PPV-FOCUSTX900Hand Held Transmitter

focus BRAIN focus BRAIN System description focus BRAIN is the enhanced version of the success full focus HAND. Where the focus hand was mainly mend as a third hand for focusing lighting fixtures, replacing the person behind the lighting desk and the intercom. The focus BRAIN has more possibility’s. • Intelligent wireless remote control for DMX-512 • 512 Channels selectable from ranges 1-512 or 513-1024 • Connected between console and dimmers • Merging remote- and console DMX in HTP • 31 memory’s • X-Fade possibility • Focus and Scene mode • Remote (de-)activation • Hardware bypass via a relay in case of power failure The focus BRAIN can store and recall up to 31 memories. These memories can be created on the remote unit’s and / or capture of the DMX input from the lighting desk. Memory’s can be called up directly or with a x-fade time up to 10 sec. A default memory can be created to be automatically recalled at power on. The DMX input from the lighting desk can be merged with the DMX created inside, so that 1 person can focus the fixtures while the other is programming the lighting desk. This means focus BRAIN is a versatile controller for the lighting This product may only be used for controlling dimmers and moving lights. Using the product out of these specifications will remove all responsibility from the supplier Getting Started The focus BRAIN system consists of 3 parts, the remote, antenna and 19”-unit. the remote unit The remote has 16 keys and 1 slide switch. The slide switch is for power on. However the power consumption is minimal, so battery life is not really shortened, because depressing a key activates the unit. The switch is mainly used as a safety against unwanted key presses when the unit is in the pocket. Battery replacement Because of the often rough circumstances in which the unit can be used, the battery compartment is closed with normal M3 screws instead of clips. To replace the battery, remove the two screws at the bottom, replace it with a fresh one and close the lid with the same (4mm) screws. Be sure not to throw the old battery in the normal dustbin, but remove it adequately. Using alkaline batteries is recommended. Keypad layout 1 Up 4 Down 7 Next 0 Prev 2 5 8 Focus + Memory 3 6 9 Scene - Store Func @ ‡‡ Enter Key illumination The keys on the unit are illuminated. While a key is pressed the unit is transmitting, indicated by bright illumination of the keys. When releasing the key the illumination stays on for a period of time. The time(out) can be programmed on the remote unit following these steps: 1) switch off the remote unit (slide switch on top) 2) press and hold FUNC, @, ‡ or ENTER 3) switch on the remote unit (slide switch) 4) wait until keys are blinking (± 5 sec) 5) release the key The time is now programmed to: Key Time FUNC 5 seconds @ 12 seconds ‡ 25 seconds ENTER never turn off Active antenna However the range indoors is specified up to 70m, steel tubing (trusses/pipes) and building skeletons can influence this. To overcome this problem the active antenna is separate from the receiver unit. The connection in between is standard microphone cable, up to 100m. The best position for the antenna is in the middle above the front of the stage. Main 19” unit The receiver has 4 connections plus a mains input. The mains input voltage can be selected 110V(115V) or 220V(230V) on the back. Connections are the DMX input and DMX output on 5 pin XLR. DMX connection Pin Description 1 Ground/Screen 2 Data - 3 Data + 4 loop thru to other XLR5 pin 4 5 loop thru to other XLR5 pin 5 When the power is off or the unit is not activated the DMX input is directly connected to the DMX output by a relay. RS-232 connection (SUB D9 female) for software updates. Pin Description 1 - 2 TX 3 RX 4 - 5 Ground 6 - 7 Reserved 8 Reserved 9 - 3 pin XLR connection is for the active antenna. Pin Description 1 Ground/Screen 2 Signal 3 +8V supply The LED’s on the front indicate power on, active, receive and DMX input. LED Meaning On Power is on and internal processor is working Active DMX control is taken over from the lighting desk Receive Signal is received from the remote DMX DMX input ok On the back of the 19”-receiver unit there are 4 switches for option selection. Switch Off On 1 Default focus mode Default scene mode 2 DMX-A (channel 1-512) DMX-B (channel 513-1024) 3 Fast level selection Precise level selection 4 Reserved Operation Activation / deactivation The focus BRAIN must be activated in order to control the dimmers. On activation the output DMX is sent from the FB and can be the result of merging the DMX from the console (DMX input) and the internally created DMX channels on a HTP basis. On deactivation the DMX input is looped through the FB. To activate the unit, with merging enabled, press: + + Enter To activate the unit, with merging disabled, press: + + 0 Enter To switch on / off merging use + + Enter to enable merging, + + 0 Enter to disable merging. To deactivate the unit press: - - Enter Dimmer selection For dimmer selections there are 2 modes: Focus and Scene. The Focus mode is intended for quickly selecting a single dimmer or a group of dimmers and clearing the rest of the stage. Each time a new set of dimmers is selected, all the other channels are cleared. The Scene mode is intended for easily creating a scene. When selecting a new set of dimmers the other channels remain the same. The default mode the FB comes up in is depended upon dipswitch 1 Select a single dimmer at Full (100%) 1 Enter dimmer 1 at 100% Selecting multiple dimmers at Full 2+5 Enter dimmers 2 and 5 at 100% 2‡5 Enter dimmers 2 through 5 at 100% 2‡5+9 Enter dimmers 2 through 5 and 9 at 100% 2‡5–4 Enter dimmers 2,3 and 5 at 100% Adding channels To add channels in Scene Mode just use sequences described above. In Focus Mode its necessary to “add” channels by using + before your selection, other wise it will clear all previously selected channels. +5 Enter add channel 5 at 100% Removing channels from the…

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Radiometrix Ltd, TX3 & RX3 Data Sheet page 1 UHF FM Data Transmitter and Receiver Modules Features: • European version conforms to EN 300 220-1, EN 300-683 • North American version conforms to FCC part 15 • Frequencies available as standard: 869.85MHz, 914.5MHz • Data rates up to 50kb/s • Usable range up to 120m • Fully screened Available for operation in the 868-870MHz band in Europe and the 902–928MHz band in North America, both modules combine full screening with internal filtering to ensure EMC compliance by minimising spurious radiation and susceptibility. The TX3 & RX3 will suit one-to-one and multi-node wireless links in such applications as car and building security, EPOS and inventory tracking, remote industrial process monitoring and data networks. Because of their small size and low power requirements, both modules are ideal for use in portable, battery-powered applications such as hand-held terminals. Transmitter – TX3 • Crystal-locked PLL, FM modulated at up to 50 kb/s • Operation from 2.2V to 10V @ 10mA • Built-in regulator for improved stability and supply noise rejection • 0dBm (1mW) RF output • Enable facility Receiver – RX3 • Single conversion FM superhet with SAW front end filter • Operation from 2.7V to 13V @ 9.5mA • Built-in regulator for improved stability and supply noise rejection • 50kb/s, -100dBm sensitivity @ 1ppm BER • RSSI output with 75dB range • Enable facility Radiometrix Issue 1, 7 March 2000 TX3 & RX3 NEW NEW NEW NEW European versions: TX3-EU-F/RX3-EU-F USA versions: TX3-US-F/RX3-US-F The TX3 and RX3 are miniature UH F radio transmitter & receiver modules designed for PCB mounting. They allow the simple implementation o f data links at speeds up to 50kb/s and distances up to 30m in-building o r 120m over open ground. Radiometrix Ltd, TX3 & RX3 Data Sheet page 2 Functional description The TX3 transmitter module uses a frequency modulated crystal-locked PLL and operates between 2.2V and 10V at a current of 10mA nominal. At 3V supply it delivers nominally 0dBm (1mW) RF output. The SIL style TX3 measures 32 x 12 x 3.8 mm excluding the pins. The RX3 module is a single conversion FM superhet receiver capable of handling data rates of up to 50kb/s. It will operate from a supply of 2.7V to 13V and draws 9.5mA when receiving. The RX3 features a fast power-up time for effective duty cycle power saving and a signal strength (RSSI) output with 75dB of range. Full screening and a SAW front-end filter give good immunity to interference. The SIL style RX3 measures 48 x 17.5 x 4.5 mm excluding the pins. TX3 transmitter Fig 1 :TX3 block diagram Vcc (pin 5) +2.2V to +10V DC supply. Max ripple content 0.1V P-P . Decoupling is not generally required. 0V (pin 6) DC supply ground. Internally connected to pins 1 & 3 and module screen. TXD (pin 7) DC-coupled modulation input. Accepts serial digital data at 0V to 3V levels. See applications notes for suggested drive methods. Input impedance 150k Ω nominal. Pin description RF GND (pins 1&3) RF ground, internally connected to the module screen and pin 6 (0V). These pins should be directly connected to the RF return path - e.g. coax braid, main PCB ground plane etc. RF OUT (pin 2) 50 Ω RF output to the antenna. Internally DC-isolated. See antenna section of apps notes for details of suitable antennas. En (pin 4) Tx enable. <0.4V or o/c shuts down module (current <1 μ A). >2V enables the transmitter. Impedance ~2M Ω . 868/915 MHz band pass filter buffer 2 RF out 3 RF gnd Loop Filter 27kHz LPF ref osc φ 7 TXD 1 supply regulator 4 En 5 2.2 -- 10V ÷ 64 V C O 6 0V 3.8 mm 32 mm 12.0 mm 12.5 mm PCB level Radiometrix TX3 7 holes, 0.7 mm dia, pin spacing 2.54 mm Fig2: TX3 physical dimensions 15.24 mm 1 23 4567 1 = RF GND 2 = RF OUT 3 = RF GND 4 = En 6 = 0V 7 = TXD 5 = Vcc Radiometrix Ltd, TX3 & RX3 Data Sheet page 3 RX3 receiver VCO 25kHz 8 AF out 9 RXD 6 0V 4 En 1st Mixer 2, 3 RF gnd IF Amp Demod REF Φ 64 ÷ supply regulator 7 V cc 5 RSSI 10.7MHz 1 RF in Preamp. 868/915 MHz Band Pass Filter data slicer 10k Fig.3: RX3 block diagram En (pin 4) Rx enable. <0.4V or o/c shuts down module (current <1 μ A). >2V enables receiver. Impedance 2M Ω nominal. Fig.4: RX3 physical dimensions RSSI (pin 5) Received signal strength indicator with >65dB range. See applications notes for typical characteristics. 0V (pin 6) DC supply ground. Internally connected to pins 2 & 3 and module screen. Vcc (pin 7) +2.7V to +13V DC supply. Max ripple content 0.1V P-P . Decoupling is not generally required. AF out (pin 8) Buffered and filtered analogue output from the FM demodulator. Standing DC bias 1.3V approx. External load should be >50k Ω // <100pF. NOTE: AF waveform from this pin is inverted . RXD (pin 9) Digital output from the internal data slicer. The data is true data, i.e. as fed to the transmitter. Output is “open-collector” format with internal 10k Ω pullup to Vcc (pin 7). Pin description RF IN (pin 1) 50 Ω RF input from antenna. Internally DC-isolated. See antenna section of applications notes for suggested antennas and feeds. RF GND (pins 2 & 3) RF ground, internally connected to the module screen and pin 6 (0V). These pins should be connected to the RF return path - e.g. coax braid, main PCB ground plane etc. 9 holes of 0.7 mm dia. pin spacing 2.54mm 12 3 48 mm 17.5 mm 18.0 mm PCB level Radiometrix RX3 456798 25.4 mm 1 = RF IN 2 = RF GND 3 = RF GND 4 = En 5 = RSSI 6 = 0V 7 = Vcc 8 = AF out 9 = RXD 4.5 mm Radiometrix Ltd, TX3 & RX3 Data Sheet page 4 Absolute maximum ratings Exceeding the values given below may cause permanent damage to the module. Operating temperature -20°C to +70°C Storage temperature -40°C to +100°C TX3 Vcc, TXD (pins 5,7) -0.3V to +10.0V En (pin 4) -0.3V to +Vcc V RF OUT (pin 2) ±50V DC, +10dBm RF RX3 RSSI, Vcc, RXD (pins 5,7,9) -0.3V to +13.5V En, AF (pins 4,8) -0.3V to +Vcc V RF IN (pin 1) ±50V DC, +10dBm RF Performance specifications: TX3 transmitter (Vcc = 3.0V / temperature = 20 ° °° ° C unless stated) pin min. typ. max. units note…

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Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 136-01 PHOTOGRAPHS Exterior Product Photographs (Front) Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 136-01 PHOTOGRAPHS Exterior Photographs (Rear and FCC label location)

Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 136-01 PHOTOGRAPHS Exterior Photographs (Rear and FCC label location)

Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 136-01 PHOTOGRAPHS Internal Photos (Front of PCB) Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 136-01 PHOTOGRAPHS Internal Photos (Rear of PCB, showing Tx module)

Radiometrix Ltd, TX3 & RX3 Data Sheet page 2 Functional description The TX3 transmitter module uses a frequency modulated crystal-locked PLL and operates between 2.2V and 10V at a current of 10mA nominal. At 3V supply it delivers nominally 0dBm (1mW) RF output. The SIL style TX3 measures 32 x 12 x 3.8 mm excluding the pins. The RX3 module is a single conversion FM superhet receiver capable of handling data rates of up to 50kb/s. It will operate from a supply of 2.7V to 13V and draws 9.5mA when receiving. The RX3 features a fast power-up time for effective duty cycle power saving and a signal strength (RSSI) output with 75dB of range. Full screening and a SAW front-end filter give good immunity to interference. The SIL style RX3 measures 48 x 17.5 x 4.5 mm excluding the pins. TX3 transmitter Fig 1 :TX3 block diagram Vcc (pin 5) +2.2V to +10V DC supply. Max ripple content 0.1V P-P . Decoupling is not generally required. 0V (pin 6) DC supply ground. Internally connected to pins 1 & 3 and module screen. TXD (pin 7) DC-coupled modulation input. Accepts serial digital data at 0V to 3V levels. See applications notes for suggested drive methods. Input impedance 150k Ω nominal. Pin description RF GND (pins 1&3) RF ground, internally connected to the module screen and pin 6 (0V). These pins should be directly connected to the RF return path - e.g. coax braid, main PCB ground plane etc. RF OUT (pin 2) 50 Ω RF output to the antenna. Internally DC-isolated. See antenna section of apps notes for details of suitable antennas. En (pin 4) Tx enable. <0.4V or o/c shuts down module (current <1 μ A). >2V enables the transmitter. Impedance ~2M Ω . 868/915 MHz band pass filter buffer 2 RF out 3 RF gnd Loop Filter 27kHz LPF ref osc φ 7 TXD 1 supply regulator 4 En 5 2.2 -- 10V ÷ 64 V C O 6 0V 3.8 mm 32 mm 12.0 mm 12.5 mm PCB level Radiometrix TX3 7 holes, 0.7 mm dia, pin spacing 2.54 mm Fig2: TX3 physical dimensions 15.24 mm 1 23 4567 1 = RF GND 2 = RF OUT 3 = RF GND 4 = En 6 = 0V 7 = TXD 5 = Vcc

12345678 A B C D 87654321 D C B A 1 LIGHTING Gemert The Netherlands 11-Feb-2001 PROJ: Date: File: Sheetof Focus Hand/Brain Transmitter 1013REV:2 FHT Name:J v Eenbergen Serie:Focus Brain/Hand .SCH RA2 1 RA3 2 RA4 3 MCLR 4 GND 5 RB0 6 RB1 7 RB2 8 RB3 9 RB4 10 RB5 11 RB6 12 RB7 13 OSC2 15 OSC1 16 VCC 14 RA0 17 RA1 18 IC1 PIC16F84P SW1 SKHJ SW2 SKHJ SW3 SKHJ SW4 SKHJ SW5 SKHJ SW6 SKHJ SW7 SKHJ SW8 SKHJ SW9 SKHJ SW10 SKHJ SW11 SKHJ SW12 SKHJ SW13 SKHJ SW14 SKHJ SW15 SKHJ SW16 SKHJ ROW0 ROW1 ROW2 ROW3 COL0COL1COL2COL3 ROW0 ROW1 ROW2 ROW3 COL0 COL1 COL2 COL3 MCLR +5V GND +5V XT1 XTAL 10.0000 MHZ GND GND GND GND GNDGNDGND TX TXEN LOW HIGH LED +5V +9V +9V GNDGND SW17 APEM-SWITCH 1 2 X1 BATT GND R1 2K2D R2 2K2D R3 2K2D R4 2K2D R5 10K0D R6 10K0D R7 10K0D C1 100ND C2 10PD C3 10PD HIGH LOW TX TXEN BE1 BEV32 BE2 BEV32 BE3 BEV32 BE4 BEV32 R9 6K81D R10 6K81D R11 10K0D R12 10K0D R13 4K7D GND C4100ND C510ND C610ND C7 10ND INOUT COM IC3 LM2931 C8 10U-63V GND GND F1 FIDUCIAL-TOP F2 FIDUCIAL-TOP F3 FIDUCIAL-TOP TXEN R14 0E D1 BAV-70 R8 680ED RF_GND 1 RF_OUT 2 VCC 5 GND 6 DATA_IN 7 RF_GND 3 TXEN 4 IC2 TX3 A1 LINX LP GND

Page 2 of 20 Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 136-01 TABLE OF CONTENTS • Test Description • Test Results and Conclusions • Test Procedures • RSS 210 /Part 15 Subpart C Test Limits • Test Facility Description • Test Setup and Connection Information • Test Measurements and Results Radiated Measurements Radiated Output Power & Occupied Bandwidth Conducted Measurements • Notes and Comments • Photographs Radiated Test Setup (Front & Rear) Exterior and Interior Photographs of Product Page 3 of 20 Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 136-01 TEST DESCRIPTION 1. TEST OBJECTIVE To test the Focus Brain Brain to RSS 210 / Part 15 Subpart C Rules and write a report. 2. E.U.T. DESCRIPTION GENERAL The Focus Brain Brain is a momentarily operated 900MHz Low Power Transmitter device used as a remote control for the Focus lighting controller system. SERIAL NUMBERS: Production Prototype Page 4 of 20 Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 136-01 TEST RESULTS AND CONCLUSIONS PRODUCT TESTED - Focus Brain MODEL NUMBER - Brain RADIATED TEST RESULTS The test results show that the emissions radiated from this equipment are in compliance with IC Rules RSS 210 / FCC Rules Part 15 Subpart C. OCCUPIED BANDWIDTH & OUTPUT POWER The test results show that the occupied bandwidth and output power of this equipment are in compliance with IC Rules RSS 210 / FCC Rules Part 15 Subpart C . CONDUCTED TEST RESULTS The test results show that the emissions conducted through the power line from this equipment are in compliance with IC Rules RSS 210 / FCC Rules Part 15 Subpart C. ANALYSIS AND CONCLUSIONS Based upon the radiated and conducted measurements we find that this equipment is within the limits of the IC Rules RSS 210 / FCC Rules Part 15 Subpart C. All results are based on a test of one sample, and represent other production units, only in as much as a sample represents other production units. If any significant changes are made to the unit, the changes shall be evaluated and a retest may be required. NOTES (Special conditions unique to this test) EUT is battery powered only. Page 5 of 20 Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 136-01 TEST PROCEDURES 1. TEST EQUIPMENT A. HP 8546A (9 kHz - 6.5 GHz) EMI Receiver w/ RF Filter Section, S/N 3704A00323 / 3650A00360. Calibration Date 7-18-2000, calibrated annually. B. HP 8593E (9 kHz - 26.5 GHz) Spectrum Analyzer, S/N 3829A03887. Calibration Date 10-21-2000, calibrated annually. C. Electro-Metrics BiConical Antenna, Model EM6912A, S/N 149. Calibration Date 1-2-2001, calibrated annually. D. Electro-Metrics Log Periodic Antenna, Model EM-6950, S/N 1017. Calibration Date: 1-2-2000, calibrated annually. E. Com Power Double Ridged Guide Antenna, Model AH118, S/N 10078. Calibration Date: 8-11-2000, calibrated annually. F. HP 1 - 26.5 GHz Preamplifier, Model 08449B, S/N 3008A01323. Calibration Date: 10-21-2000, calibrated annually. G. LISN, Compliance Worldwide, Model 50 μH / 50 ohm, S/N 100. Calibration Date 2-22-2001, calibrated annually. 2. FREQUENCY RANGE TO BE SCANNED. A. Radiated Test from 30 MHz to 40 GHz (or the 10 th harmonic of the highest frequency whichever is lower). B. Conducted Test from 450 kHz to 30 MHz. Page 6 of 20 Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 136-01 3. TEST PROCEDURES. Radiated test procedure: The EUT, associated cables and peripheral devices are placed on the supporting table and any support equipment is placed off the site. The EUT is turned on and any necessary operating or test software installed and allowed to warm up. The frequency band from 30 MHz to 40 GHz is scanned. When an emission is found the emission is maximized by varying the bundle position of the connecting cables, the antenna height, the antenna polarization (vertical and horizontal) and the table orientation (360 degrees). The maximum reading is recorded and the next signal is searched for. Conducted test procedure: The power line of the EUT is connected to the LISN (Line Impedance Stabilization Network). A measurement of the emissions are made from the power line for both phase and neutral on the analyzer in the frequency range from 450 kHz to 30 MHz. The maximum readings are recorded for each phase. All measurements are made according to the procedures defined in: "ANSI C63.4-1992 Standard Methods of Measurement of Radio Noise Emissions from Low-Voltage Electrical and Electronics Equipment in the Range of 9 kHz to 40 GHz, American National Standard for (ISBN 1- 55937-215-5). Page 7 of 20 Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 136-01 RSS 210 TEST LIMITS 1. RSS 210 Section 6.2.2, Table 3 Radiation Limits (Quasi-Peak): FCC Part 15.209, 15.235, 15.249 Radiation Limits (Quasi-Peak): Frequency MHz Distance meters Limit dBμV/m Limit μV/m 1.705 - 30 30 29.5* 30* 30 - 88 3 40.0 100 49.82 - 49.90 3 80.0* 10,000* 88 - 216 3 43.5 150 216 - 960 3 46.0 200 902 - 928 3 94.0* 50,000* 960 - 1000 3 54.0 500 1000 - 40000 3 54.0* 500* *NOTE: Average Limits 2. RSS 210 Section 6.6a Conduction Limits (Quasi-Peak): FCC Part 15.207 Conduction Limits (Quasi-Peak) Frequency MHz Limit dBμV/m Limit μV/m 0.450 - 30.0 48.0 250 Page 8 of 20 Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 136-01 TEST FACILITY DESCRIPTION Compliance Worldwide is located on 357 Main Street in Sandown, New Hampshire. The conducted and radiated test sites, located at C.W. are used for Federal Communications Commission (FCC) t…

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Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 136-01 PHOTOGRAPHS Worst Case Radiated Test Setup (Front) Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 136-01 PHOTOGRAPHS Worst Case Radiated Test Setup (Rear)