PVH090103APWireless Communication System Module

u-blox Malmo AB

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Application Details

Equipment Class: DSS - Part 15 Spread Spectrum Transmitter
Date of Grant: May 16, 2006
Application Purpose: Original Equipment
Date of Application: May 16, 2006
Equipment Note: Wireless Communication System Module
Frequency Range: 2402.00000000 - 2480.00000000
Company: u-blox Malmo AB
Country: Sweden

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Document Text

Text extracted from the exhibit documents filed with the FCC. Open a document above to read the original.

Users Manual

Utfärdare / Issued by Datum / Date Beteckning / Ref. Sida / Page Jennie Amareus 2006-01-27 cBProject-0504-04 (2) 1 (7) Ärende / Subjekt Godkänd av / Approved by cB-3013-01 - Assemble Specification Template update: 00-12-01 cB-3013-01 - Assemble Specification Utfärdare / Issued by Datum / Date Beteckning / Ref. Sida / Page Jennie Amareus 2006-01-27 cBProject-0504-04 (2) 2 (7) Ärende / Subjekt Godkänd av / Approved by cB-3013-01 - Assemble Specification Template update: 00-12-01 Table of content 1 Objective .................................................................................................................................3 2 Assemble overview .................................................................................................................4 2.1 Bill of material (BOM) .................................................................................................................4 2.1.1 Parts included in the design ..................................................................................................4 2.2 Patches ..........................................................................................................................................4 2.3 Labels............................................................................................................................................4 2.3.1 PCB labels ............................................................................................................................4 2.4 Mechanical assemble ....................................................................................................................5 Utfärdare / Issued by Datum / Date Beteckning / Ref. Sida / Page Jennie Amareus 2006-01-27 cBProject-0504-04 (2) 3 (7) Ärende / Subjekt Godkänd av / Approved by cB-3013-01 - Assemble Specification Template update: 00-12-01 1 Objective This document is an document for assemble of a cB-3013-01 product. Utfärdare / Issued by Datum / Date Beteckning / Ref. Sida / Page Jennie Amareus 2006-01-27 cBProject-0504-04 (2) 4 (7) Ärende / Subjekt Godkänd av / Approved by cB-3013-01 - Assemble Specification Template update: 00-12-01 2 Assemble overview 2.1 Bill of material (BOM) 2.1.1 Parts included in the design Mechanics, mounted PCB’s, connectors etc. The BOM is unique for every product. Document name: cB-3013-01 BOM Document number: Document file: cB-3013-01 BOM.xls Revision: latest 2.2 Patches Document name: Document number: Document file: Revision: Time consumption [s]: 2.3 Labels 2.3.1 PCB labels Printed label part no: Printed label revision: Label document file: Label document revision: Label part no: Utfärdare / Issued by Datum / Date Beteckning / Ref. Sida / Page Jennie Amareus 2006-01-27 cBProject-0504-04 (2) 5 (7) Ärende / Subjekt Godkänd av / Approved by cB-3013-01 - Assemble Specification Template update: 00-12-01 2.4 Mechanical assemble 1. Put glue, Loctite480, between position F1 and F2 on the cB-0717 PCB. (CYANAKRYLAT-480, Rohs kompatibel Superlim Black Max 480. Elfa nr: 80-876-03) 2. Mount the lightpipes on the cB-0717-0103 PCB (BOM pos 5). 3. Mount the cB-0901-0201 PCB (BOM pos 2) on the cB-0717-0204 (BOM pos 1) using torx (BOM pos 4). 4. Mount the SMA antenna cable on the Bluetooth module. Put glue between pos F1 and F2 Utfärdare / Issued by Datum / Date Beteckning / Ref. Sida / Page Jennie Amareus 2006-01-27 cBProject-0504-04 (2) 6 (7) Ärende / Subjekt Godkänd av / Approved by cB-3013-01 - Assemble Specification Template update: 00-12-01 5. Mount the SMA antenna cable in the housing. 6. Mount the PCBs in the plastic housing (BOM pos2). Utfärdare / Issued by Datum / Date Beteckning / Ref. Sida / Page Jennie Amareus 2006-01-27 cBProject-0504-04 (2) 7 (7) Ärende / Subjekt Godkänd av / Approved by cB-3013-01 - Assemble Specification Template update: 00-12-01 7. Use the self threaded screws to assemble the plastic housing. 8. The unit is assembled and ready for test.

Users Manual

INDUSTRIAL BLUETOOTH™ Wireless Network Platform User Manual 3.6 Wireless Network Platform User Manual 3.6 Copyright © 2006 connectBlue AB. The contents of this document can be changed by connectBlue AB without prior notice and do not constitute any binding undertakings from connectBlue AB. con- nectBlue AB is not responsible under any circumstances for direct, indirect, unex- pected damage or consequent damage that is caused by this document. All rights reserved. Release: 0512 Document version: 3.4 Document number: cBProduct-0111-04 Printed in Sweden. Trademarks Registered trademarks from other companies are: Bluetooth is a trademark owned by the Bluetooth SIG,Inc. Microsoft ™,Windows ™,Windows NT ™,Windows 2000 ™, Windows CE ™,Windows ME ™,are registered trademarks from Micro- soft Corporation. 5 Contents 1. Introduction 9 1.1 What is Bluetooth wireless technology? ............................................9 1.2 Technical overview.............................................................................9 2. Getting started 11 2.1 Mounting instructions .......................................................................11 2.2 Electrical Interfaces..........................................................................11 RS-232/422/485 serial connector (9-pin DSUB type) ..................11 Power Connector .........................................................................13 2.3 Status LEDs .....................................................................................13 System status LED ......................................................................13 LAN Valid Link and LAN Link Activity LED ..................................13 Serial Activity LED........................................................................13 2.4 Connecting to your WNP via Bluetooth............................................13 Setting up a Bluetooth Ethernet bridge ........................................14 Setting up a Direct Connection ....................................................14 Setting up a multipoint Network Access Point .............................15 Setting up a multipoint Ethernet bridge........................................16 Connecting using the LAN Access profile....................................17 Connecting to the WNP as a Serial Port Adapter ........................17 Connect to name and roaming.....................................................17 2.5 Accessing web pages in your WNP via Bluetooth ...........................18 2.6 Accessing web pages in your WNP via Ethernet .............................18 2.7 The security framework in your WNP..............................................18 3. How to create your custom WNP application 20 3.1 Creating you own custom application ..............................................20 4. Creating your custom configuration 21 4.1 Configuration files ............................................................................21 File format ....................................................................................22 4.2 Modbus configuration.......................................................................22 The General Bus Interface (GBI) .................................................22 Mapping Modbus to GBI ..............................................................23 4.3 Parameters in the configuration files................................................24 Modbus 24 Network 27 Bluetooth ......................................................................................30 Logger 33 User Management .......................................................................36 5. Creating your custom web pages 37 5.1 ASP scripts.......................................................................................37 Commands in the GoAhead's JavaScript Interpreter ..................38 Example1: Present data in a web page .......................................38 Example2: Set a device parameter..............................................39 5.2 ASP script functions .........................................................................40 Contents 6 General functions ........................................................................ 40 string aspVarExists(variableName)............................................. 40 string aspGetVar(variableName)................................................. 40 string aspAND(valueA, valueB)................................................... 41 string aspOR(valueA, valueB) ..................................................... 41 string aspXOR(valueA, valueB) .................................................. 41 string aspWaitTime(waitTime)..................................................... 41 string aspGetFirmwareVersion() ................................................. 42 string aspGetSystemStatus() ...................................................... 42 string aspResetSystem(timeout) ................................................. 42 Configuration Manager................................................................ 43 string aspCMAvailable(cfgFileName).......................................... 43 string aspCMGetKeyValue(cfgFileName, key) ........................... 43 string aspCMSetKeyValue(cfgFileName, key, value) ................. 43 string aspCMGetParam(componentId, parameterId) .................. 44 General Bus Interface (GBI)........................................................ 45 string aspGBIReadBit(interfaceDescriptor, id) ............................ 46 string aspGBIWriteBit(interfaceDescriptor, id, dataBit) ............... 46 string aspGBIReadStr(interfaceDescriptor, id, strLen)................ 46 string aspGBIWriteStr(interfaceDescriptor, id, “textStr”) ............. 47 string aspGBIReadI1(interfaceDescriptor, id) ............................. 47 string aspGBIReadI2(interfaceDescriptor, id) ............................. 47 string aspGBIReadI4(interfaceDescriptor, id) ............................. 47 string aspGBIWriteI1(in…

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Cover Letter(s)

2006-03-31 Reference:cBProject-0603-04 (1) connectBlue ab residence: malmö VAT no. se 556589-0851-01 isbergs gata 3 se-211 19 malmö sweden tel.+46 (0)40-6307100 fax.+46 (0)40-237137 e-mail: [email protected] http://www.connectBlue.se page 1 of 1 Attn: Reviewing Engineer Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 RE: CONFIDENTIALITY REQUEST FOR FCC ID PVH090103AP Model name: Class 1 OEM Bluetooth Unit, Type number: cB-0901-0302 To Whom It May Concern: This letter serves as an official request for confidentiality under the FCC Rule Section 0.457 and 0.459 . We have requested that the schematic diagrams and block diagram, required to be submitted with this application be withheld from public review. The reason for this request is that these documents are company proprietary information that should never get into the possession of competitors, which would be harmful for our business. Please contact me if there is any information you may need. Regards, Mats Andersson, CTO connectBlue

Cover Letter(s)

2006-05-17 Reference: cBProject-0602-06 (1) connectBlue ab residence: malmö VAT no. se 556589-0851-01 Norra Vallgatan 64 3V se-211 22 malmö sweden tel.+46 (0)40-6307100 fax.+46 (0)40-237137 e-mail: [email protected] http://www.connectBlue.se page 1 of 2 Attn: Reviewing Engineer Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 LIMITED MODULAR APPROVAL REQUEST To Whom It May Concern: We, connectBlue AB, hereby requests for part 15 unlicensed modular transmitter approval of our OEM-Bluetooth module, described as follows: Brand name: connectBlue AB Model name: Serial Port Module Type number: cB-0901-0302 FCC ID: PVH090103AP In FCC Public Notice DA 00-1407 released June 26,2000 there are eight numbered requirements that our OEM-Bluetooth module type cB-0901-0302 complies with. 1. The modular transmitter must have its own shielding. The module fulfils the emission requirements of the FCC rules without additional shielding. 2. The modular transmitter must have buffered modulation/data inputs The module has a memory management unit inside of the IC. It buffers the data inputs from UART and USB terminal. 3. The modular transmitter must have its own power supply regulation The IC contains an own voltage regulation. In case of changes in the supply voltage VCC (for example caused by temperature changes or other effects), the internal voltage will be stabilized. 4. The modular transmitter must comply with the antenna requirements of Section 15.203 and 15.204c The module is for OEM integration only in the specific host (Wireless Network Platform working as Wireless Access Point) as described in this application. The Wireless Access Point is subject for professional installation. 5. The modular transmitter must be tested in a stand-alone configuration The EUT was tested in a stand-alone configuration. 2006-05-17 Page 2 of 2 6. The modular transmitter must be labelled with its own FCC ID number The EUT will be labelled with its own FCC ID number. The label is specified in Exhibit D. If the module is installed inside of an end-product, the label will not be visible. In this case the OEM integrator will be instructed to how to apply the exterior label. 7. The modular transmitter must comply with any specific rule or operating requirements applicable to the transmitter and the manufacturer must provide adequate instructions along with the module to explain any such requirements. The EUT is compliant with all applicable FCC rules. Detail instructions are given in the product Users Guide 8. The modular transmitter must comply with any applicable RF exposure requirements. The maximum measured power output is 28,2 mW (14,5 dBm), the maximum antenna gain is + 8.5 dBi = numeric gain 7,08 (acc to antenna datasheets). The maximum permissible exposure is defined in 47 CFR 1.1310 with 1 mW/cm². The maximum permitted level is calculated using the general equation: S = P*G / 4 πR² P = 28,2 mW, G = 7.08 (numeric gain; + 8.5 dBi = linear power gain relative to the isotropic radiator), R = 20 cm π = 3,1416 Solving for S, the power density at 20 cm is 0,0397 mW/cm². So the 1mW/cm² limit is kept.

External Photos

Annex B of test report R51145_D Edition 1, 2 nd version EUT: cB-0901-0302 Manufacturer: connectBlue AB Examiner: Thomas KÜHNDate of issue:11 April 2006page1 of5 51145_7.jpgcB-0901-0302 Sample “3”, top view Annex B of test report R51145_D Edition 1, 2 nd version EUT: cB-0901-0302 Manufacturer: connectBlue AB Examiner: Thomas KÜHNDate of issue:11 April 2006page2 of5 51145_4.jpgcB-0901-0302 Sample “6”, top view Annex B of test report R51145_D Edition 1, 2 nd version EUT: cB-0901-0302 Manufacturer: connectBlue AB Examiner: Thomas KÜHNDate of issue:11 April 2006page3 of5 51145_8.jpgcB-0901-0302 bottom view Annex B of test report R51145_D Edition 1, 2 nd version EUT: cB-0901-0302 Manufacturer: connectBlue AB Examiner: Thomas KÜHNDate of issue:11 April 2006page4 of5 51145_1.jpgcB-0901-02 carrier board, top view Annex B of test report R51145_D Edition 1, 2 nd version EUT: cB-0901-0302 Manufacturer: connectBlue AB Examiner: Thomas KÜHNDate of issue:11 April 2006page5 of5 51145_3.jpgcB-0901-02 carrier board, bottom view

ID Label/Location Info

2006-05-15 Reference:cBProject-0603-06 (1) connectBlue ab residence: malmö VAT no. se 556589-0851-01 Norra vallgatan 64 3V se-211 22 malmö sweden tel.+46 (0)40-6307100 fax.+46 (0)40-237137 e-mail: [email protected] http://www.connectBlue.se page 1 of 2 FCC identifier label for Bluetooth unit cB-0901-0302 S/N:0903-03-02xxxx FCC ID PVH090103AP IC: 5325A-090103AP The above labels will be attached to the module top side since it is not allowed to attach sticker on the bottom side of the board since the integrator of the module can solder the module on their motherboard. The label is too thick, so that the PCB will wobble in the soldering process. Through that a secure solder is not guaranteed. The labels will be located as shown in the figures below. An auxiliary label will be provided for systems using the module where the original label not will be visible when the module is installed. Instructions on how to attach the auxiliary label in compliance with the modular approval guidelines developed by the FCC will be provided. The instructions will call attention to place the auxiliary label on an exterior surface of the device such that it will be visible upon inspection. S/N label Regulatory label 2006-05-15 Page 2 of 2 The auxiliary label will have at least the information as shown in the figure below This device contains FCC ID PVH090103AP IC: 5325A-090103AP Where the end-product into which this modular transmitter will be integrated exceeds the size of a PCMCIA card (approx. 8cm x 10cm) the following statement shall be placed on the device: This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

Internal Photos

Operational Description

2006-01-27 Reference: cBProject-0510-08 (1) connectBlue ab residence: malmö VAT no. se 556589-0851-01 norra vallgatan 64 se-211 22 malmö sweden tel.+46 (0)40-6307100 fax.+46 (0)40-237137 e-mail: [email protected] http://www.connectBlue.se page 1 of 1 Attn: Reviewing Engineer Federal Communications Commission 7435 Oakland Mills Road Columbia, MD 21046 Operational Description of cB-0901-0301 and cB-0901-0302 This Bluetooth modular transmitter can be integrated in different end-products. Bluetooth is a short-range radio link intended to be a cable replacement between portable and/or fixed electronic devices. Bluetooth operates in the unlicensed ISM Band at 2.4 GHz. In the US a band of 83.5 MHz width is available. In this band, 79 RF channels spaced 1MHz apart are defined. The channel is represented by a pseudo-random hopping sequence through the 79 channels. The channel is devided into time slots, with a nominal slot length of 625μs, where each slot corresponds to different RF hop frequencies. The nominal hop rate is 1600 hops/s. All frequencies are equally used. The average time of occupancy is 0.3797 s within a 30 second period. The symbol rate on the channel is 1Ms/s. Regards connectBlue

Operational Description

datasheet m70cxr V2.0.doc roof antenna for bluetooth roof installation planTec® – bluetooth Bestellnr.: m70cxr 0300 00 xx xx 76,0 mm 20,7 mm 13,6 mm Gewinde M 16 The planar antennas of the latest technology offers you decisive advantages: roof installation, not only for car, truck and bus installation on all plain surfaces possible (application at container, automatic machines and railroads...) waterproof with two independent washers in mounted condition flat design (approx. 20 mm high ), no additional rod antennas necessary other cable lengths or connectors on request at car wash no disassembly necessary waterproof IPX6 and IPX9K TECHNICAL DATA: GSM: frequency range: 2400 - 2500 MHz VSWR: < 2,0 typical gain: 1,0 dB typical power max.: ≤ 10 watt dimensions and connectors: connection (standard): 3m RF-cable RG 174 with connector GSM/FME(f) (other cable-length or connectors on request) dimensions (∅/h): approx. 75 mm / 20 mm temperature range: from –40°C up to +85°C

Operational Description

Data sheet 2.4 GHz Rufa SMD Antenna Embedded, Low-Profile antenna for automatic assembly This surface-mounted, high-performance low-profile antenna is intended for use with all 2.4 GHz applications where small size and low-profile are key factors. The antenna requires a ground plane, i.e. your device acts as an active part of the antenna and thus demands careful consideration concerning its placement. For optimal performance, we strongly recommend those customers not very well acquainted with RF technology to use our know-how when it comes to implementing the antenna in your application. We can offer advanced measuring equipment, custom tuning and technical support to obtain a secure and reliable implementation. The Rufa antenna is suitable for Bluetooth TM , Wireless LAN and Home RF products within the 2.4 GHz range. Typical application areas are: • Mobile phones • PDAs • Headsets • Laptop PCs • Compact Flash cards • PC cards Description The Rufa SMD antenna is an integrated low-profile antenna, only 12.8 x3.9x1.0 mm in size. It is intended for SMT assembly. Matching network is needed. On request the Rufa antenna can be customized according to your design. Size:12.8 x3.9x1.0 mm gigaAnt, E-mail: [email protected], www.gigaAnt.com Specification subject to change without notice, AE020145-C, January 27, 2003 Antenna Specification Frequency:2.4-2.5 GHz Type:Ground plane dependent Efficiency:65%* Gain:4 dBi* Nominal impedance:50 Ohm VSWR:<2:1* Mounting:SMD Operating temperatur:-40 °C to +85 °C Relative humidity:93% at +40 °C Weight:0.1 g * Typical values Dimensions -35 dBi -25 dBi -15 dBi -5 dBi 5 dBi 15 dBi 30 210 60 240 90 270 120 300 150 330 1800 2.40 GHz 2.45 GHz 2.50 GHz X Y Mounting interface (Left feeding) Typical 3D Radiation patternHorizontal cut, xy-planeVertical cut, xz-plane -35 dBi -25 dBi -15 dBi -5 dBi 5 dBi 15 dBi 30 210 60 240 90270 120 300 150 330 180 0 2.40 GHz 2.45 GHz 2.50 GHz X Z Transparent area Configuration Detailed foot print see application note Left feeding Product nameArticle No.Packaging Rufa 2.4GHz Left Feeding3030A5839-01Tape on reel Rufa 2.4GHz Right Feeding3030A5887-01Tape on reel Prepared by Approved by Date (last revision) Doc. No. Rev Marie Fransson Anders Sunesson 2005-01-29 AA050004 A Distribution EA, The customer CONFIDENTIAL 1 TECHNICAL REPORT Rufa antenna for Connectblue 1 Background Connectblue has sent us 2 test pcbs for making a good matching of the Rufa antenna. Both return loss and efficiency are measured. 2 Test object Two pcbs were sent to use. For this matching we have used the pcb with the most components. Figure 1 and 2 show the pcb. A cable is soldered to the point before the matching network to be used for matching and measurements. The “extra” connector on the backside are used for all measurements. Figure 1, front side of pcb Prepared by Approved by Date (last revision) Doc. No. Rev Marie Fransson Anders Sunesson 2005-01-29 AA050004 A Distribution EA, The customer CONFIDENTIAL 2 TECHNICAL REPORT Figure 2, backside of pcb 2.1 Matching network used The matching network proposed for this product is seen in figure 3. This is a 1.2 pF capacitor in series and a 2.2 nH inductor in shunt on the feed side. Prepared by Approved by Date (last revision) Doc. No. Rev Marie Fransson Anders Sunesson 2005-01-29 AA050004 A Distribution EA, The customer CONFIDENTIAL 3 TECHNICAL REPORT 1.2pF 2.2nH pageport_0 Figure 3, optimal matching network for the Rufa antenna 3 Return loss measurement Return loss is measured with a calibrated network analyser from Advantest. Prepared by Approved by Date (last revision) Doc. No. Rev Marie Fransson Anders Sunesson 2005-01-29 AA050004 A Distribution EA, The customer CONFIDENTIAL 4 TECHNICAL REPORT Figure 4, return loss for PCB with antenna and matching network. Prepared by Approved by Date (last revision) Doc. No. Rev Marie Fransson Anders Sunesson 2005-01-29 AA050004 A Distribution EA, The customer CONFIDENTIAL 5 TECHNICAL REPORT Figure 5, Smith chart for PCB and antenna with matching network. 4 Efficiency measurement 4.1 Test set-up and antenna orientation The efficiency are measured in the Perlos 3D near field chamber from Orbit/FR. Please find a schematic view of the chamber in figure 6. The pcb is mounted in the middle of the chamber and then the pcb and antenna are rotating in the phi direction and the two measurement probes are sliding in the theta axis. The efficiency of the test PC board is measured. Prepared by Approved by Date (last revision) Doc. No. Rev Marie Fransson Anders Sunesson 2005-01-29 AA050004 A Distribution EA, The customer CONFIDENTIAL 6 TECHNICAL REPORT Figure 6, Schematic view of the Perlos 3D chamber. 4.2 Measurement results Please find the results in table 1. Frequency (GHz) Efficiency (%) Return loss (dB) 2.40 20 -6 2.45 28 -13 2.50 25 -10 Table 1, Measurement results 5 Conclusions A matching network is done for the Connectblue pcb together with the gigaAnt Rufa antenna. A 1.2 pF in series and a 2.2 nH in shunt on the feed side is used. The efficiency for this pcb+antenna is between 20-30 %.

Operational Description

37 Rubber Duck/Portable Antenna Series (Pat.Pend.) For 802.11 - 2.4 GHz Applications Frequency:2.4 - 2.485 GHz Gain:2.5 dBi max for 1/2 wave, 0 dBi max for 1/4 wave Bandwidth@2:1 VSWR:85 MHz or better Impedance:50 Ohm nominal Whip Length: 1/2 wave straight4 inches 1/2 wave right angle5.75 inches 1/4 wave stub1.25 inches Specifications PSTN series in PVC radome PSTG0-2400HS Stubby PSWN Series The halfwave antennas require no ground plane for operation. This makes the antenna ideal for use with products with no metal groundplane. They can even be used with products containing all plastic cases. The 2.5 dB gain antenna also compensates for typical system losses that occur at these frequencies. Connectors available include male TNC or SMA. Right angle connector models are available for side mounting applications. The PSTN & PSWN series uses a flexible PVC cover, and the HSTN series uses flexible Santoprene. The new Knuckle PSKN series allows adjustment between right angle and straight. The quarterwave model PSTG0-2400HS antenna for 2.4 GHz provides enhanced performance with the minimum of size. It uses a hard ABS radome and is colored in black with a textured finish. The antenna is fitted with a male SMA. This antenna's performance is ground plane dependent, for best performance it should be mounted on a metal box or PC board. Halfwave 2.5 dB gain styles with flexible radome Quarterwave stubby style with hard ABS radome Wireless LAN (2.4 GHz), Wireless Data Capture & Surveillance applications Sleek profile, with a variety of connector styles Model Numbers - 1/2 Wave Straight Antennas ModelFrequencyRadomeConnector PSTN3-2400S2.4-2.49 GHz FlexibleMale SMA PSTN3-2400T2.4-2.49 GHz FlexibleMale TNC PSTN3-2400N2.4-2.49 GHz FlexibleMale N HSTN3-2400T2.4-2.49 GHz FlexibleMale TNC HSTN3-2400S2.4-2.49 GHz FlexibleMale SMA Model Numbers - 1/4 Wave Stub Antennas ModelFrequencyRadomeConnector PSTG0-2400HS 2.4-2.49 GHz Hard ABS SMA Model Numbers - 1/2 Wave Right Angle Antennas ModelFrequencyStyleConnector PSWN3-2400S2.4-2.49 GHz FlexibleSMA PSWN3-2400T2.4-2.49 GHz FlexibleTNC Model Numbers - 1/2 Wave Knuckle Antennas ModelFrequencyStyleConnector PSKN3-2400S2.4-2.49 GHz FlexibleSMA PSKN3-2400T2.4-2.49 GHz FlexibleTNC Maximum Power:10 Watts Whip Material: PSTN3 SeriesPVC jacket over dipole PSKN3 SeriesBlack polyurethane over dipole HSTN3 SeriesSantoprene over dipole 1/4 wave StubABS radome over radiator Connector:See above Special configurations available upon request, please consult factory for details. HSTN Series Product Specifications US Office & Headquarters: 3900-B River Road, Schiller Park, IL 60176 Tel: 800-648-2800 or 847-671-6690 Fax: 847-671-6715 UK Office: 106 Anglesey Business Park, Hednesford, Staffs. WS12 1NR UK Tel: (+44) 1543-878343 Fax: (+44) 1543-871714 Visit our web page at www.mobilemark.com. Specifications subject to change without notice (6/2003). New! PSKN Series with Adjustable Knuckle

Operational Description

TECHNICAL DATA SHEET 1/3 STRAIGHT DIPOLE SMA 2.4GHZ R380.500.127 OMNIDIRECTIONAL ANTENNA Series :ANTENNA Issue : 0316 A In the effort to improve our products, we reserve the right to make changes judged to be necessary. All dimensions are in mm .. poao TECHNICAL DATA SHEET 2/3 STRAIGHT DIPOLE SMA 2.4GHZ R380.500.127 OMNIDIRECTIONAL ANTENNA Series :ANTENNA Issue : 0316 A In the effort to improve our products, we reserve the right to make changes judged to be necessary. ELECTRICAL CHARACTERISTICS Frequency : .......................................... 2.4-2.5 GHz Nominal Impedance :........................... 50 Ω VSWR :............................................... 1.5:1 Max Gain (Overall gain) : ............................ 2 dBi Radiation PatternOmni-directional in the horizontal plane Polarization : ........................................ VERTICAL Power withstanding : ........................... 1 WMax Connector type :................................... SMA Plug (gold plated) MECHANICAL CHARACTERISTICS Plastic radome : .................................... HYTREL G 3548 L Color :................................................... BLACK Ingress Protection :............................... IP 68 Weight : ................................................ 10.1 g Overall length : .................................... 61.4 mm Flexibility : .......................................... 100 Cycles±180° Pull Force : .......................................... 15 lb. Torque Resistance : ............................. 1.6 in-lb. Flammability : ..................................... UL94-HB Drop test resistance : ........................... 5 ft drop to concrete (x30) mounted of a 800 g handheld terminal TECHNICAL DATA SHEET 3/3 STRAIGHT DIPOLE SMA 2.4GH…

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Contact Information

Applicant

Filip Kruzela(Certification Manager)

[email protected]+46 40 6307100Fax: +46 40 23 7137

Test Firm

Phoenix TestLab GmbHH. Altmaier

[email protected]49-5235-9500-0Fax: 49-5235-9500-10

Technical Specifications

#	Rule Parts	Frequency Range	Power Output
1	15C	2.40 GHz - 2.48 GHz	28.20 mW

Modular Type

Limited Single Modular Approval

Confidentiality

Long Term

Grant Notes

Output power listed is conducted. Limited Modular Approval. This is an OEM modular transmitter approved for use only in the specific mobile transmitting device subject for professional installation as described in the filing. Compliance of this module in its final configuration is the responsibility of the Grantee. The only antennas approved for use with this module are those documented in the filing, and must be installed in the manner specified therein. This device and its antenna must operate with a separation distance of at least 20 cm from all persons and must not be co-located or operating in conjunction with any other antenna or transmitter. Grantee shall provide installation and operating instructions for satisfying RF exposure requirements to OEM integrators and installers.