ACJ96NKX-TR325Family Radio

–1– Transceiver Model No. KX-TR320B/320F/320S KX-TR325B/325S Operating Instructions PLEASE READ BEFORE USEAND SAVE. 1 Getting Started2 Before You Talk3 To Communicate4 Call Tones5 Channel Scan6 Special Features7 Using the Options8 Things You Should Know Contents by Section –2– Getting Started ¤ 1 1-A Location of Controls Accessories ( For extra orders, call 1-800-332-5368.) ∑ Belt Clip . . . . . . . . . . . . . one P R I V A T E T A L K SCAN CALL MENU L O C K P O W E R MONITOR SCRAMBLE VIBRINGER (LOCK) Button (6-B) (MENU) Button (1-G) (‹) , (›) Buttons (1-G, 2-A, 3-B) Flip (3-C) MIC (Microphone) (3-B) (TALK) Button (1-G, 3-B) MIC (Microphone) /SP (Speaker) Jack (7-A, 7-C) Display (1-B) (MONITOR) Button (3-A) (CALL) Button (4-A) (SCAN) Button (5-A) TALK/BUSY Indicator (3-A, 3-B) Antenna (1-E) DC IN 4.5 V Jack (7-D) (POWER) Button (1-F) Sub Speaker (3-C) 1-B Display The flip is open (3-C). The scrambling function is ON (KX-TR325 only) (6-A). The unit is in the VOX mode (7-A). The key lock function is ON (6-B). The unit is in the vibratory call mode (KX-TR325 only) (4-B). The display shows the battery strength (1-C). The volume level is set to 8 (3-B). The unit is using the group code number 38 (2-B). The unit is using the operating channel number 14 (2-A). The unit is sending call tones (4-A). The unit is using the channelscan function (5-A). Getting Started ¤ 1 –3– 1-C Battery Installation The unit requires 3 AA (R6, UM-3) size alkaline batteries (notsupplied). The batteries will last about 30 hours with normal use.1 Remove the cover. 2 Install (or replace) the batteries using the correct polarity ( r , s ) and close the cover. ≥ Make sure that the unit is powered OFF before replacing the batteries. ≥ When the batteries have been replaced, your channel and group code settings will be erased. Reprogram if necessary. Battery precautions:The batteries should be used correctly, otherwise the unit may bedamaged by battery leakage.≥ Do not mix different types of batteries. ≥ Do not charge, short-circuit, disassemble or heat batteries, and donot dispose of batteries in fire. ≥ Remove all the batteries when replacing. Battery strength:You can check the battery strength on the display (see below) whilethe unit is in use. If the unit beeps intermittently and “ ” flashes on the display, replace all the batteries with new ones. Full Medium Low (flashing) 1-F Turning the Power ON/OFF 1 Press and hold (POWER) . ≥ The display will appear. 2 To turn the power off, press and hold (POWER) until the display disappears. 1-E Adjusting the Antenna The antenna rotates 360 degrees. You can adjust the antenna tothree different click positions. For best performance, the antennashould be used in the vertical position.You can hang the unit on your belt or pocket using the belt clip. 1-D Belt Clip –4– 1- GProgramming Summary You can program the following functions. See the section numberbelow for details. Each time you press (MENU) , the display changes as follows. The display shows the current channel andgroup code.To select the operating channel, see 2-A.To select the group code, see 2-B.To select the VOX sensitivity, see 7-B.To change the call tones, see 4-A.To turn on/off the vibratory call, see 4-B.(KX-TR325 only)To turn on/off the scrambling function, see 6-A. (KX-TR325 only)To set the auto power off mode, see 6-C. Press (›) or (‹) for the desired settings. Press (TALK) or wait for 10 seconds. ≥ You can exit the programming mode any time by pressing (TALK) or wait for 10 seconds. Getting Started Section 1 1 –5– 2-A Selecting the Operating Channel 1 Press (MENU) . ≥ “ ” and the current channel will flash on the display. 2 Press (›) or (‹) repeatedly until the desired operating channel (1–14) isdisplayed. 3 Press (TALK) or wait for 10 seconds. ≥ The unit will return to the standby mode. ≥ The selected channel will not be cleared even when you turn off the unit. 2 Before You Talk Section 2 The unit has 14 operating frequency channels and 38 group codes. To talk to others, all users in your group must be using the samechannel and group code. 2-B Selecting the Group Code (CTCSS) The Continuous Tone Coded Squelch System (CTCSS) allows youto ignore (not hear) unwanted calls from other persons who areusing the same channel. It provides communication with silentstandby since you will only receive calls from group members usingthe same group code. The unit is equipped with 38 group codes. Thefactory preset is “1”. 67.071.974.477.079.782.585.488.591.594.8 No. Freq. No. Freq. No. Freq. No. Freq. 123456789 10 97.4 100.0103.5107.2110.9114.8118.8123.0127.3131.8 11121314151617181920 136.5141.3146.2151.4156.7162.2167.9173.8179.9186.2 21222324252627282930 192.8203.5210.7218.1225.7233.6241.8250.3 OFF 3132333435363738 0 (unit: Hz) CTCSS code The CTCSS does not make your conversation private. It onlyallows you to not to listen to unwanted conversations. 1 Press (MENU) twice. ≥ “ ” and the current group code will flash on the display. 2 Press (›) or (‹) repeatedly until the desired group code (0–38) is displayed(see below). 3 Press (TALK) or wait for 10 seconds. ≥ The unit will return to the standby mode. ≥ The selected code will not be cleared even when you turn off the unit. ≥ To communicate with others without a group code, select “0” (OFF) in step 2. –6– 3-B Sending/Receiving Messages 1 Check the current channel activity (3-A). ≥ Do not talk if someone is already on the channel. 2 Press and hold (TALK) to transmit and speak into the MIC (microphone). ≥ The TALK/BUSY indicator lights green. 3 To receive, release (TALK) . ≥ The TALK/BUSY indicator lights red. ≥ Repeat steps 1 and 2 to continue communication. ≥ To maximize readability of your transmitted signal, pause a few seconds after pressing (TALK) , hold the unit 2 to 4 inches (5 to 10 cm) from your mouth and speak at a normal voice level. The monitor function unmutes the speaker in any situation. Use thisfunction when received signals are too weak to recognize.You can use th…

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BLOCK DIAGRAM (KX-TR325/320) ANT SW LNA SAW Fil 460MHz 21.3MHz RF PA Buffer 21.25MHz X’tal Fil RX VCO TX VCO TX Pow SW 3V Reg. W / SW 3V Reg. RX Pow SW ICONICON CPU S I/O 3.6864MHz 1 St .Mix VOX Mic COMP/EXP(KX-TR325/320) Scramble /De-Scramble (KX-TR325) Control AF PA(SUB) AF PA(MAIN) ANT RX TXP SW TX Pow SW TX LCD LED SW RESET UPD789405AGK-A07 TX MOD AF RSSI,SQL 2 nd Mix 2 nd IF DET 50KHz IF AMP RX POWER LPF SP SEL EEPROM EXT. Mic Control CTCSSTONE-Squelch PLL RX TX BACK-LIGHT GR R 4.5V(1.5 V x 3) EXT. Power 4.5V VIBRATOR MOTOR (KX-TR325) M MAIN SP SUB SP EXT. SP AK2345 AK2358A(KX-TR325) /AK2361(KX-TR320) NJM2135ATE NJM2135ATE NJM7015 PS9320UT MM1385HNRE MM3033AURE TB31202FEL TA31180FEL 440MHz 460MH 2SC5463 x 2 UPC2757 2SC5463 TRF7003 2SC5110 UPG153TB TX,RX462.5625MHz--467.7125MHz

General Information This model is a FRS (Family Radio Service) FM transceiver, operating in the 462.5625 to 467.7125 MHz band. 1. Channels: 1 CH: 462.5625 MHz 2 CH: 462.5875 MHz 3 CH: 462.6125 MHz 4 CH: 462.6375 MHz 5 CH: 462.6625 MHz 6 CH: 462.6875 MHz 7 CH: 462.7125 MHz 8 CH: 467.5625 MHz 9 CH: 467.5875 MHz 10 CH: 467.6125 MHz 11 CH: 467.6375 MHz 12 CH: 467.6625 MHz 13 CH: 467.6875 MHz 14 CH: 467.7125 MHz 2. Output Power 500 mW (ERP) 3. Tone Squelch: CTCSS (Continuous Tone Coded Squelch System) 4. Water-Resistant Construction 5. Options Headset/ Microphone/ Cigar-Lighter Adaptor

Appearance Appearance Side View Top View Back View RF Board on Main Boar d RF Board Main Board Main Board One Side of Boards RF Board Another Side of Boards RF Board Main Board Optional Cigar-Lighter Adaptor Optional Head-Phone

EXHIBIT B MARKINGS Nameplate : Nameplate is located on the back-side of the unit. The following marking, or equivalent, will be shown on the user manual. This device complies with Part 15 of the FCC rules. Operation is subject to the condition that this device does not cause harmful interference

DESCRIPTION OF ELECTRICAL CIRCUITRY A) RECEIVE MODE OPERATION 1) A signal is received with the antenna and Amplified by LNA(Low Noise Amp.:Q1,Q2). And passes through the 462 to 467MHz band pass filter F1. And the signal enters IC2. 2) An RF signal and 1st local oscillating frequency signal from 1 st local oscillator goes to the mixer (IC2). And this signal is converted to 1st IF frequency(21.3MHz). And passes through the 21.3MHz band pass filter F2 and Amplified by 1st IF Amp.(Q5). 3) This signal is inputted to pin 24 of IF/DET circuit (IC1), and converted to 2nd IF(50KHz). This signal goes out from pin 15 of IC1 as audio signal. 4) This signal is amplified with the AF amplifier through an expander circuit of IC11 through the filter of the CTCSS circuit (IC13) afterwards and connected with the speaker. B) TRANSMISSION MODE OPERATION 1) When TALK switch is pushed, pin 65 of IC17 enters mode "L". Then the power line of TX is switched on. 2) The AF signal is amplified with the pre-amp from the microphone and the amplitude is compressed into this input (pin3) with the compression circuit (IC11). And signal is output from pin 6 of IC11. 3) This AF signal is input to pin 1 of IC13 (CTCSS). The AF signal which is input to pin 1 and amplified passes through the band-pass filter of 3KHz from 300, and passes the amplitude limitation circuit. The tone signal of CTCSS is added and the AF signal which receives the amplitude limitation is output from (IC13) pin 4 as a modulation signal. 4) This signal is input to FM modulating circuit of transmission circuit. 5) A 462/467MHz band frequency is generated by the VCO (Voltage Controlled oscillator :V2). 6) This 462/467MHz carrier power is amplified with the buffer amplifier(Q11) and the power amplifier (Q8) and emitted from the antenna through the antenna switch.

Issue Date : November 9, 1999 Page 1 of 62 EMCEMISSION-TEST REPORT JQA APPLICATION No.: KL8090482 Name of Product: FRS Transceiver Model/Type No.: KX-TR325 FCC ID: ACJ96NKX-TR325 Applicant: Kyushu Matsushita Electric Co., Ltd. Address: 1-62, 4-chome, Minoshima, Hakata-ku, Fukuoka 812-8531, Japan Manufacturer: Kyushu Matsushita Electric Co., Ltd. Address: 1-62, 4-chome, Minoshima, Hakata-ku, Fukuoka 812-8531, Japan FinalJudgement:Passed TESTRESULTSINTHISREPORTare obtained in use of equipment that is traceable to Electro- technical Lab. of MITI Japan and Communications Research Lab. of PTT Japan. THETESTRESULTSonly responds to the test sample. This test report shall not be reproduced except in full. JAPAN QUALITY ASSURANCE ORGANIZATION (JQA) KITA-KANSAI TESTING CENTER EMC DIVISION Page 2 of 62 DIRECTORY Page A) Documentation Directory2 Test Regulation / General Information3 - 4 Test Conditions5-19 Configuration of TUT / Operation mode of the TUT20 - 21 TUT Modification / Responsible Party22 Test results / Measurement Uncertainty23 - 25 Summary26 Test System-Arrangement (Drawings)27 Test-setup (Photographs) at worst case28 B) Test data Transmitter Power(TP)29 Maximum Transmitter Power(ERP)30 Antenna gain of the integrated transmitter antenna of the TUT31 Modulation Characteristics32 - 40 Occupied Bandwidth41 - 55 Unwanted Radiation56 -59 Frequency Stability60 - 62 JQA Application No. : KL8090482Regulation : CFR 47 FCC Rules Part 95 Model No.: KX-TR325Issue Date : November 9, 1999 FCC ID: ACJ96NKX-TR325 Page 3 of 62 TEST REGULATION FCC Rules and Regulations Part 95 (October 1, 1998) !- General Mobile Radio Service(GMRS) "- Family Radio Service(FRS) !- Radio Control(R/C) Radio Service !- Citizen Band(CB) Radio Service !- Interactive Video and Data Service(IVDS) !- Low Power Radio Service(LPRS) Test procedure: The tests were performed according to FCC Rules and RegulationsPart 2 (October 1, 1998). GENERAL INFORMATION Test facility: 1) Test Facility located at Kita-Kansai : 1st and 2nd Open Sites (3 m Site) Test Facility located at Kameoka Open Site (3, 10 and 30 m, on common plane) FCC filing No. : 31040/SIT 1300F2 2) KITA-KANSAI TESTING CENTER is recognized under the National Voluntary Laboratory Accreditation Program for satisfactory compliance established in Title 15, Part 285 Code of Federal Regulations. NVLAP Lab Code: 200191-0 JQA Application No. : KL8090482Regulation : CFR 47 FCC Rules Part 95 Model No.: KX-TR325Issue Date : November 9, 1999 FCC ID: ACJ96NKX-TR325 Page 4 of 62 Description of the Transmitter Under Test (TUT): 1) Name: FRS Transceiver 2) Model/Type No.: KX-TR325 3) Product Type: Pre-Production 4) Category: Family Radio Service(FRS) 5) TUT Authorization: - Verification- Certification- D.o.C.!"! 6) Transmitting Frequency: 462.5625 MHz(1 ch) - 462.7125 MHz(7 ch) 467.5625 MHz(8 ch) - 467.7125 MHz(14 ch) 7) Receiving Frequency: 462.5625 MHz(1 ch) - 462.7125 MHz(7 ch) 467.5625 MHz(8 ch) - 467.7125 MHz(14 ch) 8) Integrated Antenna Polarized: Rotating Antenna to upright position(vertically polarized) before pressing "TALK BUTTON". 9) Emission Designations: 9K40F3E 10) Maximum power rating specified : 0.5 W (ERP) 11) Power Rating: DC 4.5 V (Alkaline Battery AA × 3) Cigar Lighter Adaptor DC 13.2 V(11.22 V - 15.18 V) /Output 4.5 V Definitions for symbols use din this test report: "- Black box indicates that the listed condition, standard or equipment is applicable for this Report. !- Blank box indicates that the listed condition, standard or equipment is not applicable for this Report. JQA Application No. : KL8090482Regulation : CFR 47 FCC Rules Part 95 Model No.: KX-TR325Issue Date : November 9, 1999 FCC ID: ACJ96NKX-TR325 Page 5 of 62 TEST CONDITIONS Transmitter Power(TP) Measurement (§2.1046(a)) The Transmitter Power was measured with a power meter, a 20 dB attenuator and a short, low loss cable. TUT20 dBPower AttenuatorMeter Test location: KITA-KANSAI Testing Center 7-7, Ishimaru, 1-Chome, Mino-Shi, Osaka, 562-0027, Japan "- Shielded room KAMEOKA EMC Branch 9-1, Ozaki, Inukanno, Nishibetsuin-Cho, Kameoka-Shi, Kyoto, 621-0126, Japan !- Shielded room Use dtest instruments an dsites: Model No.Device IDast Cal. DateCal. IntervalL "- 432B/8478BB - 24/B-43March, 19991Year "- 6-20D - 27November, 19981Year !- 8566BA - 13 !- 8593AA - 15 Environmental conditions: Temperature: 24 °C Humidity: 46 % JQA Application No. : KL8090482Regulation : CFR 47 FCC Rules Part 95 Model No.: KX-TR325Issue Date : November 9, 1999 FCC ID: ACJ96NKX-TR325 Page 6 of 62 Maximum Transmitter Power(ERP) Measurement an dAntenna gain measurement of the integrate dtransmitter antenna of the TUT(§95.639( d),95.647) The measurement were performed shown as follows. Step 1) The test was set-up shown as Fig.1(a). In order to obtain the maximum emission, the TUT is placed at the height 0.8m on the wooden table, at the distance 3m from the receiving antenna(Resonant Tune Dipole Antenna) and rotated around 360 degrees. The receiving antenna height was varied from 1m to4m.TheTUTonthetable was placed to be maximum emission against the receiving antenna polarized (Vertical and Horizontal). Then the meter reading of the test receiver at the maximum emission was A dB( V).μ Step 2) The test was set-up shown as Fig.1(b). The TUT was replaced to half-wave dipole antenna at the same polarized under the same condition as step 1. The RF power was fed to the transmitting Antenna(half-wave Dipole Antenna) through the RF amplifier from the signal generator. In order to obtain the maximum emission level, the height is varied from 1m to 4 m. The level of the signal generator was adjusted so that the meter reading of the test receiver at the maximum emission was A dB( V) ,same as the recorded level in Step1. Then the RF power into the substitution half-waveμ dipole antenna was P(dBm). The ERP is calculated in the following equation. ERP[dBm) = P (dBm)- ( Balun Loss of the half-dipole Ant. (dB) ) Step 3) Calculation of the antenna gain of the…

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