Tescom TC-3000C User Manual Download Page 7

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4.3.1 Output Power

4.3.2 Carr freq Mod char (preamble)

4.4

Use of Measurement

PART 3.

Programming Guide

5.1

Basic Guide to RS-232C Commands

5.1.1 RS-232C Connection Method

5.1.2 RS-232C Setup Method

5.1.3 RS-232C Connection Status Checking Method

5.1.4 Notes on RS-232C Commands

5.2

Low Energy Command List

5.2.1 Configuration Command

5.2.2 Output Power(OP) Command

5.2.3 In-band Emissions(IBE) Command

5.2.4 In-band Emissions(IBE_2M) at 2Ms/s Command

5.2.5 Modulation Characteristics(MOD) Command

5.2.5.1 Modulation Characteristics(MOD) Command

5.2.5.2 Stable Modulation Characteristics, uncoded data at 1Ms/s (MOD_SMI) Command

5.2.5.3 Modulation Characteristics at 2Ms/s (MOD_2M) Command

5.2.5.4 Stable Modulation Characteristics at 2Ms/s (MOD_2M_SMI) Command

5.2.5.5 Modulation Characteristics, LE Coded (S=8) (MOD_CS8) Command

5.2.6 Carrier Firquency Offset and Drift(CFOD) Command

5.2.6.1 Carrier frequency offset and drift, uncoded data at 1 Ms/s (CFOM) Command

5.2.6.2 Carrier frequency offset and drift, LE Coded (S=8) (CFOD_CS8) Command

5.2.7 Sensitivity(SENS) Command

5.2.7.1 Receiver sensitivity, uncoded data at 1 Ms/s (SENS)

5.2.7.2 Receiver sensitivity, at 2 Ms/s (SENS_2M)

5.2.7.3 Receiver sensitivity, uncoded data at 1Ms/s, Stable Modulation Index (SENS_UC_SMI)

5.2.7.4 Receiver sensitivity at 2Ms/s, Stable Modulation Index (SENS_2M_SMI)

5.2.7.5 Receiver sensitivity, LE Coded (S=2) (SENS_CS2)

5.2.7.6 Receiver sensitivity, LE Coded (S=8) (SENS_CS8)

5.2.7.7 Receiver sensitivity, LE Coded (S=2), Stable Modulation Index (SENS_CS2_SMI)

5.2.7.8 Receiver sensitivity, LE Coded (S=8), Stable Modulation Index (SENS_CS8_SMI)

5.2.8 Maximum Input Signal Level(MISL) Command

5.2.8.1 Maximum input signal level, uncoded data at 1Ms/s (MISL)

5.2.8.2 Maximum input signal level at 2Ms/s (MISL_2M)

5.2.8.3 Maximum input signal level, uncoded data at 1Ms/s, Stable Modulation Index (MISL_UC_SMI)

5.2.8.4 Maximum input signal level at 2Ms/s, Stable Modulation Index (MISL_2M_SMI)

5.2.9 PER Report Integrity(PRI) Command

5.2.9.1 PER Report Integrity, uncoded data at 1 Ms/s(PRI) Command

5.2.9.2 PER Report Integrity at 2Ms/s (PRI_2M) Command

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Summary of Contents for TC-3000C

Page 1: ...TC 3000C BLE Manual Low Energy User Manual...

Page 2: ......

Page 3: ...TC 3000C BLE Manual Low Energy User Manual...

Page 4: ......

Page 5: ...tics 2 3 1 3 1 Modulation characteristics uncoded data at 1 Ms s TP TRM LE CA BV 05 C 2 3 1 3 2 Stable Modulation characteristics uncoded data at 1Ms s TP TRM LE CA BV 09 C 2 3 1 3 3 Modulation charac...

Page 6: ...C 3 3 1 3 3 Modulation characteristics at 2Ms s TP TRM LE CA BV 10 C 3 3 1 3 4 Stable Modulation characteristics at 2Ms s TP TRM LE CA BV 11 C 3 3 1 3 5 Modulation Characteristics LE Coded S 8 TP TRM...

Page 7: ...rift LE Coded S 8 CFOD_CS8 Command 5 2 7 Sensitivity SENS Command 5 2 7 1 Receiver sensitivity uncoded data at 1 Ms s SENS 5 2 7 2 Receiver sensitivity at 2 Ms s SENS_2M 5 2 7 3 Receiver sensitivity u...

Page 8: ...9 5 PER Report Integrity LE Coded S 2 PRI_CS2 Command 5 2 9 6 PER Report Integrity LE Coded S 8 PRI_CS8 Command 5 2 9 7 PER Report Integrity LE Coded S 2 Stable Modulation Index PRI_CS2_SMI Command 5...

Page 9: ...PART 1 Bluetooth Low Energy Introduction 1...

Page 10: ......

Page 11: ...makes devices to be developed with low cost Also Bluetooth Low Energy BLE is designed to be operated with existing Bluetooth devices It is operated on 40 channels which constitutes with interval of 2...

Page 12: ...Physical Layer under BLE Protocol Stack as shown in the image below Channels in the Physical Layer means RF Channels as shown in the image below And Channels in the Link Layer means LL Channels as sho...

Page 13: ...harge by updating firmware As BLE data packet length has been expended from 37 bytes to 255 bytes data transmitting speed has been increased 2 5 times comparing to previous 4 0 standard Especially the...

Page 14: ...ayer Change 1 Transmission Max power A Maximum transmit power in Bluetooth 5 is defined to be 20 dBm while in the Bluetooth 4 specification this level was defined at 10 dBm Maximum output power LE v4...

Page 15: ...the receiver For more information of the Bluetooth 5 0 specification please visit Bluetooth SIG homepage To test Bluetooth v5 0 TC 3000C S W option 3000 50 BT LE and 3000 60 BT V5 should be installed...

Page 16: ...h LE support provides three main test methods as follows This document provides a description of each test method and the test procedures Direct Test Mode DTM Refer to 2 Direct Test Mode Non Signaling...

Page 17: ...PART 2 Bluetooth Low Energy Testing 9...

Page 18: ......

Page 19: ...in the BLE specification is the Host Controller Interface HCI a standard defined interface to exchange data between the BLE Host Stack and the radio Controller In Direct Test mode the test packets re...

Page 20: ...12 Setup 2 1 Setup 2 1 1 General Setup for Direct Test Mode 1 When DUT supports UART HCI and 2 Wire UART Interface 2 When the HCI port supports USB...

Page 21: ...M2 DUT Type F2 BT LE After TC 3000C Firmware Version 4 00 it will take less than 10 seconds to switch from BT to BT LE mode 2 HCI Port Setup Set up the HCI port for DUT Select MENU Configuration DUT M...

Page 22: ...the DUT output level RX ATT Off 80 10 dBm RX ATT On 30 20 dBm 6 BT version Select MENU Configuration DUT BT version F2 version Select Select BLE specification version Auto v4 0 v4 2 v5 0 Set to Auto...

Page 23: ...n characteristics TP TRM LE CA BV 05 C Carrier frequency offset and drift TP TRM LE CA BV 06 C In band emissions at 2Ms s TP TRM LE CA BV 08 C Stable Modulation characteristics uncoded data at 1Ms s T...

Page 24: ...CA BV 19 C Receiver sensitivity at 2Ms s Stable Modulation Index TP RCV LE CA BV 20 C Maximum input signal level at 2Ms s Stable Modulation Index TP RCV LE CA BV 24 C PER Report Integrity at 2Ms s Sta...

Page 25: ...ears all test items setup is not prohibited during execution Result Displays the result on the popup window Report Select the Report key to view the measurement details The report file is saved as tex...

Page 26: ...Cases and test items Rotate and press the rotary encoder Select to check the test conditions and edit according to the test conditions For more information on setting the conditions of the test item...

Page 27: ...nsmitter Tests TP TRM LE 2 3 1 1 Output Power TP TRM LE CA BV 01 C Output Power 1 Objective To measure the average and maximum power of DUT 2 Settings on DUT Payload PRBS9 Maximum packet length TX Pow...

Page 28: ...earlier versions 20 dBm Pavg 20 dBm BLE core v5 0 Ppk Pavg 3 dB Pavg average power Ppk peak power 2 3 1 2 In band Emissions TP TRM LE CA BV 03 C In band emissions uncoded data at 1 Ms s TP TRM LE CA B...

Page 29: ...the requirements The excepted values shall however comply with an absolute value of P TX 20 dBm 2 In band Emission at 2 Ms s TP TRM LE CA BV 08 C P Tx 20 dBm for f Tx 4 MHz P Tx 20 dBm for f Tx 5 MHz...

Page 30: ...275 kHz 185 kHz 0 8 09 LE 1M Stable Modulation Index 247 5 kHz f1avg 252 5 kHz 185 kHz 0 8 10 LE 2M 450 kHz f1avg 550 kHz 370 kHz 0 8 11 LE 2M Stable Modulation Index 495 kHz f1avg 505 kHz 370 kHz 0...

Page 31: ...Test Items 23 Figure 2 2 Modulation measurement principle for 11110000 payload sequence...

Page 32: ...5 kHz 99 9 of f2max must be greater than 185 kHz f2avg f1avg 0 8 2 Stable Modulation characteristics uncoded data at 1Ms s TP TRM LE CA BV 09 C 247 5 kHz f1avg 252 5 kHz 99 9 of f2max must be greater...

Page 33: ...tterns 11110000 df1 10101010 df2 MAX_TX_LENGTH_2M 31 byte TX Power Maximum power 3 Settings on Tester 4 Specification 1 Modulation characteristics at 2Ms s TP TRM LE CA BV 10 C 450 kHz f1avg 550 kHz 9...

Page 34: ...Payload Coded S 8 packet payload consisting of a repetitive sequence of 0xFF octets binary 11111111 in transmission order 11111111 S 8 encoding 00111100 symbols MAX_TX_LENGTH_CODED_S8 31 TX Power Max...

Page 35: ...0 or f0 f3 fn fn 5 or fn f n 3 06 LE 1M 150 kHz 50 kHz 23 kHz 20 kHz 12 LE 2M 150 kHz 50 kHz 23 kHz 20 kHz 14 LE Coded S 8 150 kHz 50 kHz 19 2 kHz 19 2 kHz 2 3 1 4 1 Carrier frequency offset and drift...

Page 36: ...20 kHz 2 3 1 4 2 Carrier frequency offset and drift at 2 Ms s TP TRM LE CA BV 12 C 1 Objective This test verifies that the carrier frequency offset and carrier drift of the transmitted signal at 2 Ms...

Page 37: ...23 kHz and f n f n 5 n 6 7 8 k 20 kHz 2 3 1 4 3 Carrier frequency offset and drift LE Coded S 8 TP TRM LE CA BV 14 C 1 Objective This test verifies that the carrier frequency offset and carrier drift...

Page 38: ...s The last 14 symbols of the preamble shall be disregarded f4 k The tester integrates the frequency of the FM demodulated signals in 16 symbol intervals starting at the 27th symbol in the PDU payload...

Page 39: ...ecification The packet error rate is defined as follows The sensitivity level based on BER measurements is defined as the input power level at which a BER of value specified in Table 2 3 BER to PER Ma...

Page 40: ...32 Test Items Figure 2 7 PER level by maximum payload length in receiver...

Page 41: ...2 TP RCV LE CA BV 27 C Receiver sensitivity LE Coded S 8 TP RCV LE CA BV 32 C Receiver sensitivity LE Coded S 2 Stable Modulation Index TP RCV LE CA BV 33 C Receiver sensitivity LE Coded S 8 Stable M...

Page 42: ...kHz 0 45 0 495 50 ppm 10 100 kHz 0 55 0 505 50 ppm The RF output power range of TC 3000C is 0 to 80 dBm In order to transmit lower power below 80 dBm the additional 10 dB Attenuator should be attache...

Page 43: ...m input signal level TP RCV LE CA BV 06 C Maximum input signal level uncoded data at 1Ms s TP RCV LE CA BV 12 C Maximum input signal level at 2Ms s TP RCV LE CA BV 18 C Maximum input signal level unco...

Page 44: ...Integrity LE Coded S 2 TP RCV LE CA BV 31 C PER Report Integrity LE Coded S 8 TP RCV LE CA BV 36 C PER Report Integrity LE Coded S 2 Stable Modulation Index TP RCV LE CA BV 37 C PER Report Integrity L...

Page 45: ...ster 4 Specification 50 PER 3times 65 4 50 PER 3 times 50 P 2 for each individual measurement P is the appropriate PER value taken from Figure 2 7 PER level by maximum payload length in receiver ex 37...

Page 46: ...conditions in the production line output power modulation characteristics carrier frequency offset and drift for shorter testing time for mass production 2 Set up parameters Parameter Range Default U...

Page 47: ...efficient RF performance monitoring of the terminal and troubleshooting 2 4 1 Measurement Screen Selection Select Menu popup menu and choose Measurement followed by ENT or rotary knob Select Measurem...

Page 48: ...ge Max hold Average Ref Level dBm 80 40 80 Path Loss 40 Path Loss dB div 1 20 10 2 FM Mod Displays the characteristics of signal modulation press the M2 key to go to the FM modulation screen Parameter...

Page 49: ...characteristics of the signal press the M3 key to go to the power time screen Parameter Range Default Channel 0 39 0 Ref Level dBm 80 40 80 Path Loss 40 Path Loss dB div 1 20 10 2 MHz Filter Checked S...

Page 50: ...PER measurement screen Parameter Range Default Channel 0 39 0 DUT RX level dBm 80 0 0 Packets to Test 50 50000 1500 Dirty TX Unchecked 5 Setting for LE PHY in Measurement Select the physical layer PHY...

Page 51: ...Use of Measurement 43...

Page 52: ......

Page 53: ...he test DUT s TX Test Test for DUT s transmitting efficiency By using the Test Control Software provided by the Chipset company set DUT to transmit the LE packet required for test and measure DUT s TX...

Page 54: ...magnetic interferences Depending on the DUT type directly connect using the RF cable or create a radiation environment using the antenna coupler TC 3000C TC 3000C displays the measurement result on th...

Page 55: ...Set up the range for the DUT output level RX ATT Off 80 10 dBm RX ATT On 30 20 dBm 5 BT version Select MENU Configuration DUT BT version F2 version Select Select BLE specification version Auto v4 0 v4...

Page 56: ...1 Ms s TP TRM LE CA BV 05 C Carrier frequency offset and drift uncoded data at 1 Ms s TP TRM LE CA BV 06 C In band emissions at 2Ms s TP TRM LE CA BV 08 C Stable Modulation characteristics uncoded dat...

Page 57: ...Stable Modulation Index TP RCV LE CA BV 19 C Receiver sensitivity at 2Ms s Stable Modulation Index TP RCV LE CA BV 20 C Maximum input signal level at 2Ms s Stable Modulation Index TP RCV LE CA BV 24 C...

Page 58: ...UT TX channel 0 39 Set up only one channel Number of Packets Set up the number of packets to send Select All Select to test all items Setup is not prohibited during execution Clear All Clears all test...

Page 59: ...ate and press the rotary encoder Select to check the test conditions and edit according to the test conditions For more information on setting the conditions of the test item see 3 3 Test Items 3 DUT...

Page 60: ...example 0 19 39 at the same time when setting up BT channels Setting up and testing each channel are recommended 4 Measurement Method A By using the Test Control Software provided by the Chip vendor s...

Page 61: ...1 Ms s TP TRM LE CA BV 03 C TP TRM LE CA BV 03 C In band emissions uncoded data at 1 Ms s TP TRM LE CA BV 08 C In band emissions at 2Ms s 1 Objective To measure adjacent channel power within the band...

Page 62: ...LE CA BV 08 C P Tx 20 dBm for f Tx 4 MHz P Tx 20 dBm for f Tx 5 MHz P Tx 30 dBm for f Tx 6 n MHz where n 0 1 2 For each operating frequency up to three bands of 1 MHz width as defined in the measurem...

Page 63: ...ttings on DUT Payload Two different patterns 11110000 df1 10101010 df2 Maximum packet length TX Power Maximum power 3 Settings on Tester 4 Measurement Method Measure f1 and f2 and calculate the measur...

Page 64: ...vendor F In TC 3000C press to measure f2 G Select the key From the following measurement result calculate f1avg f2avg and f2max rate and judge Pass Fail based on the specification described in D Calc...

Page 65: ...Hz 185 kHz 0 8 09 LE 1M Stable Modulation Index 247 5 kHz f1avg 252 5 kHz 185 kHz 0 8 10 LE 2M 450 kHz f1avg 550 kHz 370 kHz 0 8 11 LE 2M Stable Modulation Index 495 kHz f1avg 505 kHz 370 kHz 0 8 13 L...

Page 66: ...measure f1 E To measure the f2 value set the Payload data type of the Packet sent by DUT to 10101010 using the Test Control Software provided by the Chip vendor F In TC 3000C press to measure f2 G Se...

Page 67: ...Payload Coded S 8 packet payload consisting of a repetitive sequence of 0xFF octets binary 11111111 in transmission order 11111111 S 8 encoding 00111100 symbols MAX_TX_LENGTH_CODED_S8 31 TX Power Max...

Page 68: ...nd drift uncoded data at 1 Ms s TP TRM LE CA BV 06 C 1 Objective This test verifies that the carrier frequency offset and carrier drift of the transmitted signal with uncoded data at 1 Ms s is within...

Page 69: ...1 f 0 23 kHz and f n f n 5 n 6 7 8 k 20 kHz 3 3 1 4 2 Carrier frequency offset and drift at 2 Ms s TP TRM LE CA BV 12 C 1 Objective This test verifies that the carrier frequency offset and carrier dr...

Page 70: ...in transmission order 11111111 S 8 encoding 00111100 symbols MAX_TX_LENGTH_CODED_S8 31 TX Power Maximum power 3 Settings on Tester f0 f3 The measurement shall start at the beginning of the 3rd symbol...

Page 71: ...iver sensitivity LE Coded S 8 Stable Modulation Index 1 Objective To measure the reception sensitivity in a weak electric field as Packet Error Rate PER 2 Settings on DUT Payload PRBS9 MAX_RX_LENGTH C...

Page 72: ...7 LE Coded S 8 82 dBm 33 LE Coded S 8 Stable Modulation Index The RF output power range of TC 3000C is 0 to 80 dBm In order to transmit lower power below 80 dBm the additional 10 dB Attenuator should...

Page 73: ...BV 24 C Maximum input signal level at 2Ms s Stable Modulation Index 1 Objective To measure the performance of the receiver at the maximum input level 2 Settings on DUT Payload PRBS9 MAX_RX_LENGTH Cen...

Page 74: ...le Modulation Index TP RCV LE CA BV 37 C PER Report Integrity LE Coded S 8 Stable Modulation Index 1 Objective This test verifies that the DUT PER report mechanism reports the correct number of receiv...

Page 75: ...by analyzing Advertising packet that DUT transmits Peripheral is usually small operates with low energy and has limited resources It is designed to operate to be connected to Central device that has...

Page 76: ...er BLE Protocol Stack as shown in the image below Channels in the Physical Layer means RF Channels as shown in the image below And Channels in the Link Layer means LL Channels as shown in the image be...

Page 77: ...DUT type directly connect to the RF cable or create a radiation environment using the antenna coupler TC 3000C TC 3000C displays the measurement result on the front LCD window 4 1 2 TC 3000C Setup 1 B...

Page 78: ...Mode Setup Menu Configuration DUT M2 More 3 3 F8 Test Method F2 Advertising Setup 5 Input Level Setup Menu Configuration RF Settings M3 RX ATT F3 Set up the range for the DUT output level RX ATT Off 8...

Page 79: ...analyzing DUT s TX signal for the following Advertising Channels 0 12 and 39 Since the measurement result for Carr freq offset Mod char preamble test is gained by only sampling values of the Preamble...

Page 80: ...t Menu Test Cases and test items Rotate and press the rotary encoder 3 TC 3000C Test Condition Setup For the setup of parameters for the test cases see parameter setup or test items of 4 3 Test Items...

Page 81: ...up parameters Parameter DUT TC 3000C BT Channels 0 12 39 Payload Length octets 0 255 Number of packets 1 3 Measurement Method A In the test case of TC 3000 select the output power and press key B Set...

Page 82: ...Number of packets 2 3 Measurement Method A In the test case of TC 3000 select the Select Carr freq offset Mod char preamble and press key B Set up TC 3000C similar to the setting done in Step 2 C Set...

Page 83: ...PART 3 Programming Guide 75...

Page 84: ......

Page 85: ...ion program OS Microsoft Windows ME 2000 XP Vista Windows 7 Development Tool Microsoft Visual C NET Visual C Visual Basic Boland C Builder National Instrument LabWindows CVI LabView etc 5 1 Basic Guid...

Page 86: ...pressed as 0x0A Similarly r refers to carriage return it is expressed as 0x0D In case of VB6 user if the EXEC RESET Chr 10 command is sent the measurement device will reply OK Chr 13 Chr 10 after norm...

Page 87: ...eck the connection status using the Hyper Terminal Table 5 1 TC 3000C RS232 Setting Parameter Value Port RS1 Baudrate 115200 Data bit 8 Parity None Stop bit 1 Flow Ctrl None In most cases Flow Ctrl Fl...

Page 88: ...Program provided by Microsoft Windows 1 Select Start Program Auxiliary Programs Communication Hyper Terminal 2 Enter RS 232C Test in the New Connection field and click OK 3 Set up the modem to use and...

Page 89: ...nd of the Line and Display Inputted Characters 8 Type any character and press Enter In normal connection an unknown command error must be displayed as a response message If a command such as EXEC RESE...

Page 90: ...82 Basic Guide to RS 232C Commands...

Page 91: ...essage will be displayed 3 In case the user sends a command whose execution takes a while such as EXEC RFTC OP RUN and sends the same command again before receiving a response Still Working Please wai...

Page 92: ...TEST_MODE ADVERTISING_MODE 5 CONF SYS DUT LE_TEST_METHOD Value Definition Set up the test status during the BT LE test Value TEST_MODE ADVERTISING_MODE 6 READ SYS TESTER HCI_TO Definition Read the tim...

Page 93: ...T IGNORE_FLOWCTRL Definition When the tester send le_transmitter_test or le_receive_test command Num_HCI_Command_Packet zero parameters corresponding value to command Complete Event is set to be effec...

Page 94: ...th of payload s data Value 0 255 37 Default 7 READ LE_RFTC OP PACK_NUM Definition Read the number of packets tested 8 CONF LE_RFTC OP PACK_NUM Value Definition Set up the test packet count Value 1 Def...

Page 95: ...t Value 10 Default 9 READ LE_RFTC IBE P_TX Definition Read the power for the reference frequency 5 2 4 In band Emissions IBE_2M at 2Ms s Command 1 EXEC LE_RFTC IBE_2M RUN Definition Start the test 2 E...

Page 96: ...t 3 READ LE_RFTC MOD CH Definition Read the channel received by the tester Transmission channel of DUT 4 CONF LE_RFTC MOD CH Value Definition Set up the channel received by the tester Transmission cha...

Page 97: ...MOD_SMI CH Definition Read the channel received by the tester Transmission channel of DUT 4 CONF LE_RFTC MOD_SMI CH Value Definition Set up the channel received by the tester Transmission channel of...

Page 98: ...ceived by the tester Transmission channel of DUT 4 CONF LE_RFTC MOD_2M CH Value Definition Set up the channel received by the tester Transmission channel of DUT Value 0 39 0 19 39 Default 5 READ LE_RF...

Page 99: ...DUT 4 CONF LE_RFTC MOD_2M_SMI CH Value Definition Set up the channel received by the tester Transmission channel of DUT Value 0 39 0 19 39 Default 5 READ LE_RFTC MOD_2M_SMI PLD_LEN Definition Read th...

Page 100: ...e channel received by the tester Transmission channel of DUT Value 0 39 0 19 39 Default 5 READ LE_RFTC MOD_CS8 PLD_LEN Definition Read the length of payload s data 6 CONF LE_RFTC MOD_CS8 PLD_LEN Value...

Page 101: ...5 READ LE_RFTC CFOD PLD_LEN Definition Read the length of payload s data 6 CONF LE_RFTC CFOD PLD_LEN Value Definition Set up the length of payload s data Value 0 255 37 Default 7 READ LE_RFTC CFOD PAC...

Page 102: ...tion Read the length of payload s data 6 CONF LE_RFTC CFOD_CS8 PLD_LEN Value Definition Set up the length of payload s data Value 0 255 31 Default 7 READ LE_RFTC CFOD_CS8 PACK_NUM Definition Read the...

Page 103: ...the length of payload s data 6 CONF LE_RFTC SENS PLD_LEN Value Definition Set up the length of payload s data Value 0 255 37 Default 7 READ LE_RFTC SENS PACK_NUM Definition Read the number of packets...

Page 104: ...SENS_2M CH Definition Read the channel received by the tester Transmission channel of DUT 4 CONF LE_RFTC SENS_2M CH Value Definition Set up the channel received by the tester Transmission channel of D...

Page 105: ...normally received among the packets sent by the tester 5 2 7 3 Receiver sensitivity uncoded data at 1Ms s Stable Modulation Index SENS_UC_SMI 1 EXEC LE_RFTC SENS_UC_SMI RUN Definition Start the test...

Page 106: ...finition Read the Packet Error Rate PER 14 READ LE_RFTC SENS_UC_SMI PACK_SENT Definition Read the number of packets sent by the tester for the PER test 15 READ LE_RFTC SENS_UC_SMI PACK_RCVD Definition...

Page 107: ...ving end of DUT reads the reception power in 0 01dBm unit 12 CONF LE_RFTC SENS_2M_SMI RX_LEV Definition The receiving end of DUT sets up the reception power in 0 01dBm unit Value 70 Default 13 READ LE...

Page 108: ...ition Read the dirty mode in the tester 10 CONF LE_RFTC SENS_CS2 DIRTY_TX Value Definition Set up the dirty mode in the tester Value ON Default OFF 11 READ LE_RFTC SENS_CS2 RX_LEV Definition The recei...

Page 109: ...55 31 Default 7 READ LE_RFTC SENS_CS8 PACK_NUM Definition Read the number of packets tested 8 CONF LE_RFTC SENS_CS8 PACK_NUM Value Definition Read the number of packets tested Value 1500 Default 9 REA...

Page 110: ...t up the channel received by the tester Transmission channel of DUT Value 0 39 0 19 39 Default 5 READ LE_RFTC SENS_CS2_SMI PLD_LEN Definition Read the length of payload s data 6 CONF LE_RFTC SENS_CS2_...

Page 111: ...SENS_CS8_SMI RUN Definition Start the test 2 EXEC LE_RFTC SENS_CS8_SMI STOP Definition Stop the test 3 READ LE_RFTC SENS_CS8_SMI CH Definition Read the channel received by the tester Transmission chan...

Page 112: ...ion Read the number of packets sent by the tester for the PER test 15 READ LE_RFTC SENS_CS8_SMI PACK_RCVD Definition Read the number of packets normally received among the packets sent by the tester 5...

Page 113: ...ue 10 Default 11 READ LE_RFTC MISL PER Definition Read the Packet Error Rate PER 12 READ LE_RFTC MISL PACK_SENT Definition Read the number of packets sent by the tester for the PER test Value 1500 Def...

Page 114: ...nition The receiving end of DUT sets up the reception power in 0 01dBm unit TX power of the tester Value 10 Default 11 READ LE_RFTC MISL_2M PER Definition Read the Packet Error Rate PER 12 READ LE_RFT...

Page 115: ..._SMI RX_LEV Definition The receiving end of DUT reads the reception power in 0 01dBm unit tester TX power 10 CONF LE_RFTC MISL_UC_SMI RX_LEV Value Definition The receiving end of DUT sets up the recep...

Page 116: ...umber of packets tested 8 CONF LE_RFTC MISL_2M_SMI PACK_NUM Value Definition Read the number of packets tested Value 1500 Default 9 READ LE_RFTC MISL_2M_SMI RX_LEV Definition The receiving end of DUT...

Page 117: ...C PRI PLD_LEN Definition Read the length of payload s data 6 CONF LE_RFTC PRI PLD_LEN Value Definition Set up the length of payload s data Value 0 255 37 Default 7 READ LE_RFTC PRI PACK_NUM Definition...

Page 118: ...Value Definition Set up the channel received by the tester Transmission channel of DUT Value 0 39 0 19 39 Default 5 READ LE_RFTC PRI_2M PLD_LEN Definition Read the length of payload s data 6 CONF LE_...

Page 119: ...READ LE_RFTC PRI_UC_SMI CH Definition Read the channel received by the tester Transmission channel of DUT 4 CONF LE_RFTC PRI_UC_SMI CH Value Definition Set up the channel received by the tester Transm...

Page 120: ...table Modulation Index PRI_2M_SMI Command 1 EXEC LE_RFTC PRI_2M_SMI RUN Definition Start the test 2 EXEC LE_RFTC PRI_2M_SMI STOP Definition Stop the test 3 READ LE_RFTC PRI_2M_SMI CH Definition Read t...

Page 121: ...AD LE_RFTC PRI_2M_SMI PACK_RCVD Definition Read the number of packets normally received among the packets sent by the tester 5 2 9 5 PER Report Integrity LE Coded S 2 PRI_CS2 Command 1 EXEC LE_RFTC PR...

Page 122: ...S2 PACK_SENT Definition Read the number of packets sent by the tester for the PER test Value 1500 Default 13 READ LE_RFTC PRI_CS2 PACK_RCVD Definition Read the number of packets normally received amon...

Page 123: ...D LE_RFTC PRI_CS8 PER Definition Read the Packet Error Rate PER 12 READ LE_RFTC PRI_CS8 PACK_SENT Definition Read the number of packets sent by the tester for the PER test Value 1500 Default 13 READ L...

Page 124: ...EV Value Definition The receiving end of DUT sets up the reception power in 0 01dBm unit TX power of the tester Value 30 Default 11 READ LE_RFTC PRI_CS2_SMI PER Definition Read the Packet Error Rate P...

Page 125: ...PRI_CS8_SMI RX_LEV Definition The receiving end of DUT reads the reception power in 0 01dBm unit TX power of the tester 10 CONF LE_RFTC PRI_CS8_SMI RX_LEV Value Definition The receiving end of DUT set...

Page 126: ...PMOD PACK_NUM Definition Read the number of packets tested 8 CONF LE_RFTC OPMOD PACK_NUM Value Definition Set up the test packet count Value 2 Default 9 READ LE_RFTC OPMOD P_AVG Definition Read the av...

Page 127: ...CFOM STOP Definition Stop the test 3 READ LE_RFTC CFOM PLD_LEN Definition Read the length of payload s data 4 CONF LE_RFTC CFOM PLD_LEN Value Definition Set up the length of payload s data Value 0 25...

Page 128: ...ion Read the maximum of f0 measurement 11 READ LE_RFTC CFOM DF0_AVG Definition Read the average of f0 measurement 12 READ LE_RFTC CFOM DF2_MIN Definition Read the minimum of f2 measurement 13 READ LE_...

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