WLAN DesignGuide >Chapter 1: WLAN Standard
Print version of this Book (PDF file) 		prevnext

DesignGuide Examples Overview

Design examples are provided in the /examples/wlan directory. Projects and their corresponding design examples are:

802.11a Power Amplifier Design Examples: WLAN_80211a_PA_prj

  • WLAN_80211a_PA_CCDF: complementary cumulative distribution function measurements.

  • WLAN_80211a_PA_EVM: error vector magnitude measurements.

  • WLAN_80211a_PA_MaskSpect: output RF spectrum due to modulation measurements.

  • WLAN_80211a_PA_Power_vs_Time: transmitted RF carrier power versus time measurements.

  • WLAN_80211a_PA_Waveform: transmitted waveform measurements.

802.11a Transmitter Test and Verification Design Examples: WLAN_80211a_Tx_prj

  • WLAN_80211a_Demo: signal source that complies with Annex G of IEEE Standard 802.11a-1999.

  • WLAN_80211a_SignalSource: generates 802.11a burst with different data rates.

  • WLAN_80211a_Src_Glacier: generates 802.11a burst with idle, and co-simulation with VSA89600.

  • WLAN_80211a_TxSpectrum: measures the transmit spectrum mask.

  • WLAN_80211a_TxEVM: measures error vector magnitude and relative constellation error and tests the transmit modulation accuracy.

802.11a Receiver Test and Verification Design Examples: WLAN_80211a_Rx_prj

  • WLAN_80211a_RxSensitivity_6Mbps: minimum receiver sensitivity measurement of 6 Mbps data rate.

  • WLAN_80211a_RxSensitivity_24Mbps: minimum receiver sensitivity measurement of 24 Mbps data rate.

  • WLAN_80211a_RxSensitivity_54Mbps: minimum receiver sensitivity measurement of 54 Mbps data rate.

  • WLAN_80211a_RxAdjCh_9Mbps: adjacent channel rejection measurement of 9 Mbps data rate.

  • WLAN_80211a_RxAdjCh_18Mbps: adjacent channel rejection measurement of 18 Mbps data rate.

  • WLAN_80211a_RxAdjCh_36Mbps: adjacent channel rejection measurement of 36 Mbps data rate.

  • WLAN_80211a_RxNonAdjCh_12Mbps: non-adjacent channel rejection measurement of 12 Mbps data rate.

  • WLAN_80211a_RxNonAdjCh_48Mbps: non-adjacent channel rejection measurement of 48 Mbps data rate.

802.11a Turbo Mode Design Examples: WLAN_80211a_Turbo_prj

  • WLAN_80211a_GI: measures the error vector magnitude under different guard intervals on fading channel.

  • WLAN_80211a_Turbo_TxEVM: measures error vector magnitude and relative constellation error and tests the transmit modulation accuracy of 802.11a turbo mode.

802.11a BER/PER Performance Design Examples: WLAN_80211a_PER_prj

  • WLAN_80211a_24Mbps_AWGN_System: BER and PER performance for 24 Mbps systems under AWGN channel.

  • WLAN_80211a_24Mbps_PN_System: BER and PER performance for 24 Mbps systems under phase noise distortion.

  • WLAN_80211a_24Mbps_Fading_System: BER and PER performance for 24 Mbps systems under fading channel.

  • WLAN_80211a_36Mbps_AWGN_Perfect: raw BER performance for 16-QAM modulation with perfect channel estimator under AWGN channel.

  • WLAN_80211a_36Mbps_AWGN_System: BER and PER performance for 36 Mbps systems under AWGN channel.

  • WLAN_80211a_36Mbps_Fading_System: BER and PER performance for 36 Mbps systems under fading channel.

  • WLAN_80211a_48Mbps_AWGN_Perfect: BER performance for 64-QAM modulation with perfect channel estimator under AWGN channel.

80211a Practical Systems: WLAN_80211a_Practical_prj

  • 802.11a Receiver Specifications - Sensitivity

  • 802.11a Receiver Specifications - Adjacent Channel Rejection

  • 802.11a Receiver Specifications - Alternate Channel Rejection

802.11a ESGc Link Design Examples: WLAN_80211a_ESGc_prj

  • WLAN_PA_80211a_Src_ESGc.dsn: testing CCK power amplifier based on 802.11a Std using ADS-ESG 4438C link.

802.11a Receiver Minimum Input Level Sensitivity Test Using ADS-ESGc and VSA-ADS Links: WLAN_80211a_Sens_prj

  • WLAN_11a_36Mbps_Sen_ESGc.dsn: generates WLAN signal for receiver minimum input level sensitivity test.

  • WLAN_11a_36Mbps_Sen_VSA.dsn: receiver minimum input level sensitivity measurement.

802.11b Signal Source Design Examples: WLAN_80211b_SignalSource_prj

  • WLAN_80211_LowRate: generates 802.11 burst with different data rates.

  • WLAN_80211b_CCK: generates 802.11b CCK burst with different data rates.

  • WLAN_80211b_PBCC: generates 802.11b PBCC burst with different data rates.

802.11b Transmitter Test and Verification Design Examples: WLAN_80211b_Tx_prj

  • WLAN_80211b_TxEVM: measures EVM and tests the transmit modulation accuracy.

802.11b Receiver Test and Verification Design Examples: WLAN_80211b_Rx_prj

  • WLAN_80211b_RxMinInput_Sensitivity.dsn: receiver minimum input level sensitivity measurement for 802.11b.

  • WLAN_80211b_RxMaxInput_Sensitivity.dsn: receiver maximum input level sensitivity measurement for 802.11b.

802.11b CCK BER/PER Design Examples: WLAN_80211b_PER_prj

  • WLAN_80211b_5_5Mbps_AWGN_System.dsn: BER and PER performance for CCK 5.5 Mbps systems under AWGN channel.

  • WLAN_80211b_11Mbps_AWGN_System.dsn: BER and PER performance for CCK 11 Mbps systems under AWGN channel.

802.11b System Test Using Instrument Links Design Examples: WLAN_80211b_ESGc_prj

  • WLAN_80211b_CCK_ESG4438C.dsn: demonstrates how to use the ADS-ESGc link to test a WLAN 802.11b/802.11g CCK transmitter system.

  • WLAN_80211b_25M_Esgc.dsn: tests a WLAN IEEE 802.11b CCK transmitter under adjacent channel environment.

HiperLAN/2 Signal Source Design Examples: WLAN_HIPERLAN_SignalSource_prj

  • WLAN_HIPERLAN_Broadcast: broadcast burst signal source.

  • WLAN_HIPERLAN_DirectLink: direct link burst signal source.

  • WLAN_HIPERLAN_Downlink: downlink burst signal source.

  • WLAN_HIPERLAN_Uplink_Long: uplink burst with long preamble signal source.

  • WLAN_HIPERLAN_Uplink_Short: uplink burst with short preamble signal source.

HiperLAN/2 Power Amplifier Design Examples: WLAN_PA_HIPERLAN_Test_prj

  • WLAN_PA_HIPERLAN_ACPR: adjacent channel power ratio measurements.

  • WLAN_PA_HIPERLAN_CCDF: complementary cumulative distribution function measurements.

  • WLAN_PA_HIPERLAN_MaskSpect: output RF spectrum due to modulation measurements.

  • WLAN_PA_HIPERLAN_Waveform: transmitted waveform measurements.

802.11g Design Examples: WLAN_80211g_prj

  • WLAN_80211g_OFDM_TxEVM: measures error vector magnitude and relative constellation error and tests the transmit modulation accuracy for OFDM signal.

  • WLAN_80211g_CCK_TxEVM: measures error vector magnitude and relative constellation error and tests the transmit modulation accuracy for CCK signal.

  • WLAN_80211g_OFDM_36Mbps_Fading_System: BER and PER performance for 36 Mbps systems under fading channel.

  • WLAN_80211g_CCK_11Mbps_AWGN_System: BER and PER performance for 802.11g 11Mbps systems with CCK modulation under AWGN channel.

prevnext