 hours before using. Figure 2 Figure 1 Figure 3 Figure 4 Ellipse manual final 5/26/99 9:55 AM Page 3 4 Figure 6 II. III. I. Checking the system 1 )Put in headset mode by pressing the headset/handset selector on top of base unit ( p ress only once). The on-line indicator marked with icon 4on front of base unit will light up. After 5-45 seconds, the on-line indicator on the top of remote unit will start to flash (base unit searches for open transmission channel first time only). The system is now working. If the on-line indicator does not flash, re c h e c k assembly (see Figure 5). Charging the battery The nickel-metal-hydride battery (NiMH) for the remote unit is not charged when d e l i v e red. To change, place remote unit with battery in base unit for at least 3 hours b e f o re making the adjustments below (see Figure 6). 2 )I + I I .Make sure the headset/handset selector marked with icon 3 0on top of base unit is in the headset position. The switch is in headset position when the on- line indicator marked with icon 4on the front of the base unit lights up and the on-line indicator on the top of the remote unit is flashing. If the lights are o ff, the switch is in handset position. Press the handset/headset button once to activate the headset. I I I .Make sure the mute function on the remote is off. If the mute is on, you will hear a double beep in your headset every 3 seconds. Tu rn off by pressing the mute button on the remote unit marked with icon6o n c e . I V. If your telephone has volume control, set the volume to mid-range. Setting telephone compatibility and transmit adjustments Step 1: Adjusting to your telephone 1 )Put your headset on, lift the handset from the telephone and listen for a dial tone in your headset. 2 )If there is no dial tone, adjust the telephone compatibility switch marked A-G on the rear of base unit. Move from A to G until the dial tone is clear. If the dial tone is just as clear in position A as in G, leave switch in position A (see Figure 7). Figure 7 Figure 5 Ellipse manual final 5/26/99 9:55 AM Page 4 5 Figure 8 Step 2: Adjusting the transmit sound leve l To adjust transmit (microphone) sound level, you must make a call. 1 )Change from headset to handset position by pressing the headset/handset switch marked with icon 3 0on top of base unit once. Call someone using your handset and ask for help evaluating the sound level of your voice. Adjust the switch marked 1-8 on the rear of the base unit as follows: Adjust position from 1 to 8 (1 softest, 8 loudest) by first talking in the handset and then in the headset for each position. When the person hears no d i ff e rence when you talk into the handset or headset, you have the corre c t setting. If the best setting is 7 or 8, move the A-G switch to position G (see F i g u re 8). Telephone compatibility guide For optimal perf o rmance the Ellipse must be adjusted to the telephone it is connected to. The table shows the setup with the adjustment of the 2 diff e rent setup functions. ManufacturerSystemPhone SetPhone Type AT&T (Lucent)Definity7100, 7300, 7400, SeriesElectret MerlinBTN, BIS, & 7000 SeriesElectret ISDN6500, 7500 SeriesElectret 1A22500 SeriesCarbon Merlin LegendMLX SeriesElectret Consumer ProductsTraditional & FeatureElectret ComdialExecutech, ImpactAll SetsElectret MitelSX SeriesAll SupersetsElectret NECElectraD-Term Series 2, 3, EElectret Executone EncoreAll SetsCarbon ITT/Alcatel501, 6012500 & 2800 SeriesCarbon ToshibaStrata SE & DKEKT 2101-3102, 6010-6025Carbon Siemens RolmETS SeriesCarbon Ellipse manual final 5/26/99 9:55 AM Page 5 6 Using with a headset 1) Make sure the headset/handset switch on top of the base unit is in the headset position (see Figure 6, I + II). Put on headset, pick up handset, and answer the phone or make a call. 2 )To end the call, put down handset. 3 )When you answer or make a call using the headset, the on-line indicator on the base unit starts flashing. This means the base unit is communicating with the remote unit (see Figure 9). 4 )To move away from your desk during the call, remove the remote unit from the base…

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CLASS B DIGITAL DEVICES PLEASE NOTE THAT THE FOLLOWING INFORMATION TO USER SHOULD BE PLACED IN A PROMINENT LOCATION IN THE USER’S MANUAL NOTE: THIS EQUIPMENT HAS BEEN TESTED AND FOUND TO COMPLY WITH THE LIMITS FOR A “CLASS B” DIGITAL DEVICE, PURSUANT TO PART 15 OF THE FCC RULES. THESE LIMITS ARE DESIGNED TO PROVIDE REASONABLE PROTECTION AGAINST HARMFUL INTERFERENCE IN A RESIDENTIAL INSTALLATION. THIS EQUIPMENT GENERATES, USES AND CAN RADIATED RADIO FREQUENCY ENERGY AND, IF NOT INSTALLED AND USED IN ACCORDANCE WITH THE INSTRUC- TIONS, MAY CAUSE HARMFUL INTERFERENCE TO RADIO COMM- UNICATIONS. HOWEVER, THERE IS NO GUARANTEE THAT INTER- FERENCE WILL NOT OCCUR IN A PARTICULAR INSTALLATION. IF THIS EQUIPMENT DOES CAUSE HARMFUL INTERFERENCE TO RADIO OR TELEVISION RECEPTION, WHICH CAN BE DETERMINED BY TURNING THE EQUIPMENT OFF AND ON, THE USER IS ENCOURAGED TO TRY TO CORRECT THE INTERFERENCE BY ONE OR MORE OF THE FOLLOWING MEASURES: REORIENT OR RELOCATE THE RECEIVING ANTENNA. INCREASE THE SEPARATION BETWEEN THE EQUIPMENT AND RECEIVER. CONNECT THE EQUIPMENT INTO AN OUTLET ON A CIRCUIT DIFFERENT FROM THAT TO WHICH THE RECEIVER IS CONNECTED. CONSULT THE DEALER OR AN EXPERIENCED RADIO/TV TECHNICIAN FOR HELP. CHANGES OR MODIFICATIONS NOT EXPRESSLY APRPOVED BY GNNetcom, Inc. COULD VOID THE USER’S AUTHORITY TO OPERATE THE EQUIPMENT.

Technical Documentation MARS 2G4 Freq. Hopping Specification File 29761 Date 1999-03-11 Revision 0.3 Ref. JTP/FMPage 1 of 9 This document and the information contained is property of RTX Telecom A/S, Denmark. Unauthorized copying is not allowed. The information in this document is believed to be correct at the time of writing. RTX Telecom A/S reserves the right at any time to chan ge said content, circuitry and specifications. Preliminary MARS 2.4GHz Frequency hopping and Dual slot diversity description History Ver 0.1JTP980909 Initial version Ver 0.2FM990111 Updated/changed for type approval Ver 0.3FM990204 Updated/changed for type approval with new crystal Technical Documentation MARS 2G4 Freq. Hopping Specification File 29761 Date 1999-03-11 Revision 0.3 Ref. JTP/FMPage 2 of 9 This document and the information contained is property of RTX Telecom A/S, Denmark. Unauthorized copying is not allowed. The information in this document is believed to be correct at the time of writing. RTX Telecom A/S reserves the right at any time to chan ge said content, circuitry and specifications. HISTORY ........................................................................................................................................................................ 1 1.INTRODUCTION ................................................................................................................................................. 3 2.AVOIDANCE METHOD ..................................................................................................................................... 3 2.1K NOWN HOPPERS................................................................................................................................................ 3 2.2M ICROWAVE OVENS............................................................................................................................................ 3 2.3CW INTERFERENCE ON FIXED RF CARRIERS....................................................................................................... 3 2.4O THER HOPPERS.................................................................................................................................................. 3 2.5I MPROVE RANGE / MULTI-PATH PERFORMANCE................................................................................................... 3 3.ADAPTATION TO 2.4GHZ ISM BAND............................................................................................................ 4 3.1F RAME FORMAT: ................................................................................................................................................. 4 3.2B URST FORMAT: .................................................................................................................................................. 4 3.2.1Sync-field .................................................................................................................................................. 4 3.2.2A-field........................................................................................................................................................ 4 3.2.3B-field........................................................................................................................................................ 6 3.2.4XZ-field ..................................................................................................................................................... 6 3.3F REQUENCY HOPPING ALGORITHM...................................................................................................................... 6 3.3.1Excluded carriers...................................................................................................................................... 7 3.3.2Hopping tables .......................................................................................................................................... 7 3.3.3Example. ................................................................................................................................................... 8 3.4PP SYNCHRONIZATION PROCEDURE.................................................................................................................... 8 3.5D UAL SLOT DIVERSITY........................................................................................................................................ 8 3.6P OWER AMPLIFIER ACTIVATION.......................................................................................................................... 8 3.6.1External connection .................................................................................................................................. 8 3.6.2Internal connection ................................................................................................................................... 9 Technical Documentation MARS 2G4 Freq. Hopping Specification File 29761 Date 1999-03-11 Revision 0.3 Ref. JTP/FMPage 3 of 9 This document and the information contained is property of RTX Telecom A/S, Denmark. Unauthorized copying is not allowed. The information in this document is believed to be correct at the time of writing. RTX Telecom A/S reserves the right at any time to chan ge said content, circuitry and specifications. 1. Introduction The Mars system is based on DECT the ETSI standard ETS-300-175-1 to ETS-300-175-9. The Mars system is improved by implementing extra features to combat the interference at 2.4 GHz. The frequency hopping method for 2.4 GHz ISM band has to provide optimal performance and connection quality in environment with 5 different types of interference: 1. Other interference of MARS-type, known hopping algorithm and avoidance method (synchronized/unsynchronized). 2. Microwave ovens, sweeping the most of the band and running on 60Hz mains supply. 3. Interference on fixed RF carrier, CW interference. Direct sequence CDMA is…

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RTX Telecom A/SBOM Product:GN Netcom Ellipse 2.4GHz Base VersionRev A Revision: Created at:03-03-99 Schematic base:Sirius_2G4_BS_v1_typeapp.sch REFRTX partnumberDescriptionTolerenceCaseManufactorManufactor code 1C1 02181220Capacitor 22p NP0 50V±5%0603MURATAGRM39COG220J50xx 2C2 02181220Capacitor 22p NP0 50V±5%0603MURATAGRM39COG220J50xx 3C3 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 4C4 02193100Capacitor 1n X7R 50V±10%0603MURATAGRM39X7R102K50xx 5C5 02194100Capacitor 10n X7R 50V±10%0603MURATAGRM39X7R103K50xx 6C6 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 7C7 02193100Capacitor 1n X7R 50V±10%0603MURATAGRM39X7R102K50xx 8C8 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 9C9 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 10C10 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 11C11 02181100Capacitor 10p NP0 50V±0.5pF0603MURATAGRM39COG100D50xx 12C12 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 13C13 02486100Capacitor 1uF X5R 10V±10%0805MURATAGRM40X5R105K10U530 14C14 02407100Capacitor 10 uF 4V Tantal±20%Size AMARCON4MCS106MATER 15C15 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 16C16 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 17C17 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 18C18 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 19C19 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 20C20 02015220Capacitor 220n X7R 16V±10%0805MURATAGRM40X7R224K16xx 21C21 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 22C22 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 23C23 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 24C24 02182330Capacitor 330p NP0 50V±5%0603MURATAGRM39COG331J50xx 25C25 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 26C26 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 27C27 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 28C28 02407100Capacitor 10 uF 4V Tantal±20%Size AMARCON4MCS106MATER 29C29 02486100Capacitor 1uF X5R 10V±10%0805MURATAGRM40X5R105K10U530 30C30 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 31C31 02182100Capacitor 100p NP0 50V±5%0603MURATAGRM39COG101J50xx 32C32 02388477Cap. ELLYT 470uF 16V.20%8 x 10 NIC Components Corp.NACE 470uF/16V. 8 x 10 Page 1 of 10 RTX Telecom A/SBOM Product:GN Netcom Ellipse 2.4GHz Remote VersionA Revision: Created at:03-03-99 Schematic base:Sirius2g4HS-Typeapp.sch REFRTX partnumberDescriptionTolerenceCaseManufactorManufactor code 1C1 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 2C2 02406220Capacitor 2u2 16V Tantal±20%Size AMARCON16MCS225MATER 3C3 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 4C4 02015220Capacitor 220n X7R 16V±10%0805MURATAGRM40X7R224K16xx 5C5 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 6C6 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 7C7 02182330Capacitor 330p NP0 50V±5%0603MURATAGRM39COG331J50xx 8C8 02003100Capacitor 1n0 NP0 50V±5%0805MURATAGRM40COG102J50xx 9C9 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 10C10 02015220Capacitor 220n X7R 16V±10%0805MURATAGRM40X7R224K16xx 11C11 02438103Capacitor 100uF 10V Tantal±20%Size DNICHICONF931A107MDx 12C12 02180082Capacitor 0.82p NP0 50V±0.25pF0603MURATAGRM39COGR82C50xx 13C13 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 14C14 02181220Capacitor 22p NP0 50V±5%0603MURATAGRM39COG220J50xx 15C15 02181220Capacitor 22p NP0 50V±5%0603MURATAGRM39COG220J50xx 16C16 02181220Capacitor 22p NP0 50V±5%0603MURATAGRM39COG220J50xx 17C17 02193100Capacitor 1n X7R 50V±10%0603MURATAGRM39X7R102K50xx 18C18 02407100Capacitor 10 uF 4V Tantal±20%Size AMARCON4MCS106MATER 19C19 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 20C20 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 21C21 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 22C22 02193100Capacitor 1n X7R 50V±10%0603MURATAGRM39X7R102K50xx 23C23 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 24C25 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 25C26 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 26C27 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 27C28 02407100Capacitor 10 uF 4V Tantal±20%Size AMARCON4MCS106MATER 28C29 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 29C30 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 30C31 02486100Capacitor 1uF X5R 10V±10%0805MURATAGRM40X5R105K10U530 31C32 02015220Capacitor 220n X7R 16V±10%0805MURATAGRM40X7R224K16xx 32C33 02015220Capacitor 220n X7R 16V±10%0805MURATAGRM40X7R224K16xx Page 1 of 6 RTX Telecom A/SBOM 33C34 02486100Capacitor 1uF X5R 10V±10%0805MURATAGRM40X5R105K10U530 34C35 02407100Capacitor 10 uF 4V Tantal±20%Size AMARCON4MCS106MATER 35C36 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 36C37 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 37C38 02182100Capacitor 100p NP0 50V±5%0603MURATAGRM39COG101J50xx 38C39 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 39C42 02194100Capacitor 10n X7R 50V±10%0603MURATAGRM39X7R103K50xx 40C43 02407100Capacitor 10 uF 4V Tantal±20%Size AMARCON4MCS106MATER 41C44 02407100Capacitor 10 uF 4V Tantal±20%Size AMARCON4MCS106MATER 42C45 02194100Capacitor 10n X7R 50V±10%0603MURATAGRM39X7R103K50xx 43C46 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 44C47 02193470Capacitor 4n7 X7R 50V±10%0603MURATAGRM39X7R472K50xx 45C48 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 46C49 02180100Capacitor 1p0 NP0 50V±0.25pF0603MURATAGRM39COG1R0C50xx 47C50 02189999Capacitor Not Mounted0603 48C51 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 49C52 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 50C53 02195100Capacitor 100n X7R 16V±10%0603MURATAGRM39X7R104K16xx 51C101 02180560Capacitor 5p6 NP0 50V±0.5pF0603MURATAGRM39COG5R6D50xx 52C1…

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Sirius_2G4_BS_v1_typeapp.sch-1 - Wed Mar 03 13:36:05 1999 Sirius_2G4_BS_v1_typeapp.sch-3 - Wed Mar 03 13:39:21 1999 Sirius_2G4_BS_v1_typeapp.sch-2 - Wed Mar 03 13:38:45 1999 Sirius2g4HS-Typeapp.sch-1 - Wed Mar 03 14:28:40 1999 Sirius2g4HS-Typeapp.sch-2 - Wed Mar 03 14:29:19 1999

Master: ktlPT15BR Date: February 23, 1999 KTL Test Report:8R01318 Applicant:GN Netcom Inc. 77 North Eastern Blvd. Nashua, New Hampshire 03062 USA Equipment Under Test:2.4 GHz Frequency Hopping Wireless (E.U.T.)Telephone Headset FCC ID:BCE-ELLIPSE24 In Accordance With:FCC Part 15, Subpart B Radio Receivers Tested By:KTL Ottawa Inc. 3325 River Road, R.R. 5 Ottawa, Ontario K1V 1H2 Authorized By: T. Tidwell, Laboratory Manager Date: Total Number of Pages:37 KTL OttawaFCC PART 15, SUBPART B RADIO RECEIVERS PROJECT NO.: 8R01318 EQUIPMENT: 2.4 GHz Frequency Hopping Wireless Telephone Headset FCC ID: BCE-ELLIPSE24 Page 2 of 37 TABLE OF CONTENTS Section 1. Summary of Test Results General Summary of Tests Section 2. Equipment Under Test (E.U.T.) Equipment Details Description of E.U.T. Modifications Incorporated in E.U.T. Theory of Operation Justification Exercise Program Section 3. Equipment Configuration Equipment Configuration List Inter-connection Cables Configuration of the Equipment Under Test (E.U.T.) Block Diagram Section 4. Receiver Antenna Conducted Emissions Test Conditions Test Results Receiver Antenna Conducted Plots Section 5. Radiated Emissions Test Conditions Test Results Test Data-Radiated Emissions Radiated Photographs Radiated Emissions Plots Section 6. Powerline Conducted Emissions Test Conditions Test Results Powerline Conducted Photographs Powerline Conducted Plots KTL OttawaFCC PART 15, SUBPART B RADIO RECEIVERS PROJECT NO.: 8R01318 EQUIPMENT: 2.4 GHz Frequency Hopping Wireless Telephone Headset FCC ID: BCE-ELLIPSE24 Page 3 of 37 TABLE OF CONTENTS, continued Section 7. Sample Calculations Conducted Emissions Radiated Emissions Section 8. Block Diagrams Conducted Emissions Radiated Emissions Section 9. Test Equipment List Equipment List - Powerline Conducted Emissions Equipment List - Radiated Emissions KTL OttawaFCC PART 15, SUBPART B RADIO RECEIVERS PROJECT NO.: 8R01318 EQUIPMENT: 2.4 GHz Frequency Hopping Wireless Telephone Headset FCC ID: BCE-ELLIPSE24 Page 4 of 37 Section 1.Summary of Test Results General: All measurements are traceable to national standards. These tests were conducted on a sample of the equipment for the purpose of demonstrating compliance with FCC Part 15, Subpart B. Measurement procedure ANSI C63.4-1992 was used for all tests. Radiated Emissions were measured on an open area test site. New SubmissionProduction Unit Class II Permissive ChangePre-Production Unit CYY Equipment Code THIS TEST REPORT RELATES ONLY TO THE ITEM(S) TESTED. THE FOLLOWING DEVIATIONS FROM, ADDITIONS TO, OR EXCLUSIONS FROM THE TEST SPECIFICATIONS HAVE BEEN MADE. See “ Summary of Test Data”. NVLAP LAB CODE: 100351-0 TESTED BY: _____________________________________ DATE: ___________________ Kevin Carr, Technologist KTL Ottawa Inc. authorizes the above named company to reproduce this report provided it is reproduced in its entirety and for use by the company’s employees only. Any use which a third party makes of this report, or any reliance on or decisions to be made based on it, are the responsibility of such third parties. KTL Ottawa Inc. accepts no responsibility for damages, if any, suffered by any third party as a result of decisions made or actions based on this report. This report applies only to the items tested. KTL OttawaFCC PART 15, SUBPART B RADIO RECEIVERS PROJECT NO.: 8R01318 EQUIPMENT: 2.4 GHz Frequency Hopping Wireless Telephone Headset FCC ID: BCE-ELLIPSE24 Page 5 of 37 Summary Of Test Data Name Of TestPara. No.Results BaseHeadset Antenna Conducted Emissions15.111Not ApplicableNot Applicable Radiated Emissions15.109CompliesComplies Powerline Conducted Emissions15.107CompliesComplies Footnotes For N/A’s: Test Conditions: IndoorTemperature: 22 °C Humidity:23 % OutdoorTemperature: 10 °C Humidity:23 % KTL OttawaFCC PART 15, SUBPART B RADIO RECEIVERS PROJECT NO.: 8R01318 EQUIPMENT: 2.4 GHz Frequency Hopping Wireless Telephone Headset FCC ID: BCE-ELLIPSE24 Page 6 of 37 Section 2.Equipment Under Test (E.U.T.) Manufacturer:KIRK Telecom A/S Model No.:ELLIPSE Serial No.:None Equipment Details Frequency Range:2400 – 2483.5 Number of Channels:79 Operating Frequency(ies) of Sample:Channel 0, Channel 40, Channel 78 Crystal Frequency(ies):9.302131 MHz Primary Power Requirement:120 VAC Bandwidth and Emission Designator:Not Applicable Intermediate Frequency(ies):Not Applicable KTL OttawaFCC PART 15…

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