GCDAY-L23HOUTDOOR LONG RANGE RF READER 868.35 MHz

Rosslare Enterprises Ltd

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Application Details

Equipment Class: CYY - Communications Receiver used w/Pt 15 Transmitter
Date of Grant: May 09, 2013
Application Purpose: Original Equipment
Date of Application: May 09, 2013
Equipment Note: OUTDOOR LONG RANGE RF READER 868.35 MHz
Frequency Range: 868.35000000 - 868.35000000
Company: Rosslare Enterprises Ltd
Country: Hong Kong

Documents & Files

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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

AY-L23 G/H and SA-23 G/H Outdoor Long-Range RF Reader and Remote Control May 2013 Installation and Operation Manual 1 1. Introduction The AYL-23G/H is an outdoor long-range RF reader that acts as a receiver. It is compatible with Rosslare’s SA-23 wireless remote control transmitter. The AY-L23 G works with the SA-23 G (433.92 MHz) and the AY-L23 H works with the SA-23 H (868.35 MHz). When the AY-L23 receives the a command signal from the SA-23 wireless transmitter, the AY-L23 outputs the ID to A_DATA0,A_DATA1 or B_DATA0,B_DATA1 to the attached controller and controls the function of the relay (open drain FET) A or B according to the SA-23 remote’s command. The command signal consists of 3 parts:  ID (in Wiegand format)  ID output to A or B Wiegand Output according to the command in SA-23  Relay Function A or B according to command in the SA-23 Figure 1: AY-L23 G/H and SA-23 G/H AY-L23 G/H SA-23 G/H 2. Technical Specifications 2.1 AY-L23 G/H Input Voltage 7 to 24 VDC Standby Current 26 mA (12 VDC) Maximum Operating Current 65 mA (12 VDC) Relay (FET, Open Drain) Current 200 mA (max voltage 40 V) Tamper Output Open collector, active Open, max. sink current is 16 mA Maximum Cable Distance to Controller 500 ft. (152.4 m) Wiegand Output Format Wiegand xbit (Wiegand xbit<=Wiegand 40- Bit, decided by remote Frequencies G: 433.92 MHz H: 868.35MHz Read Range 164 ft (50 m) Operating Temp. Range -31°C to 63°C (-25°F to 145°F) Operating Humidity 0 to 95% (non condensing) Dimensions (L x W x D) 5.7 x 1.7 x 0.8 in. (145 x 43 x 20 mm) 2.2 SA-23 G/H Input Voltage 3 V Battery (CR 2450) Standby Current < 1 uA Max Operation Current 10 mA ID Format Programmed to Wiegand 26-Bit Frequencies G: 433.92 MHz (ASK) H: 868.35 MHz (ASK) Operating Temp. Range -31°C to 63°C (-25°F to 145°F) Operating Humidity 0 to 95% (non condensing) Dimensions (L x W x D) 2.28 x 1.61 x 0.53 in. (58 x 41 x 13.4 mm) 3. Mounting Instructions Determine an appropriate mounting position for the receiver. Do not mount the receiver near any source of wireless interference or on any metal surface. To mount the receiver: 1. Peel off the back of the self-stick mounting label template included with the unit and place at the desired mounting position. 2. Using the template as a guide, drill two holes (hole size is indicated on mounting template) for mounting the receiver to the surface. 3. Drill a 7/16” (10-mm) hole for the cable. 4. Remove the front case from the receiver. 5. Attach the receiver to the controller. (See wiring instructions) 6. Screw the receiver’s rear case onto its mounting location and return the front case onto the mounted rear case. The receiver is to be used with control panels whose power supply is UL Listed Class 2 or equivalent. 2 4. Wiring Instructions To connect the receiver to the controller: 1. Prepare the receiver cable by cutting the cable jacket back 1¼ inches and strip the wires ½ inch. 2. Prepare the controller cable by cutting the cable jacket back 1¼ inches and strip the wires ½ inch. 3. Splice the receiver’s pigtail wires to the corresponding controller wires and cover each connection (see Table 1). • The individual wires coming out of the receiver are color coded according to the recommended Wiegand standard. • When using a separate power supply for the receiver, this supply and the controller’s power supply must have a common ground. • The cable shield wire on the receiver should be attached to an Earth ground (best) or signal ground connection at the panel or power supply end of the cable. This configuration is best for shielding the receiver cable from external interference. Table 1: Wiring Color Functionality Red VIN (7–24 VDC) Black GND Dark Green A_Data0 White A_Data1 Orange A_LEDCTL (green LED) Blue A-OUTPUT (FET, Open Drain) Light Green B-DATA0 Gray B-DATA1 Brown B_LEDCTL (orange LED) Yellow B-OUTPUT (FET, Open Drain) Purple TAMPER 5. 4BOperation The AY-L23 works with any SA-23 remote and can operate two Wiegand data outputs connected to the reader’s inputs at the access control panel. 5.1 8BReader Mode When pressing 1 on the SA-23, the AY-L23 sends Wiegand data-A. The LED changes to green for a short time with a beep. When pressing 2 on the SA-23, the AY-L23 sends Wiegand data-B. The LED changes to orange for a short time with a beep. The AY-L23 LED is red in Operation mode. 5.2 9BController and Reader Mode The AY-L23 can register up to 48 IDs for an SA-23 remote control and can operate two OC outputs A/B. When pressing 1 on the SA-23, the AY-L23 sends Wiegand data-A and activates out-A for 5 seconds. The LED changes to green for a short time with a beep. When pressing 2 on the SA-23, the AY-L23 sends Wiegand data-B and activates out-B for 5 seconds. The LED changes to orange for a short time with a beep. The AY-L23 LED is red in Operation mode. To activate the relay, the remote button’s ID should be registered first. 5.3 10BRegistering an ID To register an ID: 1. Connect the orange and brown wires to GND. 2. Power on at Vin and GND. After buzzer sounds 3 times, the LED turns green. The AY-L23 is now in Register mode for 15 seconds. 3. Press 1 on the SA-23 remote.  If the registration is successful, you hear 2 short beeps.  If the ID was previously registered, you hear 2 long beeps.  If the limit of IDs (48) is reached, you hear have 3 long beeps. 4. Press 2 on the SA-23 remote.  If the registration is successful, you hear 2 short beeps.  If the ID was previously registered, you hear 2 long beeps.  If the limit of IDs (48) is reached, you hear have 3 long beeps. After the time register (10 to 15 seconds), you hear a long beep. 5.4 11BDeleting all IDs To delete all IDs: 1. Connect the orange wire to GND. 2. Power on at Vin and GND. After buzzer sounds 3 times, the LED turns orange for 2 seconds and then turns green. The AY-L23 is now in Delete mode for 5 seconds. 3. When the LED turns green, disconnect the orange wire from GND. The LED changes from green to orange. 4. Re-connect the orange wi…

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Block Diagram

Cover Letter(s)

Rosslare Enterprises Ltd FCC ID: GCDAY-L23H POWER OF ATTORNEY March 15,2013 Federal Communications Commission Authorization and Evaluation Division 7435 Oakland Mills Road Columbia, MD 21046 To Whom It May Concern: We, the undersigned, hereby authorize Waltek Services (ShenZhen) Co., Ltd. (Philo Zhong) on our behalf, to apply to the Federal Communications Commission on our equipment. Any and all acts carried out by Waltek Services (ShenZhen) Co., Ltd. (Philo Zhong) on our behalf shall have the same effect as acts of our own. This authorization expires on March 14,2014. This is to advise that we are in full compliance with the Anti-Drug Abuse Act. We, Rosslare Enterprises Ltd, are not subject to a denial of federal benefits pursuant to Section 5301 of the Anti-Drug Act of 1988, 21 USC853a, and no party to the application is subject to a denial of federal benefits pursuant to that section. Sincerely, Rosslare Enterprises Ltd ---------------------------------- Joe LeKostaj / Engineering Manager

External Photos

Reference No.: WTS13S0301702E Page 19 of 23 Waltek Services (Shenzhen) Co.,Ltd. http://www.waltek.com.cn 8.3 EUT – Appearance View Reference No.: WTS13S0301702E Page 20 of 23 Waltek Services (Shenzhen) Co.,Ltd. http://www.waltek.com.cn Reference No.: WTS13S0301702E Page 21 of 23 Waltek Services (Shenzhen) Co.,Ltd. http://www.waltek.com.cn

ID Label/Location Info

FCC Label Location for model: AY-L23H The Label must not be a stick-on paper. The Label on these products must be permanently affixed to the product and readily visible at the time of purchase and must last the expected lifetime of the equipment not be readily detachable. FCC ID: GCDAY-L23H 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.

ID Label/Location Info

FCC Label Sample for model: AY-L23H FCC ID: GCDAY-L23H This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause interference, and (2) this device must accept any interference, including interference that may cause undesired operation of the device.

Internal Photos

Reference No.: WTS13S0301702E Page 22 of 23 Waltek Services (Shenzhen) Co.,Ltd. http://www.waltek.com.cn 8.4 EUT –Internal View Reference No.: WTS13S0301702E Page 23 of 23 Waltek Services (Shenzhen) Co.,Ltd. http://www.waltek.com.cn =End of test report==

Operational Description

55 44 33 22 11 D D C C B B A A PROJECT MODEL DESCRIPTION SCHP/N: PCBP/N: CONTROLLEDDRAWING ThisdrawingisthepropertyofRE S withoutwrittenpermission DRAWN: DATE: CHECKED: DATE:DATE: APPROVED: DWG.SIZE: SHEET OF ACESS CONTROL SA-23H AY-L23H <PCB P/N> <SCH P/N> ben 2013.04.23 ?? AX PROJECT MODEL DESCRIPTION SCHP/N: PCBP/N: CONTROLLEDDRAWING ThisdrawingisthepropertyofRE S withoutwrittenpermission DRAWN: DATE: CHECKED: DATE:DATE: APPROVED: DWG.SIZE: SHEET OF ACESS CONTROL SA-23H AY-L23H <PCB P/N> <SCH P/N> ben 2013.04.23 ?? AX PROJECT MODEL DESCRIPTION SCHP/N: PCBP/N: CONTROLLEDDRAWING ThisdrawingisthepropertyofRE S withoutwrittenpermission DRAWN: DATE: CHECKED: DATE:DATE: APPROVED: DWG.SIZE: SHEET OF ACESS CONTROL SA-23H AY-L23H <PCB P/N> <SCH P/N> ben 2013.04.23 ?? AX RF Receiver AY-L23H Access controller SA-23H Carrie frequency is 868.35MHZ(ASK)AY-L23H Carrie frequency is 868.35MHZ(ASK) +12VGND A_OUTPUTB_OUTPUTB_LEDCTLA_DATA1A_LEDCTLA_DATA0TAMPERB_DATA0B_DATA1 SA-23H 2 Button /4 Button Remote SA23 AYLR23 operating description Driver:A7302 MCU:PIC16LF1828 Receiver IC:A7201 MCU:PIC16F886 Y1 SA-23H is a remote and AY-L23H is a receiver, they must used together. when press the key on SA-23H (include 2key and 4 key remote), the SA-23H check which key already pressed, . when AY-L23H got the signal from remote and then demodulate the ID out and forward it to MCU, and also active the FET relay in AY-L23H( open Drain FET,A_OUPUT ,B_ouput) then get the ID of the key , and turn on the drive IC A7302, then encode the ID to manchester code and send it to A7302 with a CRC code , A7302 modulate the the code to 868.35MHZ ASK. then send it out.MCU decode the ID from machester code and check the CRC if correct, if the code correct,then send it to A_DATA0,A_DATA1 OR B_DATA0,B_DATA1 decide by ID command - 2 + 1 PZ2BUZZERPZ2BUZZER S8S8S6S6 S5S5S7S7 12 13.56796MHZ(SA23H)13.56796MHZ(SA23H) LEDLED LED5greenLED5green LED4redLED4red 12 Y2 11.9993MHZ(AYL23H) Y2 11.9993MHZ(AYL23H) 1 2 Y1 20MHZ Y1 20MHZ BT23VBT23V

Schematics

Rosslare Enterprises Ltd. HF05.01A Rosslare Electronic (Shenzhen)Ltd . COVER PAGE Title: ELECTRICAL SCHEMATIC AYLR23H Document: 6F-0200337H+02 Effective Date: 20 Dec 12 Version: 02 Revision: - Document Category: Quality Procedure Working Instruction Other Bill of Material REVISION HISTORY Ver. Rev. Change Prepared by Date 02 - ESB #00-12047 RESL 20 Dec 12 APPROVED SIGNATURE DATE R & D ENGINEERING Meili ADM PMC PURCHASING S & M STO Q. A. For Control Stamp Distribution list ( for WI and other use only ) R & D ENG ADM PMC PUR S & M STO QA OTHER________ 55 44 33 22 11 D D C C B B A A VPP A_OUTPUTB_OUTPUT A_OUTPUTB_OUTPUT ICSPDATICSPCLK RFG/H RFG/H RB3 DC5V RB3 GND ICSPDAT ICSPDAT VPP ICSPCLK DC5V DC2.5V DC2.5V DC5V DC5V DC5V DC5V DC5V DC5V DC5V DC5V DC2.5V DC5V DC5V DC2.5V PROJECT MODEL DESCRIPTION SCH P/N: PCB P/N: CONTROLLED DRAWING This drawing is the property of RESL without written permission DRAWN: DATE: CHECKED: DATE:DATE: APPROVED: DWG.SIZE: SHEET OF ACESS CONTROL AYL23H 0101-2000337+02 6F-0100337H+02 B e n 2012.11.15 11 A4 PROJECT MODEL DESCRIPTION SCH P/N: PCB P/N: CONTROLLED DRAWING This drawing is the property of RESL without written permission DRAWN: DATE: CHECKED: DATE:DATE: APPROVED: DWG.SIZE: SHEET OF ACESS CONTROL AYL23H 0101-2000337+02 6F-0100337H+02 B e n 2012.11.15 11 A4 PROJECT MODEL DESCRIPTION SCH P/N: PCB P/N: CONTROLLED DRAWING This drawing is the property of RESL without written permission DRAWN: DATE: CHECKED: DATE:DATE: APPROVED: DWG.SIZE: SHEET OF ACESS CONTROL AYL23H 0101-2000337+02 6F-0100337H+02 B e n 2012.11.15 11 A4 A_OUTPUTB_OUTPUTB_LEDCTL REDBLACKWHITELIGHT GREENPURPLEBROWNBLUEDARK GREEN VIN(+12V)GNDA_DATA1A_DATA0A_LEDCTLTAMPERB_DATA1B_DATA0 REV DETAIL NAME DATA00 Release to ESB Ben Nov15.12 ORANGEYELLOWGRAY R1210KR1210K R3020RR3020R 1 1 T4 TAMPER T4 TAMPER C4 100UF/10V C4 100UF/10V 1 1 T6 B_LEDCTL T6 B_LEDCTL R4510kR4510k R571KR571K R48 10k R48 10k C17 220PF C17 220PF D13SMAJ48AD13SMAJ48A R604.7KR604.7K R58 100R R58 100R 31 4 52 -+ U3 TS391C -+ U3 TS391C R1510kR1510k C70.1UFC70.1UF C2322PFC2322PF C321UFC321UF R24 470R R24 470R R50 10k R50 10k 1 1 T9 B_DATA1 T9 B_DATA1 R19 10K R19 10K R5110kR5110k 1 1 2 2 3 3 4 4 5 5 CON1CON1 C27220PFC27220PF R51kR51k R13300RR13300R C33NCC33NC D11 SMAJ18A D11 SMAJ18A C6 10UF/10V C6 10UF/10V 1 1 T1 VIN T1 VIN R46 100k R46 100k R7 300K R7 300K S1 1 G1 2 S2 3 G2 4 D2 5 D2 6 D1 7 D1 8 U6 CEM6188 U6 CEM6188 3 1 2 Q4 MMBT2222A Q4 MMBT2222A 2 1 PTC1 1206L025YR PTC1 1206L025YR C19 100PF C19 100PF R4920RR4920R C160.1UFC160.1UF D1S1BD1S1B 2 1 PTC2 1206L025YR PTC2 1206L025YR R614.7KR614.7K C28NCC28NC R1410kR1410k C8 10UF/10V C8 10UF/10V R910kR910k C140.1UFC140.1UF R4320RR4320R R594.7KR594.7K R21 470R R21 470R D35.6VD35.6V C30NCC30NC R34 4.7K R34 4.7K 1 1 T2 GND T2 GND 1 1 T10A_OUTPUTT10A_OUTPUT C351UFC351UF R610KR610K 1 1 T5 A_LEDCTL T5 A_LEDCTL 3 1 2 Q7 MMBT2222A Q7 MMBT2222A D9 SMAJ18A D9 SMAJ18A 3 1 2 Q3MMBT2222AQ3MMBT2222A D7 MMSD4148T1 D7 MMSD4148T1 R281kR281k R52 100k R52 100k R39 4.7K R39 4.7K BZ1BUZZERBZ1BUZZER R111KR111K C381UFC381UF R2210KR2210K /MCLR 1 RA0/AN0 2 RA1 3 RA2 4 RA3 5 RA4 6 RA5 7 VSS 8 OSC1 9 OSC2 10 RC0 11 RC1 12 RC2 13 RC3 14 RC4 15 RC5 16 RC6 17 RC7 18 VSS 19 VDD 20 RB0 21 RB1 22 RB2 23 RB3 24 RB4 25 RB5 26 RB6 27 RB7 28 U4 PIC16F886 U4 PIC16F886 R101kR101k 12 Q2 LS06 Q2 LS06 R55100kR55100k C21220PFC21220PF D12 SMAJ18A D12 SMAJ18A C12220PFC12220PF L2 22NH L2 22NH R5410KR5410K 1 1 T7 A_DATA1 T7 A_DATA1 C34 220PF C34 220PF R44 0R R44 0R TP1TP1 C361UFC361UF 12 Y211.9993MHZY211.9993MHZ C3110PFC3110PF R31 NCR31 NC R4 1k R4 1k C90.1UFC90.1UF R42 0R R42 0R 1 1 T12B_OUTPUTT12B_OUTPUT D5 MMSD4148T1 D5 MMSD4148T1 R3310kR3310k Vin 1 Vout 2 GND 3 U1 L78M05 U1 L78M05 1 1 T3 SHIELD T3 SHIELD R29NCR29NC C30.1UFC30.1UF R41NCR41NC 3 1 2 Q5 MMBT2222A Q5 MMBT2222A R2510kR2510k R38NCR38NC D6 SMAJ18A D6 SMAJ18A D14 SMAJ18A D14 SMAJ18A C24.7UF/35C24.7UF/35 R2320RR2320R C13 0.1UF C13 0.1UF R32 4.7K R32 4.7K L38.2NHL38.2NH D4 SMAJ18A D4 SMAJ18A C20470PFC20470PF D10 SMAJ18A D10 SMAJ18A 1 2 ANTENNAANTENNA C11220PFC11220PF 3 1 2 Q6 MMBT2222A Q6 MMBT2222A 1 2 Y1 20MHZ Y1 20MHZ C22 1NF C22 1NF R210KR210K R27 1M R27 1M C25100PFC25100PF C15 0.1UF C15 0.1UF TP2TP2 R634.7KR634.7K R56100kR56100k R8 1k R8 1k IN 1 GND 2 EN 3 NR 4 OUT 5 U2 TPS79901DDCU2 TPS79901DDC D15SMAJ48AD15SMAJ48A R471kR471k R17300RR17300R R26 100k R26 100k C5 0.1UF C5 0.1UF R201kR201k C291PFC291PF R1610kR1610k D8 MMSD4148T1 D8 MMSD4148T1 R36 100k R36 100k 1 1 T8 A_DATA0 T8 A_DATA0 C37220PFC37220PF R3ORR3OR DS 1 DF3 2 DF2 3 DF1 4 LNA_OUT 5 GND 6 LNA_IN 7 XI 8 VDD_A 9 VDD_D 10 VIO 11 GND 12 SPIS 13 BAND/SPI_STB 14 SPI_CLOCK 15 AFSK/SPI_DATA 16 CE 17 DATA_OUT 18 NC 19 RSSI 20 U5 A7201B U5 A7201B R401kR401k R37 4.7K R37 4.7K 1 1 T11 B_DATA0 T11 B_DATA0 D2 SMAJ33A D2 SMAJ33A C18 1UF C18 1UF L122NHL122NH 3 1 2 Q1 MMBT2222A Q1 MMBT2222A 12 3 RG LED1 RG LED1 C10 0.1UF C10 0.1UF C2422PFC2422PF R624.7KR624.7K R35 4.7K R35 4.7K R53NCR53NC R182KR182K C26 1.8PF C26 1.8PF R11 100K R11 100K C1 0.1UF C1 0.1UF 2012.11.1909:03:10 +08'00'

Test Report

Reference No.: WTS13S0301702E Page 1 of 23 FCC TEST REPORT Waltek Services (Shenzhen) Co.,Ltd. http://www.waltek.com.cn FCC ID : GCDAY-L23H Applicant : Rosslare Enterprises Limited Address : Flat 12,9/F., Wing Fat lnd. Bldg.,12 Wang Tai Road , Kowloon Bay, Kowloon, Hong Kong Manufacturer : Rosslare Electronics(Shenzhen) Co.,Ltd. Address : Block 2, No.A-1 Baiwangxin Industrial Park, Xili Town, Shenzhen, China Equipment Under Test (EUT) : Product Name : Outdoor Long Range RF Reader 868.35 MHz Model No. : AY-L23H Brand Name : ROSSALRE Rule : FCC CFR47 Part 15 Section 15.109:2010 Date of Test : March 25~30, 2013 Date of Issue : April 03, 2013 Test Result : Pass * Remarks: The results shown in this test report refer only to the sample(s) tested, this test report cannot be reproduced, except in full, without prior written permission of the company. The report would be invalid without specific stamp of test institute and the signatures of compiler and approver. Prepared By: Waltek Services (Shenzhen) Co., Ltd. Address: 1/F., Fukangtai Building, West Baima Road, Songgang Street, Baoan District, Shenzhen, Guangdong, China Testing location: 1/F., Fukangtai Building, West Baima Road, Songgang Street, Baoan District, Shenzhen, Guangdong, China Tel :+86-755-83551033 Fax:+86-755-83552400 Compiled by: Approved by: Zero Zhou / Project Engineer Philo Zhong / Manager Reference No.: WTS13S0301702E Page 2 of 23 Waltek Services (Shenzhen) Co.,Ltd. http://www.waltek.com.cn 2 Test Summary Test Items Test Requirement Test Method Result Radiated Emissions Part 15.109 ANSI C63.4: 2003 PASS Conducted Emissions Part 15.107 ANSI C63.4:2003 PASS Remark: PASS Test item meets the requirement FAIL Test item does not meet the requirement N/A Test case does not apply to the test object Reference No.: WTS13S0301702E Page 3 of 23 Waltek Services (Shenzhen) Co.,Ltd. http://www.waltek.com.cn 3 Contents Page 1 COVER PAGE ..........................................................................................................................................1 2 TEST SUMMARY ................................................................................................................................................... 2 3 CONTENTS ............................................................................................................................................................. 3 4 GENERAL INFORMATION .................................................................................................................................. 4 4.1 GENERAL DESCRIPTION OF E.U.T. ................................................................................................................ 4 4.2 DETAILS OF E.U.T. .......................................................................................................................................... 4 4.3 TEST FACILITY ................................................................................................................................................. 4 4.4 TEST LOCATION ............................................................................................................................................... 4 5 EQUIPMENT USED DURING TEST ................................................................................................................... 5 5.1 EQUIPMENTS LIST ........................................................................................................................................... 5 5.2 MEASUREMENT UNCERTAINTY ....................................................................................................................... 5 5.3 TEST EQUIPMENT CALIBRATION ..................................................................................................................... 5 6 CONDUCTED EMISSIONS .................................................................................................................................. 6 6.1 E.U.T. OPERATION ......................................................................................................................................... 6 6.2 TEST PROCEDURE........................................................................................................................................... 6 6.3 TEST SETUP .................................................................................................................................................... 6 6.4 TEST RESULT .................................................................................................................................................. 7 7 RADIATED EMISSIONS ....................................................................................................................................... 9 7.1 EUT OPERATION ............................................................................................................................................. 9 7.2 TEST PROCEDURE......................................................................................................................................... 10 7.3 TEST SETUP .................................................................................................................................................. 10 7.4 SPECTRUM ANALYZER SETUP ...................................................................................................................... 12 7.5 CORRECTED AMPLITUDE & MARGIN CALCULATION ..................................................................................... 12 7.6 TEST RESULTS .............................................................................................................................................. 13 8 PHOTOGRAPHS.................................................................................................................................................. 17 8.1 PHOTOGRAPH – RADIATION EMISSION TEST SETUP ................................................................................... 17 8.2 PH…

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Test Setup Photos

Waltek Services (Shenzhen) Co.,Ltd. http://www.waltek.com.cn Photographs Photograph – Radiation Emission Test Setup Below 30MHz 30MHz~1GHz Waltek Services (Shenzhen) Co.,Ltd. http://www.waltek.com.cn Above 1GHz Photograph – Conduction Emission Test Setup