A3LIWB-C1Wireless Charger

SyncMaster P64FP P64FT PDP Display User Manual The color and the appearance may differ depending on the product, and the specifications are subject to change without prior notice to improve the performance. Safety Instructions Notational Note These safety instructions must be followed to ensure your safety and prevent property damage. Make sure to read the instructions carefully and use the product in the correct manner. Warning / Caution Failure to follow directions noted by this symbol could result in bodily harm or damage to the equipment. Note Prohibited Important to read and under- stand at all times Do not disassemble Disconnect the plug from the outlet Do not touch Ground to prevent an electric shock Power When not used for extended period of time, set your computer to DPM. If using a screen saver, set it to active screen mode. The images here are for reference only, and are not applicable in all cases (or countries). Shortcut to Anti-Afterimage Instructions Do not use a damaged power cord or plug or a damaged or loose power outlet. • Otherwise, this may result in electric shock or fire. Do not touch the power plug with wet hands when removing or plug- ging the plug into the outlet. • Otherwise, this may result in electric shock. Make sure to connect the power cord to a grounded power outlet. • Otherwise, it may result in electric shock or personal injury. Ensure that the power plug is plugged into the power outlet firmly and correctly. • Otherwise, this may result in fire. An administration fee may be charged if either • (a) an engineer is called out at your request and there is no defect in the product (i.e. where you have failed to read this user manual). • (b) you bring the unit to a repair centre and there is no defect in the product (i.e. where you have failed to read this user manual). The amount of such administration charge will be advised to you before any work or home visit is carried out. Do not forcefully bend or pull the power plug and do not place any heavy material on it. • Otherwise, this may result in fire. Do not connect multiple appliances to the same power outlet. • Otherwise, this may cause fire due to overheating. Do not disconnect the power cord while using the product. • Otherwise, this may result in damage to the product due to electric shock. To disconnect the apparatus from the mains, the plug must be pulled out from the mains socket, therefore the mains plug shall be readily op- erable. • Otherwise, this may cause electric shock or fire. Use only the power cord provided by our company. Do not use the provided power cord of another product. • Otherwise, this may result in fire or electric shock. Installation Be sure to contact an authorized Service Center when installing your monitor in a location with heavy dust, high or low temperatures, high humidity, and exposed to chemical substances and where it operates for 24 hours such as at airports, train stations etc. Failure to do so may cause serious damage to your monitor. Ensure that at least two persons lift and move the product. • Otherwise, it may be dropped and cause personal injury, and/or dam- age the product. When installing the product in a cabinet or rack, make sure that the front end of the bottom of the product does not project out. • Otherwise, it may fall or cause personal injury. • Use a cabinet or rack of a size appropriate to the product. DO NOT PLACE CANDLES, MOSQUITO REPELLANT, CIGA- RETTES AND ANY HEATING APPLIANCES NEAR THE PROD- UCT. • Otherwise, this may result in fire. Keep heating appliances as far away from the power cord or the prod- uct as possible. • Otherwise, this may result in electric shock or fire. Safety Instructions Do not install it in a badly ventilated location such as a bookcase or closet. • Otherwise, this may result in fire due to an increase in the internal temperature. When putting the product down, make sure to put it down softly. • Otherwise, this may result in damage to the screen display. Do not place the front of the product on the floor. • Otherwise, this may result in damage to the screen display. Ensure that an authorized installation company installs the wall mount. • Otherwise, it may fall and cause personal injury. • Make sure to install the specified wall mount. Install your product in a well ventilated location. Ensure that there is a clearance of more than 4 inches (10 cm) from the wall. • Otherwise, it may result in fire due to an increase in the internal tem- perature. Ensure that the packaging vinyl is kept away from children. • Otherwise, it may result in serious harm (suffocation) if children play with it. If the height of your monitor is adjustable, do not place any object or part of your body on the stand when lowering it. • This may cause damage to the product or the person carrying it. Clean When cleaning the PDP Display case or the surface of the TFT-PDP screen, wipe with a slightly moistened, soft fabric.. Do not spray cleaner directly onto the surface of the product. • Otherwise, this may result in the discoloration and distortion of the structure and the screen surface may peel off. When cleaning the power plug pins or dusting the power outlet, clean it with a dry cloth. • Otherwise, it may result in fire. When cleaning the product, make sure to disconnect the power cord. • Otherwise, it may result in electric shock or fire. Safety Instructions When cleaning the product, disconnect the power cord and clean it with a soft, dry cloth. • Do not use chemicals such as wax, benzene, alcohol, thinner, mos- quito repellant, lubricant, or cleaner. • These may change the appearance of the product surface and peel off the indication labels on the product. Since the product housing is easily scratched, make sure to use the specified cloth only. When cleaning the product, do not spray water directly onto the main body of the product. • Ensure that water does not enter the product and that it is not wet. • Otherwise, this may result in electric shoc…

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Samsung Electronics Co Ltd 18600 Broadwick St. Rancho Dominguez, CA 90220 United States Date: September 02, 2011 Compliance Certification Services Certification Division 47173 Benicia Street Fremont, CA 94538, USA RE: Request of Confidentiality for FCCID: A3LIWB-C1 To Whom It may Concern: Pursuant to Sections 0.457 and 0.459 of the Commission`s Rules(CFR 47), and Section 552 (b) (4) of the Freedom of Information Act, Samsung Electronics Co Ltd hereby requests confidentiality and treatment of certain information accompanying this application. The materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these matters might be harmful to the Applicant and provide unjustified benefits to its competitors. We are also hereby request Short-Term Confidentiality for 180 days after the grant as outlined in Public Notice DA 04-1705. This provision will give Samsung Electronics Co Ltd temporary confidentiality of commercially sensitive information prior to product release. The requested permanent and Short-Term Confidential exhibits are listed as follows: PERMANENT & SHORT-TERM CONFIDENTIAL LIST Exhibit Description File name PERMANENT 1 Block Diagram Block Diagram_A3LIWB-C1.pdf 2 Operational Description Operational Description_A3LIWB-C1.pdf 3 Schematics Schematic_A3LIWB-C1.pdf 4 Part Lists Part List_A3LIWB-C1.pdf SHORT-TERM 5 External Photos Ext Photo_A3LIWB-C1.pdf 6 Internal Photos Int Photo_A3LIWB-C1.pdf 7 Test-Setup Photos Test Photo_A3LIWB-C1.pdf 8 Users Manual User Manual_A3LIWB-C1.pdf Note: The pictures on the label location do not require any long term or short term confidentiality. The Applicant understands that pursuant to Rule 0.457, disclosure of this application and all accompanying documentations, where applicable, will not be public before the date of the Grant for this application. Sincerely, Peter Ra General Manager

FCCID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. View 1 FCCID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. View 2 FCCID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. View 3 FCCID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. View 4 FCCID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. View 5 FCCID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. View 6 FCCID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. View 7 FCCID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. Information of Modification As above picture, a ferrite core is used to enhance more the technical specification.

FCC ID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. FCC ID SAMPLE LABEL & LOCATION LABELLING REQUIREMENTS PER §2.925 The Label shown shall be permanently affixed at a conspicuous location on the device and be readily visible to the user at the time of purchase.

FCCID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. View 1 FCCID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. View 2 FCCID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. View 3

1012-01376 DRTFCC1108-310 TRF-RF-308(01)100709 Page 2 / 7 Copyright ○ C 2011, Digital EMC Co., Ltd. CONTENTS 1. Equipment information ............................................................................. 3 1.1 Equipment description ............................................................................ 3 1.2 Ancillary equipment ................................................................................. 3 2. Information about test items .................................................................... 4 2.1 Operating mode ...................................................................................... 4 2.2 Test Mode ............................................................................................... 4 2.3 Auxiliary equipment ................................................................................. 4 2.4 Tested environment ................................................................................. 4 3. E and H field strength ............................................................................... 5 1012-01376 DRTFCC1108-310 TRF-RF-308(01)100709 Page 3 / 7 Copyright ○ C 2011, Digital EMC Co., Ltd. 1. Equipment information 1.1 Equipment description FCC Equipment Class Part 15 Low Power Transmitter Below 1705 kHz (DCD) FCCID A3LIWB-C1 Equipment type Wireless Charger Equipment model name IWB-C1 Equipment add model name N/A Equipment serial no. Identical prototype Device Category Mobile device Frequency range 118 ~ 124KHz 144 ~ 150KHz Charging power range Max. DC 4.1V, 61mA Communication mode Note 2 Analog ping mode, Digital communication mode Power AC-DC Adaptor: AC 120 V 60 Hz Antenna type Internal Loop Antenna X 2ea Note 1: Description of communication mode, - Analog ping mode In order to find the pen(RX), the charger(TX) applies a short pulse to its primary coil regularly. The charger(TX) can know the presence of the pen(RX) on the charger(TX) through monitoring its primary coil current. - Digital communication mode After finding the pen(RX), the charger(TX) initiates power signal and then receives data PACKETS from the pen(RX). If the pen(RX) is removed on the position of the charger(TX) then this communication is stopped at once and the transmitting power signal of the charger(TX) is immediately stopped. Note 2: Operational description The pens each have resonant circuits. Essentially primary circuit is tuned so that it resonates at the same frequency as the secondary circuit. The primary and secondary coils are thus magnetically coupled, creating a dual-tuned resonant air-core transformer. Resonance of the primary varies to improve efficiencies in power transfer to the secondaries. The pens use Adaptive Inductive Coupling. Adaptive Inductive Coupling uses principles of magnetic induction to transfer power. The implementation involves tuning the coil circuits and adaptively adjusting power intelligently to maximize total power transferred. This adaptive inductive coupling through system intelligent tuning increases system Q dramatically which, in turn, maximizes the system efficiency. The tuning of the circuitry occurs through the use of proprietary power controlling protocols. And each pens can be charged in both frequency ranges allowed by the charger. 1.2 Ancillary equipment Equipment Model No. Serial No. Manufacturer Note Adapter SAD1212 CN06BN4400133CDC07DB82687SAMSUNG - 1012-01376 DRTFCC1108-310 TRF-RF-308(01)100709 Page 4 / 7 Copyright ○ C 2011, Digital EMC Co., Ltd. 2. Information about test items 2.1 Operating mode Mode 1 Charging and communication mode Note: Based on the part 15 test results, the emissions of the analog ping mode are very lower than the charging and communication mode. So RF exposure test is performed only with the charging and communication mode. 2.2 Test Mode This device has been tested to simulate the various load conditions of the client device. For simulating the various load condition, electronic loads are used to control charging currents. It means that the impedance electronic loads can be adjusted by operator. So that it can control the charging current of the circuit. The charging current was controlled from 35mA (Min) to 60mA (MAX) by 10 mA step using the electronic loads. Charging current Test Mode 1 (TM1) Test Mode 2 (TM2) Test Mode 3 (TM3) 35mA(Min.) TM1-35 TM2-35 TM3-35 40mA TM1-40 TM2-40 TM3-40 50mA TM1-50 TM2-50 TM3-50 60mA(Max.) TM1-60 TM2-60 TM3-60 Note 1: The test mode 3 was tested using 2 electronic loads for charging 2 pens at the same time. Pen 1 was connected with electronic load 1 using red and black wire. And Pen 2 was connected with electronic load 2 using red and green wire. (Refer to test setup photo for more details.) Note 2: Additional Information for PEN The USB dongle is a device for short distance communication with the Touch Pen. And using touch pen, general user can send location data and input necessary data to USB Dongle using Zigbee. Then Dongle send received data from Touch Pen to PC via USB port. 2.3 Auxiliary equipment Equipment Model No. Serial No. Manufacturer Note Pen(RX) IWB-P1 N/A SAMSUNG FCCID: A3LIWB-P1 (Pending) Note: This Pen(RX) is used to control the charging currents. 2.4 Tested environment Temperature : 23 o C Relative humidity content : 48 % R.H. Details of power supply :AC 120V 60Hz 1012-01376 DRTFCC1108-310 TRF-RF-308(01)100709 Page 5 / 7 Copyright ○ C 2011, Digital EMC Co., Ltd. 3. E and H field strength For RF exposure purposes, the E and H field strengths are measured separately with E and H probes and meters at different locations surrounding the test setup. - Test setup diagram Note 1: Measurement distance between the edge of the EUT housing and the edge of the probe = 10 cm Actual distance between the edge of the EUT housing and the geometric center of the probe = 12.5 cm Note 2: Test were performed above A, B, C, D probe positions. Note 3: The probe height(H) is varied to maximize the emission. - Measurement data: refer to the next page -…

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1012-01376 DRTFCC1108-311 TRF-RF-204(01)110221 Page 2 / 19 Copyright ○ C 2010, Digital EMC Co., Ltd. CONTENTS 1. Equipment information .............................................................. 3 1.1 Equipment description ............................................................. 3 1.2 Ancillary equipment ................................................................. 3 2. Information about test items ..................................................... 4 2.1 Operating mode ....................................................................... 4 2.2 Test mode ................................................................................ 4 2.3 Auxiliary equipment ................................................................. 4 2.4 Tested environment ................................................................. 4 2.5 EMI Suppression Device(s)/Modifications ............................... 4 3. Test Report ................................................................................. 5 3.1 Summary of tests .................................................................... 5 3.2 Transmitter requirements ........................................................ 6 3.2.1 20dB Bandwidth Measurement ........................................... 6 3.2.2 Radiated Emissions ............................................................ 9 3.2.3 AC Line Conducted Emissions .......................................... 11 APPENDIX I................................................................................... 16 1012-01376 DRTFCC1108-311 TRF-RF-204(01)110221 Page 3 / 19 Copyright ○ C 2010, Digital EMC Co., Ltd. 1. Equipment information 1.1 Equipment description FCC Equipment Class Part 15 Low Power Transmitter Below 1705 kHz (DCD) FCCID A3LIWB-C1 Equipment type Wireless Charger Equipment model name IWB-C1 Equipment add model name N/A Equipment serial no. Identical prototype Frequency range 118 ~ 124KHz 144 ~ 150KHz Charging power range Max. DC 4.1V, 61mA Communication mode Note 2 Analog ping mode, Digital communication mode Power AC-DC Adaptor: AC 120 V 60 Hz Antenna type Internal Loop Antenna Note 1: Description of communication mode, - Analog ping mode In order to find the pen(RX), the charger(TX) applies a short pulse to its primary coil regularly. The charger(TX) can know the presence of the pen(RX) on the charger(TX) through monitoring its primary coil current. - Digital communication mode After finding the pen(RX), the charger(TX) initiates power signal and then receives data PACKETS from the pen(RX). If the pen(RX) is removed on the position of the charger(TX) then this communication is stopped at once and the transmitting power signal of the charger(TX) is immediately stopped. Note 2: Operational description The pens each have resonant circuits. Essentially primary circuit is tuned so that it resonates at the same frequency as the secondary circuit. The primary and secondary coils are thus magnetically coupled, creating a dual-tuned resonant air-core transformer. Resonance of the primary varies to improve efficiencies in power transfer to the secondaries. The pens use Adaptive Inductive Coupling. Adaptive Inductive Coupling uses principles of magnetic induction to transfer power. The implementation involves tuning the coil circuits and adaptively adjusting power intelligently to maximize total power transferred. This adaptive inductive coupling through system intelligent tuning increases system Q dramatically which, in turn, maximizes the system efficiency. The tuning of the circuitry occurs through the use of proprietary power controlling protocols. And each pens can be charged in both frequency ranges allowed by the charger. 1.2 Ancillary equipment Equipment Model No. Serial No. Manufacturer Note Adapter SAD1212 CN06BN4400133CDC07DB82687SAMSUNG - 1012-01376 DRTFCC1108-311 TRF-RF-204(01)110221 Page 4 / 19 Copyright ○ C 2010, Digital EMC Co., Ltd. 2. Information about test items 2.1 Operating mode Operating Mode 1 (OP 1) Charging and communication mode (Charging and Communication) Operating Mode 2 (OP 2) Analog ping mode (Transmitting a very short pulse to find a client device) 2.2 Test mode This device has been tested to simulate the various load conditions of the client device. For simulating the various load condition, electronic loads are used to control charging currents. It means that the impedance electronic loads can be adjusted by operator. So that it can control the charging current of the circuit. The charging current was controlled from 35mA (Min) to 60mA (MAX) by 10 mA step using the electronic loads. Charging current Test Mode 1 (TM1) Test Mode 2 (TM2) Test Mode 3 (TM3) 35mA(Min.) TM1-35 TM2-35 TM3-35 40mA TM1-40 TM2-40 TM3-40 50mA TM1-50 TM2-50 TM3-50 60mA(Max.) TM1-60 TM2-60 TM3-60 Note 1: The test mode 3 was tested using 2 electronic loads for charging 2 pens at the same time. Pen 1 was connected with electronic load 1 using red and black wire. And Pen 2 was connected with electronic load 2 using red and green wire. (Refer to test setup photo for more details.) Note 2: Additional Information for PEN The USB dongle is a device for short distance communication with the Touch Pen. And using touch pen, general user can send location data and input necessary data to USB Dongle using Zigbee. Then Dongle send received data from Touch Pen to PC via USB port. 2.3 Auxiliary equipment Equipment Model No. Serial No. Manufacturer Note Pen(RX) IWB-P1 N/A SAMSUNG FCCID: A3LIWB-P1 (Pending) Note: This Pen(RX) is used to control the charging currents. 2.4 Tested environment Temperature : 24 ~ 26 o C Relative humidity content : 35 ~ 49 % R.H. Details of power supply :AC 120V 60Hz 2.5 EMI Suppression Device(s)/Modifications EMI suppression device(s) added and/or modifications made during testing → A ferrite core is used to enhance more the technical specification. Please refer to the external photo. 1012-01376 DRTFCC1108-311 TRF-RF-204(01)110221 Page 5 / 19 Copyright ○ C 2010…

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FCC ID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. Description of Test Mode(TM) Test Mode 1(TM 1) Note: Pen 1 was put on a charging slot 1 of the wireless charger. And the PEN 1 was connected with electronic load 1 using red and black wire. Charging slot 1 Charging slot 2 Pen 1 FCC ID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. Description of Test Mode(TM) Test Mode 2(TM 2) Note: Pen 1 was put on a charging slot 2 of the wireless charger. And the PEN 1 was connected with electronic load 1 using red and black wire. Charging slot 2 Charging slot 1 Pen 1 FCC ID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. Description of Test Mode(TM) Test Mode 3(TM 3) Note: Pen 1 was put on a charging slot 1 of the wireless charger. And Pen 1 was connected with electronic load 1 using red and black wire. Pen 2 was put on a charging slot 2 of the wireless charger. And Pen 2 was connected with electronic load 2 using red and green wire. Charging slot 1 Charging slot 2 Pen 2 Pen 1 FCC ID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. Test Setup Photo(RE) FCC ID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. Test Setup Photo(CE)

FCC ID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. Description of Test Mode(TM) Test Mode 1(TM 1) Note: Pen 1 was put on a charging slot 1 of the wireless charger. And the PEN 1 was connected with electronic load 1 using red and black wire. Charging slot 1 Charging slot 2 Pen 1 FCC ID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. Description of Test Mode(TM) Test Mode 2(TM 2) Note: Pen 1 was put on a charging slot 2 of the wireless charger. And the PEN 1 was connected with electronic load 1 using red and black wire. Charging slot 2 Charging slot 1 Pen 1 FCC ID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. Description of Test Mode(TM) Test Mode 3(TM 3) Note: Pen 1 was put on a charging slot 1 of the wireless charger. And Pen 1 was connected with electronic load 1 using red and black wire. Pen 2 was put on a charging slot 2 of the wireless charger. And Pen 2 was connected with electronic load 2 using red and green wire. Charging slot 1 Charging slot 2 Pen 2 Pen 1 FCC ID: A3LIWB-C1 Copyright Ⓒ 2011, Digital EMC Co., Ltd. Test Setup Photo for RF Exposure