I5Q200-102-01Life Scan USB Interface Cable

INTERFACE CABLE USER INSTRUCTIONS For use with OneTouch ® Blood Glucose Meters with data management capabilities. Please call LifeScan Customer Service [insert localized equivalent term] for assistance. _______________________________________________________________________________ 9-Pin Cable 1. Connect the 9-pin female end to the serial port (COM port) of your computer. 2. Plug the stereo plug end of the Interface Cable into the data port of your OneTouch Blood Glucose Meter. You may need to restart your computer if another device was previously connected to the serial port. 3. Follow your software application instructions. USB Cable Installing the software driver on your PC Before using the USB Interface Cable for the first time, you must install the software driver. Note : This cable will work ONLY with the following Operating Systems: ??Microsoft Windows 98SE (incompatible with Windows 98) ??Windows Millennium Edition (ME) ??Microsoft Windows 2000 Service Pack 2 (SP2) ??Microsoft Windows XP. Installing the driver on any other Operating System can lead to unpredictable results. 1. Insert floppy disk labeled “Cable, USB, SW Driver” into your floppy drive. 2. Follow Operating System specific instructions (see following sections) to install the software driver. 3. Plug the stereo plug end of the USB interface cable into the data port of your OneTouch/LifeScan Blood Glucose Meter. 4. Follow your software application instructions. Windows 98 SE When you see this: Do this: a. After connecting the USB cable, a window named “Add New Hardware Wizard” will appear on the screen. The selection will default to “Automatic search for a better driver (Recommended).“ Click “Next” to continue. b. A window named “Add New Hardware Wizard” will appear on the screen a second time. The selection will default to “Search for the best driver for your device. (Recommended). “ Click “Next” to continue. c. A window named “Add New Hardware Wizard” will appear on the screen a third time. ??Ensure that “Floppy disk drives” is the only selection checked. ??Click “Next” to continue. d. A window named “Add New Hardware Wizard” will appear on the screen a fourth time. Click “Next” to continue. e. Windows installs the software. Click “Finish”. Note: Disconnect your cable from the meter when performing a glucose test. Windows 2000 When you see this: Do this: a. After connecting the USB cable, a window named “Found New Hardware Wizard” will appear on the screen. The selection will default to “Automatic search for a better driver (Recommended).“ Click “Next” to continue. b. A window named “Found New Hardware Wizard” will appear on the screen a second time. The selection will default to “Search for the suitable driver for my device. (recommended). “ Click “Next” to continue. c. A window named “Found New Hardware Wizard” will appear on the screen a third time. Ensure that “Floppy disk drives” is the only selection checked. Click “Next” to continue. Click “Next” to continue a second time. d. Windows will install the software. Click “Finish”. WINDOWS XP When you see this: Do this: a. After connecting the USB cable, a window named “Found New Hardware Wizard” will appear on the screen. The selection will default to “Install the software automatically (Recommended).“ Click “Next” to continue. b. Windows installs the software. Click “Finish”. a. WINDOWS ME When you see this: Do this: a. After connecting the USB cable, a window named “Add New Hardware Wizard” will appear on the screen. The selection will default to “Automatic search for a better driver (Recommended).“ Click “Finish”. b. Windows installs the software. Click “Finish”. To Uninstall the Software Driver from Your PC 1. Browse to the floppy disk using Windows Explorer. 2. Open the folder labeled “Uninstall”. 3. Click on driver remover file. 4. Follow the instructions provided by the Operating System to remove the driver from your system. The following applies to the U.S. only. CLASS B. COMPUTING DEVICES INFORMATION TO THE USER The following information is provided in accordance with U.S. Federal Communications Commission (FCC) regulations: 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. [Insert localized LifeScan Customer Service toll-free numbers: 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 radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference 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 the receiver. ??Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. Changes or modifications not expressly approved by LifeScan, Inc. could void the user’s authority to operate the equipment. ?LifeScan, Inc. Milpitas, CA 950035

Lifescan USB Cable Design Document HCLPLFS002_DD_001 / Rev.D Confidential Page 1 of 9 Lifescan USB Cable Design Document (Description of Circuit Function) Lifescan USB Cable Design Document HCLPLFS002_DD_001 / Rev.D Confidential Page 2 of 9 Introduction 1.1 Purpose The purpose of this document is to provide details about the system design of the Lifescan USB interface cable, herein after referred as LFS USB cable. 1.2 Scope This document is intended to explain the design of LFS USB cable along with its software driver structure. The software driver development and support are beyond the scope of LFS USB cable development. Software provided by the IC manufacturer shall be utilized. 1.3 Definitions, Acronyms and Abbreviations Term/Acronym Definition/Description BGM Blood Glucose Monitor CMOS Complementary Metal Oxide Semiconductor USB Universal Serial Bus ESD Electrostatic Discharge IBM International Business Machine LFS Lifescan PC Personal Computer RS232 Serial Data Interface Standard TTL Transistor – Transistor Logic UL Underwriters Laboratories OS Operating System IC Integrated Circuit 1.4 References 1) USB specifications version 1.1 2) Datasheets of IC PL2303 – Prolific USB to RS232 Bridge Controller. 3) Datasheets of SMBJ15C – Microsemi’s Transient Voltage Suppressor 4) Datasheets of Kemet Capacitors. 5) Datasheets of ROHM’ Thick film SMD Resistors. 6) Datasheets of Shogyo’ 3.5mm Phone Plug. 7) JIS C 6560 Standards for concentric plugs and jacks. 8) System Requirement Document (Doc.ID: HCLPLFS002_SRD_001) 9) LFS-USBCable – Sch.PDF (Doc.ID: HCLPLFS002_SCH_001) 10) Datasheets of IC LM339 – Quad Voltage Comparators Lifescan USB Cable Design Document HCLPLFS002_DD_001 / Rev.D Confidential Page 3 of 9 2 Product Overview The function of the LFS USB cable is to connect Lifescan BGMs with a 3 pin data port to an USB port of an IBM compatible PC, running ONE TOUCH software Ver 2.0, to permit electronic transport of data between the two. The LFS USB cable is composed of an USB series A Plug with flexible shielded 4 core cable at one end and a 3.5mm miniature stereo phone plug with flexible shielded 3 core cable at the other end. An embedded electronics is placed near the USB plug end of the cable that provides protocol and logic level translation between USB and Serial interfaces at TTL/CMOS level. Power for the embedded electronics is derived from the host PC’s USB port . 3 Project Objective The major objectives of this project are the following: ??To develop a cost effective high performance USB interface cable for Lifescan BGMs. ??The LFS USB to serial converter PCB should have a form factor, small enough to be accommodated inside a small plastic hood. 4 Specifications 4.1 Functional The LFS USB cable is an USB to Serial Interface converter cable that allows communication between a LFS BGM and an IBM compatible PC through USB port. The LFS USB cable allows configuration of BGM meter settings with the help of One Touch software running in the PC and it allows downloading the data from the BGM to the PC. 4.2 Electro-mechanical ??The total length of the LFS USB cable is 72 inches including the connectors. ??Two types of cable are used in design. The cable between USB series A plug and PCB over mould is made up of 4 cores (for VCC, D+, D- and Ground signals) wrapped by an aluminium foil, a tinned copper drain wire and an interwoven braided outer shield, with other electro-mechanical parameters compliant to USB Ver 1.1 specifications. Lifescan USB Cable Design Document HCLPLFS002_DD_001 / Rev.D Confidential Page 4 of 9 ??The cable between 3 pin stereo phone plug and PCB over mould is made up of 3 cores (for separate Transmit, Receive and Ground Signals) with a drain wire wrapped by an aluminium foil. ??The thickness of each core is chosen as 26 AWG to provide flexibility to the cable and to comply with the design requirement and applicable standards like UL444. ??PCB over mould is located near the USB plug end(at about 2 feet from USB plug) of the cable, which provides protocol conversion between USB and Serial interfaces. ?? The maximum baud rate of the LFS USB cable is 57.6K and shall operate in full duplex mode. 5 Architecture The PCB of the LFS USB cable comprises mainly of a single chip that provides protocol level conversion between USB and RS232 Serial interfaces at TTL/CMOS level. The selection of IC and its associated components for the USB to Serial conversion logic was accomplished after a detailed survey of the existing technology, features, cost and analysis of the system requirement of LFS. The hardware and software design is discussed in detail below. 5.1 Hardware Following components were selected for the design. The most critical component in the design is the USB to RS232 Bridge IC. ??USB to RS232 Bridge: IC PL-2303 has been selected for this purpose. This IC is developed and manufactured by Prolific Technologies, Taiwan: Prolific and the IC are listed at http://www.usb.org . Listing in USB.Org ensures 100 % compliance to USB specifications(V1.1). The PL-2303 USB-to-Serial Bridge Controller is a low cost device that provides high performance single chip solution for the protocol translation. It operates as a bridge between an USB and Serial Interface at TTL/CMOS level. The two large on-chip buffers accommodate the data flow from two different interfaces. The USB bulk-type data is adopted for maximum data transfer. Automatic handshake is supported at the serial interface. This device along with its associated software driver enables USB interface to be transparent to the peripherals and allows BGMs to connect to USB port. This IC is fully compliant with USB specification V1.1. It also supports EIA RS232 serial communication. It utilizes bus powered technology (i.e. it takes power for its operation from USB port of PC.) and operates at full speed as per USB spec. version 1.1(12Mbps between USB port of IC and host PC). Lifescan USB Cable Design Document HCLPLFS002_DD_001 / Rev.D C…

Text truncated - open the document above for the full version.

I5Q 200-102-01 Attachment 9 - 4/6 Radiated emission test setup at Open area t est site. (Photograph shows maximum emission positi o n of the cable) Radiated Emission vertical polarisation

LIFESCAN FCC ID:I5Q200-102-01 FCC ID:I5Q200-102-01
  Font : Arial, Height : 2.2MM, Depth : 0.5MM LIFESCAN Font : Arial, Height : 1.3MM Depth : 0.5MM

TÜV RHEINLAND Product Safety GmbH Am Grauen Stein D-51105 Köln Attachment 11 Photo Documentation Life Scan USB cable 200-102-01 of HCL Peripehrals (A unit of HCL Infosystems Ltd.) 299, Arcot Road Vadapalani Chennai – 600 026 INDIA This documentation consists of 4 pages include this cover page. I5Q 200-102-01 Attachment 11-2/4 Overal Interal Photograph PCB bottom side I5Q 200-102-01 Attachment 11-3/4 PCB Top side 3 pin Stereo Phone Plug I5Q 200-102-01 Attachment 11-4/4 USB port connector

Attachment 8 FCC ID I5Q200-102-01 Seite 1 von 20 Page 1 of 20 Equipment Under Test (EUT) : Lifescan USB Interface Cable Model No. : 200-102-01 Serial No. : 17 Manufacturer : M/s. HCL Peripherals, Chennai Tested on : 17 th March, 03 Testing location : SAMEER – Centre for Electromagnetics 2 nd Corss Road, CIT Campus, Taramani Chennai – 600 113 INDIA Test Instrumentation: Description Make Model number Serial number Cal. Due date EMI Receiver R&S ESAI-D 825316/004 03/02/04 R&S ESAI-RF 863791/009 03/02/04 Biconical Antenna R&S HK116 825329/007 24/01/04 Log Periodic Antenna Electrometrics LPA 25 1463 10/01/04 EMI Receiver R&S ESCS 30 100063 23/08/03 Line Impedance Stabilization Network (LISN) R&S ESH2-Z5 893606/023 27/07/04 Applicable Standard: FCC, class B part 15,1998. The test procedures are followed as given in the standard ANSI C63.4 1992, EIA/TIA 603, and MP-5. The EMI test receiver (make R&S)(model: ESAI) was used for measuring radiated emission from EUT. The receiver is a sophisticated instrument to specifically carry out EMC measurements. Transducer table settings are available to enter the cable loss & antenna factor in the receiver to get the field strength (dB?V/m) values from the display. So manual calculation is not necessary. For example: E (dB?V/m) = V (dB?V)+AF-----------Eq.1 Where E (dB?V/m) = Field strength V(dB?V) = receiver two terminal voltage AF = Antenna factor Attachment 8 FCC ID I5Q200-102-01 Seite 2 von 20 Page 2 of 20 1. CONDUCTED EMISSION TEST 1.1 EUT Configuration: The life scan USB interface cable (EUT) was connected to the Laptop and other end with 3 pins stereo Phone Plug (to be connected to a meter) was shorted to communicate with the PC. See in Annexure-1 1.2 Test Frequency and limits: Frequency (Mhz) Quasi Peak Limits (dB?V) 0.45-30.0 48 1.3 Test Procedure: The RF conducted emissions from the EUT sent back to the power lines were measured using LISN and EMI receiver. The measurement was done in Peak detection mode. Since the emission level was within the limit in peak mode, measurement was not done in Quasipeak detection mode. Few Qp values attached for reference along with plots. 1.4 Test Observations: It was observed that the Conducted Emission from the EUT was within the FCC limits in the test frequency range of 450KHz-30MHz. 9KHz Bandwidth used for measurements. 1.5 Enclosed Documents: Plot 1A&B shows conducted emissions from the EUT on Line. Plot 1C&D shows conductd emissions from the EUT on Neutral. Aattachments shows the photograph of EUT & Conducted Emission test Setup Attachment 8 FCC ID I5Q200-102-01 Seite 3 von 20 Page 3 of 20 2. RADIATED EMISSION TEST 2.1 EUT Configuration: The life scan USB interface cable (EUT) was connected to the Laptop and other end with 3 pins stereo Phone Plug (to be connected to a meter) was shorted to communicate with the PC. 2.2 Test Frequency Range and Limits at 10 meter Distance: Frequency (MHz) Emission Limits (dB ? V) 30-88 88-216 216-960 960-1000 29.55 33.05 35.55 43.55 2.3 Test Procedure: (I) The Radiated Emission (RE) from the EUT was first measured in anchoic chamber at 3- meter distance for both horizontal and vertical polarization and antenna height was varied to maximize the emission. Logperiodic antenna model LPA 25 and Biconical antenna HK116 were used for Radiated emission measurements. The manipulation cables were done to identify maximum emissions in the frequency range of 30 Mhz – 1000Mhz to identify any emission from the EUT. 120KHz bandwidth used for measurements. The above measurement was done in two steps. Step 1: Laptop with subsystems in powered condition. Step2: Laptop with subsystems plus EUT (Life scan USB interface cable) in powered condition. The frequencies of appreciable emission were identified and recorded (II) The above RE measurement procedure was repeated at OATS (Open Area Test Site) at 10 m distance as required by FCC standard for those tests frequencies with appreciable emission. Measurement was carried out for both horizontal and vertical polarization and antenna height was varied to maximize the emission. The manipulation cables were done to idenfity maximum emissions. The photograph shows the maximum emission condition. 2.4 Test Observations: The Radiated Emission (RE) was within the FCC limit. This was observed in Anchoic chamber with peak detection mode as well as in OATS for the test frequency range of 30-1000Mhz. As the emission from the EUT was below the FCC limit, the measurements plots take in the anchoic chamber were enclosed for ready reference. Table RE-1 and RE-2 shows few emission values. 2.7 Enclosed Documents: Plot 2A&2B shows radiated emission due to ambient (Laptop ON) for the frequency range 30MHz-230Mhz. Plot 2C & 2D shows radiated emission due to ambient (Laptop ON) for the frequency range 230Mhz – 1000Mhz Plot 3A&B shows radiated emissions from the entire setup as shown in Annexure-1 for the frequency range 30-230Mhz Plot 3C &D shows radiated emissions from the entire setup as shown inAnnexure –1 for the frequency range 230-1000Mhz Attachment 8 FCC ID I5Q200-102-01 Seite 4 von 20 Page 4 of 20 Power Supply used for testing: Voltage: 120V AC Frequency: 60Hz Desciption of support equipment: Item Make Model Serial no. FCC Laptop personal computer Toshiba TE 2000 42017323V FCC complied AC adapter Polaris Electronics CH1205 0230 FCC complied Attachment 8 FCC ID I5Q200-102-01 Seite 5 von 20 Page 5 of 20 Conducted Emission Qp Band Width: 9KHz: Plot 1A Attachment 8 FCC ID I5Q200-102-01 Seite 6 von 20 Page 6 of 20 Plot 1B Attachment 8 FCC ID I5Q200-102-01 Seite 7 von 20 Page 7 of 20 Plot 1C Attachment 8 FCC ID I5Q200-102-01 Seite 8 von 20 Page 8 of 20 Plot 1D Attachment 8 FCC ID I5Q200-102-01 Seite 9 von 20 Page 9 of 20 Plot 2A Attachment 8 FCC ID I5Q200-102-01 Seite 10 von 20 Page 10 of 20 Plot 2B Attachment 8 FCC ID I5Q200-102-01 Seite 11 von 20 Page 11 of 20 Plot 2C Attachment 8 FCC ID I5Q200-102-01 Seite 12 von 20 Page 12 of 20 Plot 2D Attachment 8 FCC ID I5Q200-102…

Text truncated - open the document above for the full version.

TÜV RHEINLAND Product Safety GmbH Am Grauen Stein D-51105 Köln Photo Documentation Life Scan USB cable 200-102-01 of HCL Peripehrals (A unit of HCL Infosystems Ltd.) 299, Arcot Road Vadapalani Chennai – 600 026 INDIA This documentation consists of 6 pages include this cover page. I5Q 200-102-01 Attachment 9 - 2/6 Conducted Emission t est setup Radiated emission test setup inside Chamber (maximum emission observed in this position of cable ) I5Q 200-102-01 Attachment 9 - 3/6 Radiated Emission test setup 30MHz – 230MHz Radiated emission test setup 230MHz – 1GHz) I5Q 200-102-01 Attachment 9 - 4/6 Radiated emission test setup at Open area t est site. (Photograph shows maximum emission positi o n of the cable) Radiated Emission vertical polarisation I5Q 200-102-01 Attachment 9 - 5/6 Radiated Emission test setup Horizontal Polarisation. Radiated emission test setup vertical polarization I5Q 200-102-01 Attachment 9 - 6/6 Radiated emission test setup Horizontal polarization.