R74TM-600U2Mobile Radio

1 31 THANK YOU! Thank you for your purchase of HYT mobile radio TM-600. We believe this easy-to-use radio will provide you with dependable and reliable communications at peak efficiency. Please read this manual carefully before use. The information presented herein will help you to derive maximum performance from your radio. MODELS COVERED IN THIS MANUAL TM-600 VHF Mobile Radio TM-600 UHF Mobile Radio 2 31 HOT SURFACE Avoid contact durin g prolonged use Do not touch the metal surface of the radio while it is in use. Do not mount the radio such that the chassis can come in contact with skin. High temperatures may burn you skin. MANDATORY SAFETY INSTRUCTIONS TO INSTALLERS AND USERS ════════════════════════════════════════════════════════════════ ● Use Only manufacturer or dealer supplied antennas. ● Antenna minimum safe distance: 82cm (32 inches). ● Antenna used for this transmitter must not exceed an antenna gain of 3dBi (for VHF) and 5.5dBi (for UHF). The FCC (Federal Communications Commission) has adopted a safety standard for human exposure to RF energy which is below the OSHA (Occupational Safety and Health Act) limits. ● Antenna mounting: The antenna supplied by the manufacturer or radio dealer must not be mounted at a location such that during radio transmission, any person can come closer than the above indicated minimum safe distance to the antenna (i.e. 82cm/32inches). ● To comply with current FCC RF Exposure limitations, the antenna must be installed at or exceeding the minimum safe distance indicated above, and in accordance with the requirements of the antenna manufacturer or supplier. ● Vehicle installation: The antenna can be mounted at the center of a vehicle metal roof or 3 31 trunk lid if the minimum safe distance is observed. Antenna substitution: Don’t substitute any antenna for the one supplied or recommended by the manufacturer or radio dealer. You may be exposing person(s) to excessive radio frequency radiation. You may contact your radio dealer or the manufacturer for further instructions. Warning Maintain a separation distance from the antenna to person(s) at least 82cm (32inches). “This transmitter is authorized to operate with a maximum duty factor of 50%, in a typical push-to-talk mode, for satisfying FCC RF exposure compliance requirements.” 4 31 Contents Caution MANDATORY SAFETY INSTRUCTIONS User Safety, Training, and General Information Compliance with RF Energy Exposure Standards FCC Compliance Precautions Product Inspection Radio Installation and Warnings Radio Overview Basic Operations Radio Power On/Off Adjust the Volume Monitor Select a Channel Receive Transmit Programmable Power Output BOT ID and EOT ID Scan Busy Channel LockoutBCL BCL Override DTMF Call Code Squelch Auto Transpond Off Hook Decode Time-out Timer (TOT) Emergency Call Programmable Auxiliary Functions Reverse Frequency Talk Around 5 31 Selectable Squelch Level User Selectable CTCSS/DCSUST Public AddressPA Dual Home Channel 2-Tone Encode Select Compander Scrambler Optional Accessories 6 31 User Safety, Training, and General Information READ THIS IMPORTANT INFORMATION ON SAFE AND EFFICIENT OPERATION BEFORE USING YOUR HYT MOBILE RADIO. „ Compliance with RF Energy Exposure Standards Your HYT mobile radio is designed and tested to comply with a number of national and international standards and guidelines (listed below) regarding human exposure to radio frequency electromagnetic energy. This radio complies with the IEEE and ICNIRP exposure limits for occupational/controlled RF exposure environment at operating duty factors of up to 50% transmitting and is authorized by the FCC for occupational use only. In terms of measuring RF energy for compliance with the FCC exposure guidelines, your radio radiates measurable RF energy only while it is transmitting (during talking), not when it is receiving (listening) or in standby mode. Your HYT mobile radio complies with the following of RF energy exposure standards and guidelines: z United States Federal Communications Commission, Code of Federal Regulations; 47CFR part 2 sub-part J z American National Standards Institute (ANSI)/Institute of Electrical and Electronic Engineers (IEEE) C95. 1-1992 z Institute of Electrical and Electronic Engineers (IEEE) C95. 1-1999 Edition z International Commission on Non-Ionizing Radiation Protection (ICNIRP) 1998 Operational Instructions and Training Guidelines To ensure optimal performance and compliance with the occupational/controlled environment RF energy exposure limits in the above standards and guidelines, users should transmit no more than 50% of the time and always adhere to the following procedures: Transmit and Receive To transmit (talk), push the Push-To-Talk (PTT) button; to receive, release the PTT button 7 31 „ FCC Compliance Part 15 Compliance This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures: Reorient or relocate the receiving antenna. Increase the separation between the equipment and receiver. Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. Consult the dealer or an experienced radio/TV technician for help. FCC Licensing Requirements Your radio must be properly licensed Federal Communications Commission prior to use. You…

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1 2 3 4 56 ABCD 6 5 4 3 2 1 D CBA Title Number Revision Size B Date: 10-Aug-2006 Sheet of File: D:\ 车台资料 \ 电路图备份 \MyDesi gn .dd b Drawn By: ProtectD516ProtectD517ProtectD515 SWIC512 PSW SBC IGN Q512 AVRIC6018V Q801Filter AVR 5VSWSWQ603Q601 8T8R 8RC 8TC AVR +B8V8C 5V3.3V +B PTT HOOK ENCODE PLL ICIC 801 LPFQ804,Q806 RXVCO TX VCO Q705 Q706 Q704 SW SW SW Q702Q701 MD Buff AMP Q703 AMP LPF 16.8MHzX101 Q124 Buff AMPQ126 D115SW DataCLKLE ST UL Q806Q801SWD801SWQ802,Q803 MB 5V 8C 8C Q110 Q109 IC101 TX/RX SW ANT DC AMP DET DET PCO Drive AMP Drive AMP final AMP D104,D105 IC104 D101 D102 8T LPF 8T 8T ATT 50ohm 50ohm 8T 8T LPF BPF Q111 RF AMP 8R BPF BPF D107 D110 D111 Mixer CV Q112 49.95MNarrow Q113 IF AMP 8R IF BPF SWD114 W/N 450KHz450KHzNarrow SW Wide D113 IF BPF W/N IF BPF OSC1 Q107 8R OSC1 BPF 16.8MHz 50.4MHzQUAD CD201 FM ICIC102 AF IF AMPIC402 8RC SW IC 106 CodecAMPFilter TCLK,TDATADI/O,RDF/FDDIR,SCLK X402 3.6864MHz AMPIC405 ACK,STD AFin Q511SP Mute IC511AF SB OUT1 OUT2OUT3OUT4 AMP IC405AMP AFin AF out MIC in 2T/5T,DTMF MSK MIC out AF out MIC 1 X501 9.8304MHz BEATSHIFT TXD/RXD E2PROM CPU TXD/RXDCDCSS,CTCSSDTMF2T/5T IC401 PLL IC APC8RC W/NT/RIGNSBC 8TCBEEPMUTE RSSICH EncodePTTPSW IC105 8R D107 D107 SWQ405AFMute K301 Apco LCDLCD301 RESET IC602 IC803 TM600V 电路框图

Top of EUT Bottom of EUT Front of EUT Back of EUT Left of EUT Right of EUT

FCC ID Label FCC RF Warning Label

FCC ID Label Location FCC RF Warning Label

Internal view of EUT-1 Internal view of EUT-2 Internal of Front Panel-1 Internal of Front Panel-2 Internal of Radio-1 Internal of Radio-2

„ Circuit Description „ 1. Frequency Configuration The receiver utilizes double conversion superheterodyne. The first IF is 49.95MHz and the second is 450KHz. The first local oscillator signal is supplied by PLL circuit. The second local oscillator signal (50.4MHz) is generated from the frequency tripling of TCXO (16.8MHz). The PLL circuit also generates the frequencies needed in the transmitter (See Fig.2). Frequency Range: 450 MHz—500MHz „ 2. Receiver Circuit The receiver section configuration is shown as Fig. 1. Figure 1 Receiver Section Configuration 2.1 RF AMP BPF It consists of BPF (LC resonant circuit where D107, D108 and D109 are located) and RF amplifier (Q111). The range of bandpass frequency is from 450MHz to 500MHz. The signal is filtered by the RF Amp BPF to eliminate unwanted signals before going to the first mixer. 2.2 The First Mixer The signal from RF AMP BPF is mixed with the first local oscillator signal from PLL circuit in the mixer (Q112) to generate a 49.95MHz first IF signal. The first IF signal is then fed through crystal filter (XF200) to further remove spurious signals. 2.3 IF Amplifier The first IF signal is amplified by Q113 and then enters IC102 (TA31136FN), where the signal is mixed again with the second local oscillator signal (50.4MHz) to generate a 450KHz second IF signal. The second IF signal is then fed to a ceramic filter (N: CF202; W: CF203) to remove unwanted signal. The resulting signal then is detected by IC102 and output from Pin9 as an AF signal. 2.4 AF Amplifier The AF signal from IC102 is amplified and filted by IC402 before amplified by IC401 (the received signalling is inputted into CPU for decoding). The resulting signalling passes through Q405 (AF MUTE) and is amplified by IC405. The amplified signal is fed to K301 (volume control), Q511 (SP MUTE) before entering AF AMP (IC511). The outputted AF signal is then delivered to the speaker through control panel. 2.5 Squelch The AF signal from IC102 passes through IC102 Pin8 and is amplified by IC102 again, then is filted and rectified to produce an ASQ level. The ASQ level is comparaed in CPU (IC502) to genereate a level to control AF MUTE and SP MUTE. IC502 determines whether to output sounds from speaker by controlling Q405 and Q511. „ 3. Transmitter Circuit Transmitter circuit is composed of MIC circuit, modulation circuit, RFdirver, final power amplification circuit and APC circuit. Fig2 Transmitter Circuit 3.1 MIC Circuit and Modulation Circuit AF signal from MIC is amplified by IC405 before being pre-emphasized and encoded by IC401. The output AF signalling is added with signalling and then is fed to VCO for modulation. 3.2 RFDriver and Final Power Amplification Circuit The TX-RF signalling from Q703 in VCO circuit is amplified by Q101, driver Q110 and Q109, The amplified signal is then fed to IC101 (final PA) and passes through LPF before reaching the antenna terminal. 3.3 APC The APC is used to keep the power output at a constant preset value. D101 and D102 transform the signal from detector into DC voltage, which is then compared with the reference voltage from CPU in IC104 and outputted as DC control voltage. The DC control voltage controls the output power by controlling the grid of IC101. „ 4. PLL Circuit PLL circuit generates the first local oscillator signal for reception and the RF signal for transmission. PLL circuit consists of TX frequency oscillator (Q701), RX frequency oscillator (Q702), buffer amplifier (Q703), RF amplifier (Q102), PLL IC (IC801), LPF and TX/RX VCO control switch (Q704, Q706). In transmit mode, IC120 transmits the frequency data to PLL IC. Q704 is turned on to activate TX VCO. The outputted signal is amplified by Q703, Q102, and then divided by PLL IC into 2.5KHz, 5KHz or 6.25KHz signal. The divided signal is compared with 2.5KHz, 5KHz or 6.25KHz reference signal from 16.8MHz crystal oscillator (2.5 PPM frequency stability) in the phase comparator. The frequency control voltage outputted from the phase comparator is sent to TX VCO after passing through LPF (Q802, Q803). In the meantime, modulation signal (TX) is passed to TX VCO for frequency modulation. The working principle in receive mode is similar to that in transmit mode. Fig3 PLL Circuit „ 5. Control Circuit The control circuit is composed of CPU, reset IC and power supply control circuit. 5.1 CPU IC502 (CPU) operates at 9.8304MHz. CPU controls the data transmission between E2PROM (IC501), Rx circuit, Tx circuit, control circuit, display circuit and peripheral circuit. Fig4 Control Circuit 5.2 Power Supply Power supply of the radio is derived from the battery which supplies battery B+. D135 and D137 are over-voltage protection diodes. Power-on/off can be controlled by software. Fig 5 Power Switch Circuit Vout provides power supply for IC601, IC602 and IC803, which producess 8V, 5V, 3.3V voltage to the circuit. „ 6. Display Circuit Display circuit is comprised of CPU (IC502), LCD module, 8-digit LED, LED and other components. Radio features are programmable by PF1-PF4. Data is displayed on the 8-digit LED in alphanumeric form. Fig6. Display Circuit

Transmitter Measurement Adjustment Item Condition Test Instrument TerminalPart Method Specification /Remarks 4. TX Frequency Not enter adjustment item, but switch to 2CH Radio Communication Test Set ANT Adjust VR801 Adjust channel frequency Error<50Hz High Power: PO=23~25WW I≤8.0A Check High Power 5. TX Power Each CH corresponds to a specific TX freq; enter the item “0”, ‘1” in turn, to adjust High/Low power. Radio Communication Test Set Ammeter ANT Adjust software setting & VR101; press [P2] to save the setting and move to the next item. Low Power: PO=5±0.5W I≤5.0A Check Low Power Check the deviation of Hi/Mid/Low channel: 4.0±0.1KHz(W) Check the deviation of Hi/Mid/Low channel: 2.4±0.1KHz(W) 6. Max. Deviation 1. Each CH corresponds to a specific TX freq; enter the item “2” and adjust “0.” “1.” “2.” “3.” “4.” Radio Communication Test Set Filter: 0.05-15KHz AF1KHz 75mV ANT MIC Jack Adjust software setting; press [P2] to save the setting and move to the next item. Check the deviation of Hi/Mid/Low channel: 1. 9±0.1KHz (N) 7. Modulation Sensitivity Check deviation: 2.6KHz-3.4KHz (W) 2.2KHz-2.7KHz (M) 1.3KHz-1.7KHz (N) 8. Modulation Distortion 1. Each CH corresponds to a specific TX freq. Radio Communication Test Set Filter: 0.05-15KHz AF: 1KHz 7.5mV ANT MIC Jack 5% Check 9. CDCSS Balance Each CH corresponds to a specific TX freq; enter item “3” Radio Communication Test Set Filter LPF: 300Hz ANT Use “UP”, “DN” key to set CDCSS Check waveform 10. CTCSS Each CH corresponds Radio ANT Use “UP”, “DN” Adjust deviation to Deviation to a specific TX freq; enter item “4”, “5”, “6”; adjust 67Hz/151.4Hz/254.1Hz CTCSS Communication Test Set Filter LPF: 300Hz key to set CDCSS 0.75KHz±0.10KHz (W) 0.60KHz±0.10KHz (M) 0.37KHz±0.05KHz (N) 11. CDCSS Deviation Each CH corresponds to a specific TX freq; enter item “7" Radio Communication Test Set Filter LPF: 300Hz ANT Use “UP”, “DN” key to set CDCSS Adjust deviation to 0.75KHz±0.10KHz (W) 0.60KHz±0.10KHz (M) 0.37KHz±0.05KHz (N) 12.DTMF Deviation Each CH corresponds to a specific TX freq; enter item “8" Radio Communication Test Set Filter LPF: 3KHz ANT Use “UP”, “DN” key to set CDCSS 3.0KHz±0.1KHz (W) 2.4KHz±0.1KHz (M) 1.5KHz±0.1KHz (N) 13. MSK Each CH corresponds to a specific TX freq; enter item “9" Radio Communication Test Set Filter LPF: 3KHz ANT Use “UP”, “DN” key to set CDCSS 3.0KHz±0.1KHz (W) 2.4KHz±0.1KHz (M) 1.5KHz±0.1KHz (N) 14. Single tone (2-/5-tone) Each CH corresponds to a specific TX freq; enter item “A" Radio Communication Test Set Filter LPF: 3KHz ANT Use “UP”, “DN” key to set CDCSS Adjust deviation to 3.0KHz±0.10KHz (W) 2.4KHz±0.10KHz (M) 1.5KHz±0.1KHz (N) Receiver Measurement Adjustment Item Condition Test Instrument TerminalPart Method Specification /Remarks 15. RF bandpass filter Enter item “B”; Each CH corresponds to a specific TX freq. Scanner ANT . TP1 First manually adjust TC101, then the software setting Set the gain value to the max; the corresponding freq is on the rightmost of the bandpass wave. Press [P2] key to save. 16. Max. SINAD Frequency: RX Center; adjust to CH1(C); corresponds to a specific freq. Radio Communication Test Set SSG Output: -47dBm MOD: 1KHz DEV: ±3KHz(W) ±1.5KHz(N) Filter: 0.3-3.0KHz ANT SP Jack K301 Check Max. volume: 4.6V or above 1. CH: RX Center, manually adjust to CH 1(C). 2. CH: RX LO, manually adjust to CH 2 (L). 17. Sensitivity 3. CH: RX HI, manually adjust to CH3 (H). Radio Communication Test Set SSG Output: -116dBm MOD: 1KHz DEV: ±3KHz(W) ±2.4KHz(M) ±1.5KHz(N) Filter:0.3-3.0KHz ANT SP Jack Wide/narro w band switch (turn on the power while holding [P1] key to enter CH setting mode) [P2] key for CH adjustment Check SINAD: 12dB or above 19. SQ Open Enter in turn the item “C” (Level 9 on), “D” (Level 3 on); adjust CH to “0.”, “1.”, “2.”, “3.”, “4.” Radio Communication Test Set SSG Output: -119dBm (Level 3) ANT SP Jack Adjust software setting No need to adjust software setting at SQ Level 3/9; press [P2] twice to save. Continuously press[P2] key twice for CPU reading and writing; SQ SSG Output: -112dBm (Level 9) level Radio Communication Test Set SSG Output: -123dBm (Level 3) 20. SQ Close Enter in turn the item “C” (Level 9 off), “D” (Level 3 off); adjust CH to “0.”, “1.”, “2.”, “3.”, “4.” SSG Output: -115dBm (Level 9) No need to adjust software setting at SQ Level 3/9; press [P2] twice to save. Continuously press[P2] key twice fo r CPU reading and writing; SQ level 21. Distortion DIS≤5% 22. S/N 1. Channel: RX Center Radio Communication Test Set SSG Output: -60dBm ANT SP Jack Filter: 0.3-3.0KHz Check S/N≥47 (W) S/N≥42 (N) Note: The radio must be covered with aluminum chassis during the adjustment of sensitivity, Tx power, signalling waveform, frequency deviation, Rx Squelch. Connect an RF power meter to the antenna connector during transmission. Connect the SINAD meter with 16ohm load to the external [SP] Jack.

MPE TEST RESULT Equipment Under Test: Mobile Radio Model No.: TM-600U2 Date of Test(s): 2006-11-25 Standards: FCC 47CFR 2.1091(b) Tested by : Army The details of the testing results carried out on one sample, the results contained in this test report do not relate to other samples of the same product. The manufacturer should ensure that all products in series production are in conformity with the product sample detailed in this report. TABLE OF CONTENTS 1. Description................................................................ 3 2. Antenna Information..................................................... 3 3. Test site.................................................................... 3 4. Measurement System.....................................................3 5. Measurement Uncertainty................................................4 6. Method of measurement..................................................4 7. Test result................................................................... 6 8. Conclusion..................................................................9 1. Description HYT’S TM-600U2 mobile radio are Compatible, Conventional radio system operation. The operation and functions for the TM-600U2 Series radios are described in this manual. TM-600U2 has a compact size with a various features in range of 450 MHz ~ 500 MHz. TM-600U2 has a various features shown as below. - Wideband frequency separation, Programmable output power - Programmable 12.5 / 25 kHz channel spacing - Programmable On / Off hook function, Talk Around - Scanning, Priority Scanning - Look Back, Scan list editing - CTCSS / CDDCS (Conventional operation), Busy channel lockout - Time-out timer 2. Antenna Information Whip Antenna for vehicle : 450 ~ 500 MHz, 1/4 wave 3 dBi antenna gain 3. Test site Accurate Technology Co. Ltd. F1, Bldg, A, Changyuan New Meterial Port, Keyuan Rd. Science & Industry Park, Nanshan District, 518057, Shenzhen P.R. China. 4. Measurement System - Automobile: Hyundai Verna(2000) - E-Field Survey Meter & Probe - NARDA Model EMC 20 (100kHz~3GHz) Calibration due date: 2007-5-4 - Antennas - (1/4 wave 3 dBi) 5. Measurement Uncertainty The information below presents an estimate of the possible errors that are associated with the measurement system. Description Error NARDA Survey Meter: ± 4% Repeatability Accuracy: ± 7% 6. Method of measurement 6.1 MPE measurements made on trunk mounted antennas 6.1.1 External vehicle MPE measurement (Antenna mounted in trunk center) With the survey meter and probe, take ten (10) measurements, at the standard test distance of 60 cm to the antenna, from the back of the vehicle in a vertical line and then average the results. These measurements are taken and recorded at every twenty (20) centimeters over a range starting at twenty (20) centimeters above ground and ending at 2.0 meters. 6.1.2 Internal vehicle MPE measurement (Antenna mounted in trunk center) While rotating survey meter probe through 180 degrees to ensure that the highest level is found, scan the inside of the vehicle, both front and back seating areas, for the highest level in each location. After the highest level is found, scan vertically making two (2) additional measurements within an area approximately 40 cm wide (representing the width of a person) so as to have a total of three (3) measured points as indicated below that will be averaged. a) Head area b) Chest area c) Lower Trunk area 6.2 MPE measurements made on center roof mounted antennas 6.2.1 External vehicle MPE measurement With the survey meter and probe, take ten (10) measurements, at the standard test distance of 60 cm from the vehicle-mounted antenna, in a vertical line and then average the results. These measurements are taken and recorded at every twenty (20) centimeters over a range starting at twenty (20) centimeters above ground and ending at 2.0 meters; this would be representative of a person standing next to a vehicle during a mobile radio transmission. 6.2.2 Internal vehicle MPE measurement While rotating survey meter probe through 180 degrees to ensure that the highest level is found, scan the inside of the vehicle, both front and back seating areas, for the highest level in each location. After the highest level is found, scan vertically making two (2) additional measurements within an area approximately 40 cm wide (representing the width of a person) so as to have a total of three (3) measured points as indicated below that will be averaged. a) Head area b) Chest area c) Lower Trunk area 6.3 Presentation of Result Average Over Body = The average value of all the measurement points ( Expressed in Precentage of the controlled limits) Power Density= The maximum value of all the measure points / 2 ( The Duty Cycle of 50% was considered by deviding the maximum value by 2 and Expressed in mW/ cm^2) 7. Test result Measurement Information Measurement Freq.(MHz) 450 475 500 Raw Data Power(W) 23.014 23.334 23.120 Controlled Limit 1.50 1.58 1.67 Uncontrolled Limit 0.26 0.29 0.31 Cal. Factor 1 1 1 Antenna / gain(dBi) Whip / 3 Whip / 3 Whip / 3 External Vehicle Power Density (50% Duty)Average over body/2 Internal Vehicle Power Density(50% Duty) Average over (head/chest/leg)/2 External Vehicle MPE Assessment At 450 MHz Antenna Location Antenna / Gain Meas. Distance (cm) E/H Field Calibrati on Factor Average Over Body Power. Density (mW/cm^2) Trunk Whip/3 60 E 1 11.2 % of Controlled Limit 15% / 2 = 0.11 mW/cm^2 Measurement Grid Test Position Height % of controlled Limit Test Position Height (cm) % of controlled limit 1 20 9 6 120 11 2 40 9 7 140 12 3 60 9 8 160 11 4 80 12 9 180 13 5 100 15 10 200 14 External Vehicle MPE Assessment At 475 MHz Antenna Location Antenna / Gain Meas. Distance (cm) E/H Field Calibratio n Factor Average Over Body Power. Density (mW/cm^2) Trunk Whip/3 60 E 1 13.4 % of Controlled Limit 17 % / 2 = 0.13 mW/cm^2 Measurement Grid Test Position Height % of controlled Limit Test Position Height (cm) % of con…

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1 2 3 4 5 6 78 ABCD 8 7 6 5 4 3 2 1 D CBA Model Name:File No.: Rev: HYT Science & Technology Co. Ltd. Part Name:Prepare: Check: Approve: Page: of Date: T M 6 0 0 U R F 电路 L1033T C1032P->4p L10111T C1100.3P(B) C1052P->NC->2p C107NC C108470P C109 0.5P(B) D104MA4P1250 L1336T C1110.3P(B) C1120.5P(B)->2P(B) R102 47K->22K C113470P R101 47K->22K C114470P C115 470P C229470P C2280.01U R201120 0.5W L132 C223 470P C127 2p->0.75p L1108.2nH C234 47U/25V C144 470P R108330K C145 0.1u L113 560nH(PN:03265610) R104100K R11010K->0 TH102 15K-NC C1186p->470p C1201P->15p->5.6p R114 220-NC C2251000P R1138.2K-NC R1126.8K->10K R1113.3K->15K R195 5.6 R196 820 R194 820 R1924P->470 C2183P->6P R19118 L114560n(PN:03265610) L12810N R137 270 C2128P->4P R190 1K->47->2.7k R138 4.7K R1882.2K->1.2K L127 10N C211 470P R141100->470 C210 470P R18718 R18610K C1520.01u R13933 R181 1K->120 C209470P C214470P R185 3.3K->2.2K R193 22 0.5W D110 HVC350B D111 HVC350B->NC D108HVC350B D107 HVC350B C136 470p C1162P C135 1u->0.1U L105 3T D105 MA4P1250 R126 33->0 C117 1P L109220nH->22N C132470p R125 220->150->0 R148100K C14615p->4p R1401K R1320 C216 470P C1480.01u C215 470P C133 4P->NC->5.6p C217 470P C213 4P->68P->nc C208470P C139 3.6P->4.7P->nc C134 27P->15P->5.6p D1161SS355 C119 47P->3p->5p C124 27P->15p->5.6p C1213p->1p->1.5p C147470P C2390.01u C1372P->1P C138 27P->NC R1311M R180 100k R1301M C19410P L111 8.2nH C231 1P->3P->1p R1191M R1181M L1078.2nH L106 22nH->8.2nH L1302T C2302P->5P->nc C101 2P C1021P->2P->1p C1041P->NC->1p C1062P->nc L129601S R1091.5K C2270.01U L1023T C226 470P C2240.047u->0.01U C2350.1U C232470P L131 ANTENNA L12318N VR101 68K C1962P->nc C1956P->nc C19710P 发射电路 PIN VGG VDD POUT IC101RA30H4452M OSCI 1 OSCO MIXO VCC IFI DEC FILO FILI 8 AF 9 QUAD IFO RSSI NDET NREC E MIXI 16 IC102TA31136FN C1801000p C17882p R1501.8K C1760.1u R149100K C1750.1u C15333p R14447K R1451K C1540.1u C1790.1u SQL C181 6.8u/6.3v R154100k C171 220p C172470p R153 3.3K R156 470K C170 220p R15510K C174 0.1u R15710 C16410u/6.3V C163 0.01u C1670.1u C162NC C165 0.1u CF202450KHz-G R1634.7K R16122K R151 1.5K C1690.1u R16222K C17320p CF203450KHz-E R1524.7K->12K DET WCON Apc/Sen 123 4 +V 5 IC103TA75S01F R115100K R116100K C2411u/16V C2400.01u R147 220K->1M L116330N C1600.01U R146100 L117330N C159270P C1581000P C15768P L118330N C156 68P C15530P 16.8M C2381000P R117220 8T 5R D109HVC350B C128 2.4P->3p->5p C129 27P->15p->5.6p L1088.2nH R120 1M C198 2P C151 4p C149NC C150 9P->15p B+ D118 UDZ175.1B C222 0.1u 32 41 Q111 3SK318 R123100K->180k 32 41 Q112 3SK318 T101 TC102 6P C130 470p C131 470p R122 68K->100k R136100K R133100K R135100K R134100K C1430.01U R121 100K->180k C141470p R142100->470 Q1132SC4215(Y) Q106DTA114EE Q105 DTA114EE Q1072SC5108 D117MA3J742 3 1 4 2 5 6 XF20049.95MHZ TH10115K C2361000p R105100K->220K C1994p L12422N C2370.22u D112UDZ175.1B R143180 R18922 R15822K R160 4.7K R15922K Q108 DTC114EE-NC B B C C E E Q110 2SC3357 B B C C E E Q1092SC3357 D1031SS355 C221 1u/16V->0.1U/16V C122 470P->12P->8p C123 470P C125470P C126470p 8R C1680.1u CD2014530 C22012P->1000P C2194P->2P C140470P Temp NCON PCO T102 -+ +- 1 8 IC104TA75W01FU R103 47K R1060 R107 10K->100K RSSI Q1142SC2412K D119UDZ4.7(B) R197100 R19810K R19947K C2420.01U R2001K R202 47K D113DAN222 D114DAN222 112nH TP103 C2430.01u L13410U PN:3920450300000 L104 15N->NC C100 1P->2P->nc C244470P L135601S C2452P->1P->8p C246 27P->15P->5.6p L1368.2nH C249470P L137601S R12722 C2474.7u/6.3v L13818N R1281M C248 470P D120HVC350B C192470p C250 2.2u/10v 2 2 1 1 3 3 D102MA3J742 2 2 1 1 3 3 D101MA3J742 TC101 6P R12933->27 R204+2.7K L13939nH+ TX TXSW Lo D106MA4P1250 5R 8C TM-600U(2) 1 1 06.7.31 00 TM-600U(2) RF 电路 1 2 3 4 5 6 78 ABCD 8 7 6 5 4 3 2 1 D CBA Model Name:File No.: Rev: HYT Science & Technology Co. Ltd. Part Name:Prepare: Check: Approve: Page: of Date: C818470p R8224.7K C817470p C81910u/16v Q8012SC5343E D803 MA2S111 Evco 5C C804 4.7u/6.3 R80310->22 R802 1K R801100K L801601S C820470p C8030.1u C8010.1u R80822 CTC_PLL L8020.56u C8101000p C808 1000p C8071000p C821470p T802 C822470p C8051000p R806100K MB 1 VC 4 Ognd 2 Xout 3 IC802 16.8M C8114.7u/6.3v C8091000p R825 1K R826 1K R823 1KR824 1K C806 1000p R8191.5k C8160.1U/35V R818 1.2K C815 3.3u/16V R817 1K C8140.047u/35V R8161K Q803 2SC4738(GR) Q802 2SA1832(GR) R8090 C812470P R810 10K R81122K R81410K R81322K C8133P R8120 R82110K->0 R807180K R820100K 16.8M C802470p T801 B E C 2SA1832 2SC4738 D802HZU5ALL D801MA2S111 P L L 电路 R8150 8C L803601S R80410K R805 1.5K->2.2K VR80168K RF CV UL PLL_CKPLL_DT PLL_LE XIN 1 XOUT 2 Vp 3 Vcc 4 Do 5 GND 6 LD 7 FIN 8 CLOCK 9 NC 13 DATA 10 LE 11 FC 12 FOUT 14 P 15 R 16 IC801 MB15A02 TP803 C825 4.7u/6.3v R827120K R82833K R82922K R83015K C8230.018u C8240.015u C82610p C82710p C8284.7U/16V Vin 2 GND 1 Vout 3 IC803XC62FP3302P L804601S C8301000p C8290.1U L805601S TM-600U(2) TM-600U(2) PLL 电路 11 06.7.31 00 1 2 3 4 5 6 78 ABCD 8 7 6 5 4 3 2 1 D CBA Model Name:File No.: Rev: HYT Science & Technology Co. Ltd. Part Name:Prepare: Check: Approve: Page: of Date: A F P r 电路 AGNDIN 1 AGNDTXINTXINOLIMLVEXTLIMINMODVSSTCLKTDATADI/ORDF/FD 12 SCLK 13 DIR XOUT XIN VDD EXPOUT RXAFIN RXAF RXLPFO RXINO RXIN TEST 24 IC401AK2346 C41533p R42310k R422 330k C4162200p C4181u C417 1u C423 33p R426 10k R427100k R42810k R430 56k R4311M->390k R42956k R459180k R461180k C4220.47u C421560p C426 0.027u C425150p X402 3.6864MHz C42722p C428 22p -+ +- 1 8 IC403 TC75W51FU C4141uF -+ +- 1 8 IC404 TA75W558FU C4540.012u R460180k C4552200p C4530.068u D401MA742 C4520.068UF R463390k R46282k C451180p C456 0.01u C457 4.7u/6.3v R465 15k R46410k R45822k C4300.1u C42915u/6.3v C4491uF R45668k R40547k C4024700p C4010.01u C4100.015u C4090.018u R409 22k R411390k->82K R4014.7k R40210k R4761k R4731M R4748.2k R472 10k R475 150k C4644.7u/6.3v C4650.01u R478150kR47710k R47010k C4621000p R47112k R4694.7k C460 2700p C4630.1u C4610.01u R466 22k C4310.1u R467 100k R468100k R403 10k C4030.1u R432 33k R42127k R420 51k CTC_OUT R40815k C4581000p C404 0->NC R4480 R40415k C4200.47u R4250 R42410k R41818k R41622k->…

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LONGWAY(SHENZHEN) CERTIFICATION SERVICE CO., LTD. REPORT NO: LW-SZ06110063 FCC ID: R74TM-600U2 IC: 5465A-TM600U2 DATE: 11/30/2006 Page 1 of 46 Rev. 00 ELECTROMAGNETIC EMISSIONS COMPLIANCE REPORT INTENTIONAL RADIATOR CERTIFICATION TO FCC PART 90 & RSS-119 REQUIREMENTS OF Mobile Radio MODEL No.: TM-600U2 BRAND NAME: HYT FOR FCC ID: R74TM-600U2 IC: 5465A-TM600U2 REPORT NO:LW-SZ06110063 ISSUE DATE: November 30, 2006 Prepared for SHEN…

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