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CLM920 TD3 LTE Module Hardware Usage Guide

Shanghai Yuge Information Technology co., LTD

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Table 3-9 USB interface pin definition................................................................................ - 34 -
Table 3-10 UART serial port signal definition..................................................................... - 36 -
Table 3-11 Debugging serial port pin definitions.................................................................- 38 -
Table 3-12 SIM card signal definition..................................................................................- 39 -
Table 3-13 SIM card hot swap detection pin definition....................................................... - 41 -
Table 3-14 General GPIO Pin Definitions............................................................................- 41 -
Table 3-15 Network indicator pin definition........................................................................- 43 -
Table 3-16 Network indication status...................................................................................- 43 -
Table 3-17 Module Status Pin Definitions........................................................................... - 43 -
Table 3-18 PCM pin definition.............................................................................................- 44 -
Table 3-19 PCM specific parameters................................................................................... - 44 -
Table 3-20 I2C pin definition............................................................................................... - 45 -
Table 3-21 SD card pin definition........................................................................................ - 46 -
Table 3-22 SPI Pin Definitions.............................................................................................- 51 -
Table 3-23 I2S pin definition................................................................................................- 51 -
Table 3-24 MCLK Pin Definitions.......................................................................................- 52 -
Table 3-25 WLAN pin definitions........................................................................................- 53 -
Table 3-26 SGMII interface pin definition...........................................................................- 55 -
Table 3-27 ADC Pin Definitions.......................................................................................... - 56 -
Table 3-28 Antenna interface pin definition.........................................................................- 57 -
Table 3-29 Main parameters of the RF connector................................................................- 62 -
Table 4-1 Main parameters of GNSS................................................................................... - 63 -
Table 4-2 RF frequency table............................................................................................... - 64 -
Table 4-3 Test instruments....................................................................................................- 65 -
Table 4-4 2G3G RF indicators............................................................................................. - 65 -
Table 4-5 4G RF sensitivity indicators.................................................................................- 65 -
Table 4-6 4G RF transmit power indicators......................................................................... - 66 -
Table 4-7 Main set antenna indicator requirements............................................................. - 67 -
Table 4-8 GNSS antenna specifications............................................................................... - 68 -
Table 4-9 Sleep and idle power consumption of the three major operators (GNSS off)......- 68 -
Table 4-10 Call Power Consumption (GNSS Off)............................................................... - 69 -
Table 4-11 GPRS data transmission power consumption (GNSS off).................................- 69 -
Table 4-12 EDGE Data Transmission Power Consumption (GNSS Off)............................ - 69 -
Table 4-13 HSDPA data transmission power consumption (GNSS off).............................. - 69 -

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Содержание CLM920 TD3

Страница 1: ...e CLM920 TD3 LTE Module Hardware Usage Guide Number of Pages 79 Produce Version V1 0 Date 2019 5 6 CLM920 TD3 LTE Module Hardware Usage Guide V1 0 Shanghai Yuge Information Technology co LTD All right...

Страница 2: ...CLM920 TD3 LTE Module Hardware Usage Guide Shanghai Yuge Information Technology co LTD 2 Update records Version Date Author Description V1 0 20190506 David Initial...

Страница 3: ...esign 28 3 3 2 Power reference circuit 29 3 3 3 VDD_SDIO 1 8V 2 85V Voltage output 31 3 3 4 VDD_EXT 1V8 Voltage output 31 3 4 Switching machine reset mode 31 3 4 1 Boot 31 3 4 2 Boot timing 32 3 4 3 P...

Страница 4: ...apter overview 63 4 2 GNSS reception performance 63 4 3 Working frequency 64 4 4 Conducted radio frequency measurement 65 4 4 1 Test environment 65 4 4 2 Test Standard 65 4 5 Conducted receiving sensi...

Страница 5: ...gure 3 5 DC switching power supply reference circuit 30 Figure 3 6 PMOS tube control power switch reference circuit 30 Figure 3 7 Startup timing diagram 32 Figure 3 8 Power on reference circuit 33 Fig...

Страница 6: ...ostrip line 60 Figure 3 33 The complete structure of the multilayer PCB strip line 60 Figure 3 34 Reference ground is the third layer PCB microstrip transmission line structure 61 Figure 3 35 RF conne...

Страница 7: ...n definition 51 Table 3 24 MCLK Pin Definitions 52 Table 3 25 WLAN pin definitions 53 Table 3 26 SGMII interface pin definition 55 Table 3 27 ADC Pin Definitions 56 Table 3 28 Antenna interface pin de...

Страница 8: ...Table 5 3 Working voltage of CLM920 TD3 module 72 Table 5 4 CLM920 TD3 ESD Features 73 Table 5 5 CLM920 TD3 reliability test 73 Table 7 1 Reflow process parameter table 79 Table 8 1 Abbreviations 80 T...

Страница 9: ...less solution product CLM920 TD3 module It is intended to describe the hardware components and functional characteristics of the module solution application interface definition and usage instructions...

Страница 10: ...0Mbps 150Mbps and fully supports VOLTE and SRLTE and supports embedded operating systems such as Windows7 Windows8 Windows10 Android Linux The CLM920 TD3 module can be used in the following applicatio...

Страница 11: ...iDou Compass The module does not support diversity GPS and voice functions by default The GNSS function is optional The diversity function is optional Voice function digital voice The CLM920 TD3 suppo...

Страница 12: ...dows Vista Windows 7 Windows 10 Windows CE 5 0 6 0 7 0 Linux 2 6 or higher Android 2 3 4 0 4 2 4 4 5 0 6 0 7 1 etc Hardware reset interface Used to reset the module low effective UART serial interface...

Страница 13: ...ht mode control Transmit power LTE Class 3 23dBm 2dB UMTS Class 3 24dBm 1 3dB GSM GPRS Class 4 33dBm 2dB GSM850 GSM900 Class 1 30dBm 2dB DCS1800 PCS1900 Data service GSM EDGE GPRS DL 85 6kbps UL 85 6k...

Страница 14: ...40 C to 85 C Storage temperature 40 C to 85 C Humidity RH5 RH95 Module function distinction On the label paper M stands for the main set D takes the table diversity and G stands for GPS When the tempe...

Страница 15: ...Module Hardware Usage Guide Shanghai Yuge Information Technology co LTD 15 The functional block diagram of the CLM920 TD3 LCC module is shown below Figure 2 1 Functional block diagram of the CLM920 T...

Страница 16: ...inly describes the interface definition and application of this module Contains the following sections 144 pin pin definition map Interface definition Power interface USB interface USIM interface UART...

Страница 17: ...1 144 pin LCC interface Figure 3 1 LCC module interface definition 3 2 2 Interface definition The CLM920_TD3 module interface is an LCC interface module The module interface is defined as shown in th...

Страница 18: ...RESERVED 24 PCM_IN 25 PCM_OUT 26 PCM_SYNC 27 PCM_CLK 28 SDC2_DATA3 29 SDC2_DATA2 30 SDC2_DATA1 31 SDC2_DATA0 32 SDC2_CLK 33 SDC2_CMD 34 VDD_SDIO 35 ANT_DIV 36 GND 37 SPI_CS_N I2S_D1 38 SPI_MOSI I2S_W...

Страница 19: ...D 87 GND 88 GND 89 GND 90 GND 91 GND 92 GND 93 GND 94 GND 95 GND 96 GND 97 GND 98 GND 99 GND 100 GND 101 GND 102 GND 103 GND 104 GND 105 GND 106 GND 107 GND 108 GND 109 GND 110 GND 111 GND 112 GND 113...

Страница 20: ...Two way input and output PI power input PO Power Output AI Analog input AO Analog output DI Digital input DO Digital output OD Leaky open circuit Table 3 3 Pin description Power supply Pin Pin definit...

Страница 21: ...sitive signal 90 differential impedance 70 USB_D IO USB bus differential negative signal 90 differential impedance UART interface main serial port Pin Pin definition IO Functional description Remarks...

Страница 22: ...8V or 3V USIM card 15 USIM_DATA IO USIM card data 16 USIM_CLK DO USIM card clock 17 USIM_RST DO USIM card reset GPIO pin Pin Pin definition IO Functional description Remarks 1 WAKEUP_IN DI Sleep mode...

Страница 23: ...lease keep it floating when not in use 27 PCM_CLK IO PCM clock pulse please keep it floating when not in use SPI interface Pin Pin definition IO Functional description Remarks 37 SPI_CS_N DO SPI chip...

Страница 24: ...tic impedance please keep it floating when not in use 49 ANT_MAIN IO Main antenna 50 characteristic impedance WLAN interface Pin Pin definition IO Functional description Remarks 127 PM_ENABLE DO Power...

Страница 25: ...A IO SGMII MDIO data 1 8V 2 85 voltage domain 122 SGMII_MCLK DO SGMII MDIO clock 1 8V 2 85 voltage domain 128 USIM2_VDD PO SGMII_MDATA pull up power supply 1 8V 2 85 voltage domain 123 SGMII_TX_M AO S...

Страница 26: ...1 default Mode 2 GPIO Mo de 3 Functional description Whether openLinux can be opened 1 WAKEUP_IN WAKEUP_IN GPIO_25 NO 2 AP_READY AP_READY GPIO_10 NO 3 GPIO_1 GPIO_1 GPIO_42 NO 4 W_DISABLE W_DISABLE GP...

Страница 27: ...SDC2_CLK SDC2_CLK 33 SDC2_CMD SDC2_CMD 34 VDD_SDIO VDD_SDIO 37 SPI_CS_N SPI_CS_N GPIO_22 SPI NO 38 SPI_MOSI SPI_MOSI GPIO_20 NO 39 SPI_MISO SPI_MISO GPIO_21 NO 40 SPI_CLK SPI_CLK GPIO_23 NO 41 I2C_SCL...

Страница 28: ..._PWR PO SIM power supply 0 1 8V 2 85V 1 98 3 3V 7 VDD_EXT PO Output power 1 8V 34 VDD_SDIO PO Output power 1 8V 2 85V 8 9 10 19 22 36 46 4 8 50 51 52 53 54 56 72 85 112 GND Ground 0 The CLM920 TD3 mod...

Страница 29: ...ufficient two 470uF 6 3V tantalum capacitors can be connected in parallel with the power input and then 10pF 33pF 0 1uF 1uF ceramic capacitors can be connected Figure 3 3 VBAT power supply 3 3 2 Power...

Страница 30: ...vervoltages it is recommended to connect a 5 1V 500mW Zener diode to the VBAT pin of the module It is recommended to add 3 ceramic capacitors 33pF 10pF 100nF to the VBAT pin and place them near the VB...

Страница 31: ...judge whether the module is powered on VDD_EXT can also be used as an external power supply such as a level shifting chip 3 4 Switching machine reset mode 3 4 1 Boot The 21 pin of the CLM920 TD3 modu...

Страница 32: ...atus 22 ms Ton usb Boot time according to usb status 10 s Ton uart Boot time according to uart status 6 s VIH PWRKEY input high level 0 6 0 8 1 8 V VIL PWRKEY input low level 0 3 0 0 5 V It is recomme...

Страница 33: ...0 signal of the CLM920 TD3 module is the RESET reset pin When the application detects a module error and the software does not respond the module can be reset The module can be reset by pulling the pi...

Страница 34: ...M920 TD3 module supports AT command reset and the AT command is at cfun 1 1 to restart the module Detailed instructions for viewing the CLM920 TD3 AT instruction set manual 3 5 USB interface The USB i...

Страница 35: ...n of the data lines differential traces and control impedance of 90 In order to improve the antistatic performance of the USB interface it is recommended to add an ESD protection device on the data li...

Страница 36: ...baud rate the default is 115200bps The UART interface is defined as follows Table 3 10 UART serial port signal definition Pin Signal name I O Description parameter Level value V Rem arks Min Typical...

Страница 37: ...n refer to the following serial port design Figure 3 13 UART serial port design The serial port of the module is TTL 1 8V level If the serial port needs to be connected to the MCU of 3 3V level it is...

Страница 38: ...n VIH 1 2 1 8 2 VIL 0 3 0 6 12 DBG_TXD DO UART data transmission VOH 1 35 1 8 2 VOL 0 0 45 3 6 3 RI and DTR interface The CLM920 TD3 module supports the serial sleep wake up function and the RI pin ca...

Страница 39: ...3 12 SIM card signal definition Pin Signal name I O Descripti on Para meter Level value V Remarks Min Typical Max 13 USIM_ DET DI USIM card detection VIH 1 6 1 8 2 This pin signal is internally pulle...

Страница 40: ...circuit is susceptible to radio frequency interference and does not recognize or drop the card Therefore the card slot should be placed as far as possible from the RF radiation of the antenna The car...

Страница 41: ...ertion UIM_DET is high 2 AT HOSCFG 1 0 low SIM card insertion UIM_DET is low Figure 3 17 Hot swap detection of the USIM card It is recommended to add a diode protection next to the UIM_DET pin of the...

Страница 42: ...When the WAKEUP_IN signal is pulled low the host can wake up the module AP_READY this feature is under development The AP_READY pin can be used by the module to detect if the host is woken up and can...

Страница 43: ...gn is as follows Figure 3 18 Network indicator circuit diagram The brightness of the network indicator can be adjusted by adjusting the current limiting resistor R The current can be adjusted up to 40...

Страница 44: ...CM_SYNC of 8kHZ and PCM_CLK of 2048kHZ Table 3 18 PCM pin definition Pin Signal name I O Description Para meter Level value V Rem arks Min Typical Max 24 PCM_IN DI PCM data input VIH 1 2 1 8 2 VIL 0 3...

Страница 45: ...ming diagram PCM to analog voice recommendation circuit is as follows Figure 3 21 PCM to analog voice map 3 12 I2C bus CLM920 TD3 module provides a set of hardware bidirectional serial bus I2C interfa...

Страница 46: ...as follows Figure 3 22 I2C interface reference circuit diagram 3 13 SDIO interface CLM920 TD3 module provides one 4 bit SD MMC interface supports 1 8V 2 95V two voltage SD cards clock frequency up to...

Страница 47: ...x 0 3 2 95V voltage domain VIL 0 3 0 25 VDD_Px 2 95V voltage domain 29 SDC2_ D2 IO SDIO bus DATA2 VOH 1 35 1 8 2 2 95V voltage domain VOL 0 0 45 1 8V voltage domain VIH 1 27 1 8 2 1 8V voltage domain...

Страница 48: ...tage domain VIL 0 3 0 25 VDD_Px 2 95V voltage domain 31 SDC2_ D0 IO SDIO bus DATA0 VOH 1 35 1 8 2 1 8V voltage domain VOL 0 0 45 1 8V voltage domain VIH 1 27 1 8 2 1 8V voltage domain VIL 0 3 0 6 1 8V...

Страница 49: ...n VIH 1 27 1 8 2 1 8V voltage domain VIL 0 3 0 6 1 8V voltage domain VOH 0 75 VDD_Px 2 95 VDD_Px 2 95V voltage domain VOL 0 0 125 VDD_Px 2 95V voltage domain VIH 0 625 VDD_Px 2 95 VDD_Px 0 3 2 95V vol...

Страница 50: ...Z and the trace is preferably controlled by 50 ohm impedance The length of the signal line should be less than 25mm The spacing of the signal lines should be 2 times the line width and cover the groun...

Страница 51: ...data output VOH 1 35 1 8 2 Reuse I2S_WS VOL 0 0 45 39 SPI_MISO DI SPIO data input VIH 1 2 1 8 2 Multiplexing I2S_D0 VIL 0 3 0 6 40 SPI_CLK DO SPI clock VOH 1 35 1 8 2 Multiplexing I2S_CLK VOL 0 0 45...

Страница 52: ...gure 3 24 I2S to analog voice map 3 15 MCLK interface The CLM920 TD3 module provides one MCLK and provides a 12 288M clock output This interface is mainly used to connect the MCLK of the CODEC chip Th...

Страница 53: ...C1_CLK WLAN clock DO Keep empty when not in use 134 SDC1_CMD WLAN command IO Keep empty when not in use 136 WLAN_EN WLAN enable DO Keep empty when not in use 118 WLAN_SLP_CLK WLAN sleep clock DO Keep...

Страница 54: ...h as RF analog signals and noise signals such as clocks and DCDCs The SDC1_CLK signal line needs to be placed close to the module to place 15 24 termination matching resistor the SDC1_CLK pin to resis...

Страница 55: ...omain 120 EPH_INT_N Ethernet PHY interrupt DI 1 8 voltage domain 121 SGMII_MDATA SGMII MDIO data IO 1 8V 2 85 voltage domain 122 SGMII_MCLK SGMII MDIO clock DO 1 8V 2 85 voltage domain 128 USIM2_VDD S...

Страница 56: ...et PHY chip AR8033 reference design as shown below Figure 3 27 SGMII interface and Ethernet PHY core AR8033 reference design 3 18 ADC interface The CLM920 TD3 provides two analog to digital converter...

Страница 57: ...gnal can be enhanced by adding a diversity antenna and a GNSS antenna interface is used for GPS Beidou GLONASS and GALILEO signal reception and can provide a positioning solution for the user Three wa...

Страница 58: ...ails please refer to the CLM920 TD3 AT command set manual In order to facilitate the debugging of the antenna it is necessary to add a type matching circuit to the main board and take a 50 ohm impedan...

Страница 59: ...d routing the antenna factory debugs and optimizes the matching device parameter values The motherboard C1 C2 C3 C4 C5 C6 defaults to 100pF L1 L2 L3 L4 L5 L6 defaults to empty In order to prevent stat...

Страница 60: ...led at 50 The impedance of the RF signal line is determined by the dielectric constant of the material the trace width W the ground clearance S and the height of the reference ground plane H Please us...

Страница 61: ...er PCB microstrip transmission line structure 3 19 5 RF connector size If the RF connector is used the antenna connector must use a coaxial connector with a 50 ohm characteristic impedance Hirose s UF...

Страница 62: ...ogy co LTD 62 Figure 3 36 Antenna connector matching plug diagram Table 3 29 Main parameters of the RF connector Rated condition Environmental conditions Frequency Range DC to 6GHZ 40 C to 85 C Charac...

Страница 63: ...arameters of GNSS Parameter Description Min Typical Max unit GPS L1 frequency Center frequency 1575MHz 1574 4 1576 4 MHz GLONASS frequency Center frequency 1601 7MHz 1597 5 1605 9 MHz BeiDou frequency...

Страница 64: ...z FDD LTE B12 699MHz 716MHz 729MHz 746MHz FDD LTE B13 777MHz 787MHz 746MHz 756MHz FDD LTE B17 704MHz 716MHz 734MHz 746MHz FDD LTE B25 1850MHz 1915MHz 1930MHz 1995MHz FDD LTE B26 814MHz 849MHz 859MHz 8...

Страница 65: ...G receiving sensitivity and transmit power test indicators are as follows Table 4 4 2G3G RF indicators Mode Uplink Download Power Receiving sensitivity GSM 850 824MHz 849MHz 869MHz 894MHz 33 2dBm 108d...

Страница 66: ...7 LTE B25 FDD QPSK pass 95 93 5 10MHz 97 96 LTE B26 FDD QPSK pass 95 94 5 10MHz 98 97 LTE B28 FDD QPSK pass 95 95 5 10MHz 99 98 LTE B66 FDD QPSK pass 95 96 5 10MHz 96 95 LTE B40 TDD QPSK pass 95 97 10...

Страница 67: ...GSM1800 2 5 1 4dbi 40 26 102 B1 FDD 2 5 1 4dbi 40 19 94 B2 FDD 2 5 1 4dbi 40 19 92 B3 FDD 2 5 1 4dbi 40 19 91 B4 FDD 2 5 1 4dbi 40 19 94 B5 FDD 2 5 1 4dbi 40 19 94 B7 FDD 2 5 1 4dbi 40 19 92 B8 FDD 2...

Страница 68: ...Bi 20DB 4 7 Power consumption characteristics Table 4 9 Sleep and idle power consumption of the three major operators GNSS off Operator System condition mode Current consumption mA CMCC GSM GPS off no...

Страница 69: ...ower level Current consumption mA EGSM900 1 receive 4 send 5 280 DCS1800 1 receive 4 send 0 190 EGSM900 1 receive 4 send 5 480 DCS1800 1 receive 4 send 0 460 Table 4 12 EDGE Data Transmission Power Co...

Страница 70: ...s 610 20Mbps 650 LTE FDD B2 5Mbps 560 10Mbps 580 20Mbps 600 LTE FDD B3 5Mbps 570 10Mbps 590 20Mbps 660 LTE FDD B5 5Mbps 540 10Mbps 560 LTE FDD B7 5Mbps 585 10Mbps 620 20Mbps 680 LTE FDD B8 5Mbps 560 1...

Страница 71: ...CLM920 TD3 LTE Module Hardware Usage Guide Shanghai Yuge Information Technology co LTD 71 20Mbps 650 LTE TDD B40 5Mbps 330 10Mbps 335 20Mbps 370 LTE TDD B41 5Mbps 320 10Mbps 329 20Mbps 360...

Страница 72: ...xtreme working temperature 40 C 85 C Storage temperature 40 C 85 C 5 3 Module IO level CLM920 TD3 module IO level is as follows Table 5 2 Electrical Characteristics of CLM920 TD3 Module Parameter Para...

Страница 73: ...clamp voltage VCL Clamping Voltage is less than 12V and the peak power PPP Peak Pulse Power is not less than 100W The PCB layout of the protective device should be as close as possible to the V line...

Страница 74: ...hock High temperature 85 C Low temperature 40 C Temperature change time 30s Working mode no packaging no Power on do not boot Test duration 100 Cycles 15min 15min cycle JESD22 A106 B Visual inspection...

Страница 75: ...nical properties 6 1 Chapter overview Exterior Module mechanical size 6 2 Exterior The CLM920 TD3 module is a PCBA with a single sided layout The appearance of the module is as follows Figure 6 1 Appe...

Страница 76: ...CLM920 TD3 LTE Module Hardware Usage Guide Shanghai Yuge Information Technology co LTD 76 The figure below shows the bottom view size of the module Figure 6 3 Bottom view of the module unit mm...

Страница 77: ...CLM920 TD3 LTE Module Hardware Usage Guide Shanghai Yuge Information Technology co LTD 77 Module recommended package Figure 6 4 Recommended module package unit mm...

Страница 78: ...0 the factory can complete the patch within 72 hours and the module can directly perform reflow soldering or other high temperature process If the module is in other conditions it needs to be baked be...

Страница 79: ...e curve is shown below Figure 7 1 Reflow soldering temperature graph Table 7 1 Reflow process parameter table Warm zone Time Key parameter Preheating zone 40 165 Heating rate 1 s 3 s Temperature zone...

Страница 80: ...ror Rate CCC China Compulsory Certification CDMA Code Division Multiple Access CE European Conformity CSD Circuit Switched Data CTS Clear to Send DC Direct Current DTR Data Terminal Ready DL Down Link...

Страница 81: ...Radio Frequency RoHS Restriction of the Use of Certain Hazardous Substances SMS Short Message Service TIS Total Isotropic Sensitivity TVS Transient Voltage Suppressor TX Transmitting Direction UART Un...

Страница 82: ...GMSK CS 4 21 4kb s time slot 85 6kb s GMSK Table 8 4 Maximum EDGE Rate GPRS coding scheme Max data rata 4 slots Modulation type MCS 1 8 8kb s time slot 35 2kb s GMSK MCS 2 11 2kb s time slot 44 8kb s...

Страница 83: ...AM QPSK Category 11 0 9Mbps QPSK Category 12 1 8Mbps QPSK Category 13 17 6Mbps 64QAM Category 14 21 1Mbps 64QAM Category 15 23 4Mbps 16QAM Category 16 28Mbps 16QAM Category 17 23 4Mbps 64QAM Category...

Страница 84: ...reless devices is prohibited or the use of the device causes interference and security of the electronic device turn off the wireless device Because the terminal will send and receive RF signals when...

Страница 85: ...the airline s regulations and regulations regarding the use of wireless equipment Before taking off turn off the wireless device to prevent wireless signals from interfering with aircraft control sign...

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