MMALXT535PGMRS / FRS

Welcome to the world of Midland electronics Congratulations on your purchase of a high quality MIDLANDproduct. Your 2-way radio represents state-of-the-art high-techengineering. Designed for GMRS (General Mobile Radio Service)operation, this compact package is big on performance. It is aquality piece of electronic equipment, skillfully constructed with thefinest components. The circuitry is all solid-state and mounted on arugged printed circuit board. Your two-way radio is designed forreliable and trouble-free performance for years to come.Features- 22 GMRS/FRS Channel- Call Alert - Scan Function- Roger Beep Tone- Silent Operation- Keypad Lock- Power HI/LO Settings- Auto Squelch- Speaker / Microphone Jacks- Battery Life Extender- Battery Low Indicator This device complies with Part 15 of the FCC Rules. Operation issubject to the following two conditions: (1) this device does notcause harmful interference, and (2) this radio must accept anyinterference that may cause undesired operation.To maintain compliance with FCC’s RF exposure guidelines, forbody-worn operation, this radio has been tested and meets theFCC RF exposure guidelines when used with Midland RadioCorp. accessories supplied or designated for this product. Use ofother accessories may not ensure compliance with FCC RFexposure guidelines. IMPORTANT NOTICE, FCC LICENSE REQUIRED FOR GMRS OPERATION(Only Applicable for GMRS Radio Use in the United States)The radios operates on GMRS (General Mobile Radio Service) frequencieswhich require an FCC (Federal Communications Commission) license. You mustbe licensed prior to operating on channels 1 - 7 or 15 - 22, which comprise theGMRS channels of the radios. Serious penalties could result from unlicensed useof GMRS channels, in violation of FCC rules, as stipulated in theCommunications Acts Sections 501 and 502 (amended).You will be issued a call sign by the FCC which should be used for stationidentification when operating the radio on GMRS channels. You should alsocooperate by engaging in permissible transmissions only, avoiding channelinterference with other GMRS users, and being prudent with the length of yourtransmission time.To obtain a license or ask questions about the license application, contact theFCC at 1-888-CALL FCC or go to the FCC's website: http://www .fcc.gov and request form 605 . Exposure To Radio Frequency EnergyYour Midland radio is designed to comply with the following national andinternational standards and guidelines regarding exposure of human beings toradio frequency electromagnetic energy:- United States Federal Communications Commission, Code of Federal Regulations: 47 CFR part 2 sub-part J - American National Standards Institute (ANSI)/Institute of Electrical & Electronic Engineers (IEEE) C95. 1-1992 - Institute of Electrical and Electronic Engineers (IEEE) C95. 1-1999 Edition- National Council on Radiation Protection and Measurements (NCRP) of the United States, Report 86, 1986 - International Commission on Non-lonizing Radiation Protection (ICNIRP) 1998 To control your exposure and ensure compliance with the general population oruncontrolled environment exposure limits, transmit no more than 50% of thetime. The radio generates measurable RF energy exposure only whentransmitting. IMPORTANT: Changes or modifications to this unit not expressly approved by MIDLAND RADIO CORP. could void your right to operate this unit. Your radio is set up to transmit a regulated signal on an assigned frequency. It is againstthe law to alter or adjust the settings inside the COMMUNICATOR to exceedthose limitations. Any adjustment to your radio must be made by qualifiedtechnicians. LCD DISPLA Y 1. LOW BATTERY ICON – Indicates the battery level is low. 2. TRANSMIT (TX) ICON – Indicates radio is transmitting a signal. 3. CHANNEL NUMBER – Changes from 1~22 on GMRS/FRS band. 4. KEY LOCK ICON – Indicates KEY LOCK mode is on. 5. RECEIVE (RX) ICON – Indicates radio is receiving a transmission. 6. TRANSMIT POWER LEVEL ICON – Indicates TX Power setting (H/L) 1 CONTR OLS 7. PTT Button – Press and hold to transmit voice communication. 8. CALL/LOCK Button – Press to send a CALL Alert signal. Press and hold toturn KEY LOCK on/off. 9. MIC – Built-in microphone. 10. SPEAKER – Built-in speaker. 11. ANTENNA12. EXTERNAL SPEAKER/MIC/CHG. JACK 13. POWER / MENU Button – Press and hold for at least 3 seconds to turn theradio on/off. Press momentarily toaccess Menu mode. 14. SCAN Button – Press to enter SCAN mode. 15. UP s and DOWN t Buttons – Make adjustments in MENU mode. 14 1312 10 98 7 65 4 32 11 BA T TER Y INS T ALLA TION Your radio operates with either a NiMH battery pack or optional 4 AAAalkaline batteries. The belt clip should be removed to ease installation orremoval of the batteries. To install the batteries:1. With the back of the radio facing you, remove the belt clip (see diagram on the next page) for easy access, then remove the Battery Cover by pressing down on the top center and sliding it down from theradio. 2. Insert 4 AAA batteries observing the polarity as shown. Installing the batteries incorrectly will prevent the unit from operating or may damage the unit. 3. Return the Battery Cover by sliding it up on the radio. Replace the belt clip, making sure it locks into place. 15 MM II DD LL AA NN DD RR AA DD II OO CC OO RR PP OO RR AA TT II OO NN 5900 Parretta Drive Kansas City, MO 64120 Call 816.241.8500 We’d love to hear from you! Let us know what you think of your new Midland product on or by visiting us at midlandusa.com Note: Features & Specifications are subject to change withoutnotice. MIDLAND is not responsible for unintentional errors oromissions on its packaging. BATTERYCOMPARTMENT BATTERYCOMPARTMENTCOVER Press here and push down to open BELT CLIPLOCK TABBELT CLIP LATCH INS T ALLING THE BEL T CLIP To install the BELT CLIP , slide the clip up into the slot on the back of the radio until the BELT CLIP LATCH clicks. To remove the BELT CLIP , press the LOCK TAB up, then gently pull…

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

Midland Radio Corporation 5900 Parretta Drive, Kansas City, Missouri United States 64120 Date: March 16, 2015 Federal Communications Commission Authorization and Evaluation Division Confidentiality Request regarding application for certification of FCC ID: MMALXT535P Pursuant to Sections 0.457 and 0.459 of the Commission’s Rules, we hereby request confidential treatment of information accompanying this application as outlined below: Exhibit Type File Name Schematics Diagram(s) CONF APPENDIX_LXT535P_Schemetics.PDF Block diagram CONF APPENDIX_LXT535P_Block diagram.PDF Operation description CONF APPENDIX_LXT535P_Operation description.PDF The above materials contain trade secrets and proprietary information not customarily released to the public. The public disclosure of these materials may be harmful to the applicant and provide unjustified benefits to its competitors. The applicant understands that pursuant to Section 0.457 of the Rules, disclosure of this application and all accompanying documentation will not be made before the date of the Grant for this application. Sincerely, Jeff Brame

Midland Radio Corporation 5900 Parretta Drive, Kansas City, Missouri United States 64120 March 16, 2015 Federal Communications Commission Equipment Authorization Branch 7435 Oakland Mills Road Columbia, MD 21046 SUBJECT : Midland Radio Corporation FCC ID : MMALXT535P Label Justification Letter Dear Sir/Madame, Because the device is so small that it is not practicable to place the statement specified under 15.19 statement request, the information required by this paragraph shall be placed in a prominent location in the User’s Manual. - The available label area on the device is limited because it is relatively small and has many contoured surfaces, keypads, LDC display, and other connectors. - The batteries are designed for easy removal and the label will be visible whenever the batteries are removed for replacement. - The label will be readily visible at the time of purchase because the device will be marketed without the battery installed. - FCC ID will be printed on the gift box which will be readily visible to the purchaser at the time of purchase. Sincerely, Jeff Brame Midland Radio Corporation 5900 Parretta Drive, Kansas City, Missouri United States 64120 Label and Location Model:LXT535P FCC ID: MMALXT535P IC: 3690A-LXT535P MIDLAND RADIO CORPORATION MADE IN CHINA

www.kes.co.kr Model No.: LXT535P Page 1 of 5 EUT External photographs www.kes.co.kr Model No.: LXT535P Page 2 of 5 www.kes.co.kr Model No.: LXT535P Page 3 of 5 www.kes.co.kr Model No.: LXT535P Page 4 of 5 www.kes.co.kr Model No.: LXT535P Page 5 of 5

www.kes.co.kr Model No.:LXT535P Page 1 of 2 EUT Internal photographs Helical Antenna www.kes.co.kr Model No.:LXT535P Page 2 of 2

GLOBAL LINK CORP. LTD. LXT500P Series - Bill of Material Dwg. No. : LXT500P-BOM-M-02 Rev. Date: 30/01/15 C1CHIP CAPACITOR 0402 NPO ±5%100P1 C10CHIP CAPACITOR 0402 NPO ±5%100P1 C104CHIP CAPACITOR 0402 NPO ±5%100P1 C11CHIP CAPACITOR 0402 X7R +/- 10%0.1UF (X7R)1 C12CHIP CAPACITOR 0603 Y5V1UF1 C122CHIP CAPACITOR 0402 NPO ±5%100P1 C125CHIP CAPACITOR 0402 X7R ±10%0.001UF1 C13CHIP CAPACITOR 0402 NPO ±5%100P1 C131Elect capacitor 220UF/6.3v (5x11)KR3-6.3V221MA1 C133CHIP CAPACITOR 0805 X5R ±10%10UF/10V (05)1 C14CHIP CAPACITOR 0402 NPO ±5%100P1 C140CHIP CAPACITOR 0402 X7R ±10%470P(X7R)1 C142CHIP CAPACITOR 0402 NPO ±5%100P1 C144CHIP CAPACITOR 0402 NPO ±5%100P1 C145CHIP CAPACITOR 0402 X7R ±10%0.001UF1 C148CHIP CAPACITOR 0402 NPO ±0.25PF5P1 C15CHIP CAPACITOR 0402 NPO ±5%100P1 C16CHIP CAPACITOR 0603 Y5V1UF1 C162CHIP CAPACITOR 0402 NPO ±5%100P1 C166CHIP CAPACITOR 0402 NPO ±5%100P1 C17CHIP CAPACITOR 0603 NPO ±0.25PF3P(03)1 C172CHIP CAPACITOR 0402 NPO ±5%100P1 C173CHIP CAPACITOR 0402 NPO ±5%100P1 C174CHIP CAPACITOR 0402 NPO ±5%100P1 C177CHIP CAPACITOR 0402 NPO ±5%100P1 C178CHIP CAPACITOR 0402 NPO ±5%100P1 C179CHIP CAPACITOR 0402 NPO ±5%22P1 C17ACHIP CAPACITOR 0402 NPO ±0.25PF1.5P1 C18CHIP CAPACITOR 0603 Y5V2.2UF1 C182CHIP CAPACITOR 0402 NPO ±5%100P1 C19CHIP CAPACITOR 0402 NPO ±5%100P1 C2CHIP CAPACITOR 0603 NPO ±5%100P(03)1 C20CHIP CAPACITOR 0402 Y5V0.1UF1 C207CHIP CAPACITOR 0402 NPO ±5%100P1 C208CHIP CAPACITOR 0402 NPO ±5%33P1 C209CHIP CAPACITOR 0402 NPO ±5%33P1 C21CHIP CAPACITOR 0402 NPO ±0.25PF7P1 C22CHIP CAPACITOR 0402 NPO ±5%100P1 C223CHIP CAPACITOR 0402 NPO ±0.25PF3P1 C223ACHIP CAPACITOR 0402 NPO ±0.25PF2P1 C223BCHIP CAPACITOR 0402 NPO ±0.25PF2P1 C224CHIP CAPACITOR 0402 NPO ±5%12P1 C224ACHIP CAPACITOR 0402 NPO ±5%12P1 C224BCHIP CAPACITOR 0402 NPO ±5%12P1 C23CHIP CAPACITOR 0402 NPO ±5%100P1 C24CHIP CAPACITOR 0402 Y5V0.1UF1 C25CHIP CAPACITOR 0402 Y5V0.1UF1 C26CHIP CAPACITOR 0402 NPO ±5%100P1 C28CHIP CAPACITOR 0603 Y5V1UF1 C29CHIP CAPACITOR 0402 Y5V0.1UF1 C3CHIP CAPACITOR 0402 X7R ±10%0.001UF1 C30CHIP CAPACITOR 0603 NPO ±0.25PF6P(03)1 C304CHIP CAPACITOR 0402 NPO ±0.25PF3P1 C31CHIP CAPACITOR 0402 NPO ±5%100P1 C32CHIP CAPACITOR 0402 NPO ±5%100P1 C33CHIP CAPACITOR 0805 X5R ±10%10UF/10V (05)1 C34CHIP CAPACITOR 0402 NPO ±5%15P1 C35CHIP CAPACITOR 0402 NPO ±5%100P1 C36CHIP CAPACITOR 0402 NPO ±5%10P1 C37CHIP CAPACITOR 0402 NPO ±0.25PF8P1 C38CHIP CAPACITOR 0402 NPO ±5%10P1 C39CHIP CAPACITOR 0402 NPO ±5%100P1 C3ACHIP CAPACITOR 0603 NPO ±0.25PF2P(03)1 C4CHIP CAPACITOR 0402 NPO ±0.25PF3P1 C40CHIP CAPACITOR 0402 NPO ±5%10P1 C41CHIP CAPACITOR 0402 NPO ±5%100P1 C43Elect capacitor 220UF/6.3v (5x11)KR3-6.3V221MA1 C44CHIP CAPACITOR 0402 X7R ±10%0.0018UF1 C45CHIP CAPACITOR 0402 NPO ±5%100P1 C46CHIP CAPACITOR 0402 NPO ±5%100P1 C47CHIP CAPACITOR 0402 NPO ±5%100P1 C48CHIP CAPACITOR 0805 X5R ±10%10UF/10V (05)1 C49CHIP CAPACITOR 0402 X7R ±10%0.01UF1 C5CHIP CAPACITOR 0402 Y5V0.1UF1 C50CHIP CAPACITOR 0603 Y5V1UF1 C51CHIP CAPACITOR 0402 Y5V0.1UF1 C52CHIP CAPACITOR 0402 Y5V0.1UF1 C53CHIP CAPACITOR 0402 Y5V0.1UF1 C55CHIP CAPACITOR 0402 X7R +/- 10%0.1UF (X7R)1 C56CHIP CAPACITOR 0402 NPO ±5%100P1 C57CHIP CAPACITOR 0402 X7R ±10%0.01UF1 C58CHIP CAPACITOR 0402 Y5V0.1UF1 C6CHIP CAPACITOR 0603 NPO ±0.25PF6P(03)1 C6ACHIP CAPACITOR 0603 NPO ±0.25PF7P(03)1 C60CHIP CAPACITOR 0402 NPO ±5%100P1 C61CHIP CAPACITOR 0402 NPO ±5%100P1 C62CHIP CAPACITOR 0402 NPO ±5%100P1 C63CHIP CAPACITOR 0402 Y5V0.1UF1 C64CHIP CAPACITOR 0402 NPO ±0.25PF7P1 C65CHIP CAPACITOR 0402 Y5V0.1UF1 C67CHIP CAPACITOR 0402 NPO ±5%100P1 C68CHIP CAPACITOR 0402 NPO ±5%100P1 C7CHIP CAPACITOR 0402 NPO ±5%100P1 C70CHIP CAPACITOR 0402 NPO ±5%100P1 C73CHIP CAPACITOR 0402 X7R ±10%0.01UF1 ItemsRemarkRef.NoQ'tyDescription Global Link Corporation Confidential Proprietary page1/3 GLOBAL LINK CORP. LTD. LXT500P Series - Bill of Material Dwg. No. : LXT500P-BOM-M-02 Rev. Date: 30/01/15 ItemsRemarkRef.NoQ'tyDescription C74CHIP CAPACITOR 0402 NPO ±5%100P1 C76CHIP CAPACITOR 0402 NPO ±5%100P1 C77CHIP CAPACITOR 0402 X7R ±10%0.01UF1 C8CHIP CAPACITOR 0402 NPO ±5%100P1 C80CHIP CAPACITOR 0402 NPO ±5%100P1 C85CHIP CAPACITOR 0402 Y5V0.1UF1 C9CHIP CAPACITOR 0603 NPO ±0.25PF10P(03)1 C90CHIP CAPACITOR 0402 Y5V0.1UF1 C95CHIP CAPACITOR 0402 NPO ±5%100P1 C98CHIP CAPACITOR 0402 Y5V0.1UF1 C998CHIP CAPACITOR 0402 NPO ±0.25PF2P1 C999CHIP CAPACITOR 0805 X5R ±10%10UF/10V (05)1 CMIC1Condensor MicF9745AP342-98 (RoHS)1 CPU1IC CPU (Flash)WT56F1081 CT110P (Trimmer) 3 diaSTC3M10-T11 D1Chip Diode SwitchingKDS114E1 D13Chip Diode SwitchingKDS114E1 D2Chip Diode SwitchingKDS114E1 D3SMT Schottky Barrier Diode DiodeSM130A1 IC1Analog Radio ICBK48131 IC1012.4Vdc Detector ICXC61CN2402MR1 IC2IC Regulator 2.8VdcXC6201P282MR1 IC3IC Audio AmplifierD2822N (SOP-8)1 IC4IC EEPROMK24C02 SOIC-81 JACK1EXT MIC JACK DUALEXT MIC JACK DUAL LT2510C1 L1Inductor Air0.35X1.5X5T(R)1 L10Inductor Chip 060318NH(03)1 L11Inductor Air0.3X1.0X5T(R)1 L12Inductor Chip 040239NH1 L13Inductor Air0.3X1.0X5T(R)1 L14Inductor Chip 040227NH1 L15Inductor Chip 060312NH(03)1 L18AInductor Air0.4X1.1 X2T(R)1 L20Inductor Chip 0603220NH(03)1 L3Inductor Air0.35X1.7X5T(R)1 L4Inductor Chip 040233NH1 L5Inductor Chip 040218NH1 L6Inductor Air0.4X1.0X2T(R)1 L7Inductor Air0.35X1.7X5T(R)1 L8Inductor Air0.4X1.5X5T(L)1 L9Inductor Chip 060318NH(03)1 LCD1HTN 2.7Vdc LCD (Reflective Polarizer)KWH15670W1 PCB2 LAYER FR-4 1T GOLD PLATEDLXT500P X1 PCB1 Q1TRANSISTOR CHIP KRA226S1 Q11TRANSISTOR CHIP 2SC5085Y1 Q15TRANSISTOR CHIP KRA226S1 Q1APower Transistor2SK3078A1 Q2TRANSISTOR CHIP KTC4075E1 Q21Chip transistor BRTSSM3J16FV1 Q3TRANSISTOR CHIP 2SC5085Y1 Q4TRANSISTOR CHIP 2SC5085Y1 Q6TRANSISTOR CHIP 2SC5085Y1 Q7TRANSISTOR CHIP KRC405E1 Q8TRANSISTOR CHIP KRA306E1 R1CHIP RESISTOR 0402 5% 1/16W2.2K1 R10 CHIP RESISTOR 0402 1% 1/16W 330K 1% 1 R11CHIP RESISTOR 0402 5% 1/16W5601 R12CHIP RESISTOR 0402 5% 1/16W100K1 R13CHIP RESISTOR 0402 5% 1/16W3.9K1 R134CHIP RESISTOR 0402 5% 1/16W100K1 R135CHIP RESISTOR 0402 5% 1/16W11 R14CHIP RESISTOR 0402 5% 1/16W1.5K1 R15CHIP RESISTOR 0402 5% 1/16W4.71 R16CHIP RESISTO…

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

2)Adjust CT1 trimmer until Fc +/- 200Hz. 3. Transmitter Output Power and Max. Deviation 5) Press the PTT button so the unit will be in transmit mode. 6) Adjust up/down button until 25dBm +/- 1dBm 2) Set the power supply at 4.8Vdc. Set the unit at GMRS ch 1.(462.5625MHz) 7) Set the unit on Hi power. Press the PTT button so the unit will be in transmit mode. 8) TX Hi power only cofirm the 29dBm +/- 1dBm 9) Set the unit at FRS Ch 8.(467.5625MHz) 10) Press the PTT button so the unit will be in transmit mode. 11) FRS channel power only confirm the 25dBm +/- 1dBm 1) TP(ALG1) is short to GND. ② TX Low Power Alignment Lp 03 Test frequency ; 462.5625MHz LXT535P Alignment Procedure 2015. 02. 09. 1. VCO Alignment ; Fixed. 2. Transmitter Frequency Alignment 1) Set the unit at channel 1.(462.5625MHz) Press the PTT button so the unit will be in transmit mode. 4. Receiver Squelch Alignment 1) TP(ALG1) is short to GND. 6. If TP(ALG1) is short to GND, Alignment mode is enable. If TP(ALG1) is open to GND, Alignment mode is disable. 2) Go to RX squelch alignment mode by press and holding the Menu button then turn on the radio. 3) LCD become sequential on display such as belows. Press the Menu button to change each step. Display Default value and Press the Up or Down button to align if necessory each step. ① GMRS Squelch Alignment gr 09 Test frequency ; 462.7125MHz 5. CPU version and Memory clear by press and holding the Up button then turn on the radio. 3) Go to Max. deviation and Low Power alignment mode by press and holding the Call button then turn on the radio. 4) LCD become sequential on display such as belows. Press the Menu button to change each step. and Press the Up or Down button to align if necessory each step. Display Default value ① Max. deviation Alignment td 0b Test frequency ; 462.5625MHz

Test Lab S ystem v DUT: Di Commun Medium Phanto m Measure m DASY4 C      Flat-Sec t Maximum Flat-Sec t Referenc Peak SAR SAR(1 g Maximum oratory: KES verification_4 ipole 450 MH nication System parameters us m section: Flat ment Standard Configuration Probe: EX3D Sensor-Surfac Electronics: D Phantom: EL Measuremen t tion_HSL_45 m value of SA tion_HSL_45 ce Value = 38. R (extrapolate g) = 1.21 mW/ m value of SA Co., Ltd. 450_HSL Hz; Type: D45 m: CW; Frequ sed: f = 450 M Section d: DASY4 (H n: DV4 - SN3879 ce: 4mm (Mec DAE4 Sn1344 I v5.0_2013_0 t SW: DASY4 50/Area Scan AR (interpolat 50/Zoom Scan .4 V/m; Powe ed) = 1.68 W/k /g; SAR(10 g) AR (measured) 50V3; Serial: uency: 450 M MHz; σ = 0.85 igh Precision ; ConvF(9.98 chanical Surfa 4; Calibrated: 01_23; Type: 4, V4.7 Build n (41x201x1): ed) = 1.27 mW n (7x7x7)/Cu r Drift = 0.043 kg ) = 0.875 mW ) = 1.28 mW/g : D450V3 - SN MHz;Duty Cycl 5 mho/m; ε r = Assessment) , 9.98, 9.98); ace Detection) 2014-11-12 QDOVA002 A 80; Postproce Measurement W/g ube 0: Measur 3 dB W/g /g D N:1081 le: 1:1 42.5; ρ = 100 0 Calibrated: 20 ) AA; Serial: TP essing SW: SE t grid: dx=15m rement grid: dx Date/Time: 20 0 kg/m 3 014-11-19 P:1190 EMCAD, V1.8 mm, dy=15mm x=5mm, dy=5 15-02-27 AM 8 Build 186 m 5mm, dz=5mm M 10:57:58 m Test Lab S ystem v DUT: Di Commun Medium Phanto m Measure m DASY4 C      Flat-Sec t Maximum Flat-Sec t Referenc Peak SAR SAR(1 g Maximum oratory: KES verification_4 ipole 450 MH nication System parameters us m section: Flat ment Standard Configuration Probe: EX3D Sensor-Surfac Electronics: D Phantom: EL Measuremen t tion_MSL_45 m value of SA tion_MSL_45 ce Value = 37. R (extrapolate g) = 1.18 mW/ m value of SA Co., Ltd. 450_MSL Hz; Type: D45 m: CW; Frequ sed: f = 450 M Section d: DASY4 (H n: DV4 - SN3879 ce: 4mm (Mec DAE4 Sn1344 I v5.0_2013_0 t SW: DASY4 50/Area Scan AR (interpolat 50/Zoom Sca .0 V/m; Powe ed) = 1.67 W/k /g; SAR(10 g) AR (measured) 50V3; Serial: uency: 450 M MHz; σ = 0.90 igh Precision ; ConvF(10.2 chanical Surfa 4; Calibrated: 01_23; Type: 4, V4.7 Build n (41x201x1): ed) = 1.25 mW an (7x7x7)/Cu r Drift = 0.006 kg ) = 0.822 mW ) = 1.26 mW/g : D450V3 - SN MHz;Duty Cycl 08 mho/m; ε r = Assessment) 5, 10.25, 10. 2 ace Detection) 2014-11-12 QDOVA002 A 80; Postproce : Measuremen W/g ube 0: Measur 6 dB W/g /g N:1081 le: 1:1 = 56.2; ρ = 100 25); Calibrated ) AA; Serial: TP essing SW: SE nt grid: dx=15 rement grid: d Date/Time: 2 00 kg/m 3 d: 2014-11-19 P:1190 EMCAD, V1.8 mm, dy=15mm dx=5mm, dy=5 2015-02-27 PM 9 8 Build 186 mm 5mm, dz=5m m M 2:22:14 m Plot 1 Test Lab Face _GM DUT: LX Commun Medium Phanto m Measure m DASY4 C      Face _GM dy=15mm Info: Int e Maximum Face _GM dy=5mm Referenc Peak SAR SAR(1 g Info: Int e Maximum oratory: KES MRS_Analog XT535P; Typ nication System parameters us m section: Flat ment Standard Configuration Probe: EX3D Sensor-Surfac Electronics: D Phantom: EL Measuremen t MRS_Analog m erpolated med m value of SA MRS_Analog m, dz=5mm ce Value = 28. R (extrapolate g) = 0.764 mW erpolated med m value of SA Co., Ltd. g_25mm Gap_ pe: Bar; Seria m: CW; Frequ sed (interpolat Section d: DASY4 (H n: DV4 - SN3879 ce: 4mm (Mec DAE4 Sn1344 I v5.0_2013_0 t SW: DASY4 g_25mm Gap_ dium paramete AR (interpolat g_25mm Gap_ .4 V/m; Powe ed) = 0.928 W W/g; SAR(10 dium paramete AR (measured) _462.6375 al: N/A uency: 462.63 ted): f = 462.6 igh Precision ; ConvF(9.98 chanical Surfa 4; Calibrated: 01_23; Type: 4, V4.7 Build _462.6375/Ar ers used for SA ed) = 0.771 m _462.6375/Zo r Drift = 0.072 W/kg g) = 0.611 mW ers used for SA ) = 0.796 mW 37 MHz;Duty 637 MHz; σ = Assessment) , 9.98, 9.98); ace Detection) 2014-11-12 QDOVA002 A 80; Postproce rea Scan (51x AR evaluation mW/g oom Scan (7x 2 dB W/g AR evaluation W/g D Cycle: 1:1 = 0.87 mho/m; Calibrated: 20 ) AA; Serial: TP essing SW: SE x121x1): Mea n. x7x7)/Cube 0 n. Date/Time: 20 ε r = 42.5; ρ = 014-11-19 P:1190 EMCAD, V1.8 asurement grid : Measuremen 15-02-27 AM = 1000 kg/m 3 8 Build 186 d: dx=15mm, nt grid: dx=5m M 11:30:57 mm, Plot 2 Test Lab Face _FR DUT: LX Commun Medium Phanto m Measure m DASY4 C      Face _FR Info: Int e Maximum Face _FR dy=5mm Referenc Peak SAR SAR(1 g Info: Int e Maximum oratory: KES RS_Analog_2 XT535P; Typ nication System parameters us m section: Flat ment Standard Configuration Probe: EX3D Sensor-Surfac Electronics: D Phantom: EL Measuremen t RS_Analog_2 erpolated med m value of SA RS_Analog_2 m, dz=5mm ce Value = 25. R (extrapolate g) = 0.628 mW erpolated med m value of SA Co., Ltd. 5mm Gap _46 pe: Bar; Seria m: CW; Frequ sed (interpolat Section d: DASY4 (H n: DV4 - SN3879 ce: 4mm (Mec DAE4 Sn1344 I v5.0_2013_0 t SW: DASY4 5mm Gap_46 dium paramete AR (interpolat 5mm Gap _46 .9 V/m; Powe ed) = 0.760 W W/g; SAR(10 dium paramete AR (measured) 67.6375 al: N/A uency: 467.63 ted): f = 467.6 igh Precision ; ConvF(9.98 chanical Surfa 4; Calibrated: 01_23; Type: 4, V4.7 Build 67.6375/Area ers used for SA ed) = 0.652 m 67.6375/Zoom r Drift = 0.186 W/kg g) = 0.501 mW ers used for SA ) = 0.653 mW 37 MHz;Duty 637 MHz; σ = Assessment) , 9.98, 9.98); ace Detection) 2014-11-12 QDOVA002 A 80; Postproce a Scan (51x12 AR evaluation mW/g m Scan (7x7x 6 dB W/g AR evaluation W/g D Cycle: 1:1 = 0.876 mho/m Calibrated: 20 ) AA; Serial: TP essing SW: SE 21x1): Measur n. x7)/Cube 0: M n. Date/Time: 20 m; ε r = 42.3; ρ 014-11-19 P:1190 EMCAD, V1.8 rement grid: d Measurement g 015-02-27 PM = 1000 kg/m 3 8 Build 186 dx=15mm, dy= grid: dx=5mm M 12:22:24 3 =15mm m, Plot 3 Test Lab Bod y_GM DUT: LX Commun Medium Phanto m Measure m DASY4 C      Bod y_GM Info: Int e Maximum Bod y_GM dz=5mm Referenc Peak SAR SAR(1 g Info: Int e Maximum oratory: KES MRS_Analog XT535P; Typ nication System parameters us m section: Flat ment Standard Configuration Probe: EX3D Sensor-Surfac Electronics: D Phantom: EL Measuremen t MRS_Analog erpolated med m value of SA MRS_Analog m ce Value = 34. R (extrapolate g) = 1.08 mW/ erpolated med m value of SA Co., Ltd. g_Touch_462 pe: Bar; …

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

KES Co., Ltd. C-3701, Simin-daero 365-40l, Dongan-gu, Anyang-si, Gyeonggi-do, 431-716, Korea Tel: +82-31-425-6200 / Fax: +82-31-424-0450 www.kes.co.kr Test report No.: KES-SR-15T0008 Page (2 ) of (20) This report shall not be reproduced except in full, without the written approval of KES Co., Ltd. The test results in the report only apply to the tested sample. KES-P-5101-14 Rev. 1 KES A4 Revision history Revision Date of issue Test report No. Description - 2015.03.02 KES-SR-15T0008Initial KES Co., Ltd. C-3701, Simin-daero 365-40l, Dongan-gu, Anyang-si, Gyeonggi-do, 431-716, Korea Tel: +82-31-425-6200 / Fax: +82-31-424-0450 www.kes.co.kr Test report No.: KES-SR-15T0008 Page (3 ) of (20) This report shall not be reproduced except in full, without the written approval of KES Co., Ltd. The test results in the report only apply to the tested sample. KES-P-5101-14 Rev. 1 KES A4 TABLE OF CONTENTS 1. General information ................................................................................................................................................... 4 1.1. EUT description ........................................................................................................................................ 4 1.2. Short description of the equipment under test(EUT) ................................................................................. 4 1.3. Highest SAR summary .............................................................................................................................. 4 1.4. Guidance applied ....................................................................................................................................... 5 1.5. Test conditions ........................................................................................................................................... 5 1.6. SAR definition ........................................................................................................................................... 5 1.7. Accessories of EUT ................................................................................................................................... 6 2. SAR measurement system .......................................................................................................................................... 7 2.1. Robot ......................................................................................................................................................... 8 2.2. Probe ......................................................................................................................................................... 8 2.3. Data Acquisition Electronics (DAE) ......................................................................................................... 9 2.4. Phantoms ................................................................................................................................................... 9 2.5. Device holder .......................................................................................................................................... 10 3. SAR measurement procedure ................................................................................................................................... 11 4. Tissue simulating liquids .......................................................................................................................................... 13 5. System verification ................................................................................................................................................... 14 5.1. Procedure ................................................................................................................................................. 14 5.2. System verification .................................................................................................................................. 14 6. RF exposure limits ................................................................................................................................................... 15 7. Test results summary ................................................................................................................................................ 16 7.1. RF conducted power ................................................................................................................................ 16 7.1.1. Power measurement procedures ...................................................................................................... 16 7.1.2. RF conducted power ....................................................................................................................... 16 7.1.2. Target power and Tune-up limits .................................................................................................... 16 7.2. SAR results .............................................................................................................................................. 17 7.2.1. SAR measurement results ............................................................................................................... 17 8. Measurement equipments ......................................................................................................................................... 18 9. Measurement Uncertainty ........................................................................................................................................ 19 Appendix list..................................................................................................................................................................... 20 Appendix A. DASY4 report ...................................................................................................................................... 20 Appendix B. Calibration certificate ..............................................................…

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

KES Co., Ltd. C-3701, Simin-daero 365-40l, Dongan-gu, Anyang-si, Gyeonggi-do, 431-716, Korea Tel: +82-31-425-6200 / Fax: +82-31-424-0450 www.kes.co.kr Test report No.: KES-RF-15T0023 Page (2 ) of (33) This report shall not be reproduced except in full, without the written approval of KES Co., Ltd. The test results in the report only apply to the tested sample. KES-P-5101-14 Rev. 1 KES A4 Revision history Revision Date of issue Test report No. Description - 2015.03.16 KES-RF-15T0023Initial KES Co., Ltd. C-3701, Simin-daero 365-40l, Dongan-gu, Anyang-si, Gyeonggi-do, 431-716, Korea Tel: +82-31-425-6200 / Fax: +82-31-424-0450 www.kes.co.kr Test report No.: KES-RF-15T0023 Page (3 ) of (33) This report shall not be reproduced except in full, without the written approval of KES Co., Ltd. The test results in the report only apply to the tested sample. KES-P-5101-14 Rev. 1 KES A4 TABLE OF CONTENTS 1. General information ................................................................................................................................... 4 1.1. EUT description ......................................................................................................................... 4 1.2. Test configuration ....................................................................................................................... 4 1.3. Frequency/channel operations ..............................…

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