Package com.zebra.rfid.api3
Class RFModeTableEntry
java.lang.Object
com.zebra.rfid.api3.RFModeTableEntry
This class represents the RF Mode table entry
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Method Summary
Modifier and TypeMethodDescriptionintGets the BDR value, the Backscatter data rate in bps Possible Values: 40000 – 640000 bpsGets the divide ratioGets the Forward Link Modulation typeintGets the maximum TARI value.intGets the minimum TARI value.intGets the mode identifier.Gets the modulation, the M valueintGets the Pie value.Gets the Spectral Mask Indicator Possible Values: 0 - 3 0 Unknown 1 SI – Meets [C1G2] Single-Interrogator Mode Mask 2 MI – Meets [C1G2] Multi-Interrogator Mode Mask 3 DI - Meets [C1G2] Dense-Interrogator Mode MaskintGets the Step Tari value in nanoseconds.booleanGets EPC HAG T&C Conformance Indicates whether reader has received EPC Global Conformance for this mode as specified in EPCGlobal Testing and Conformance
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Method Details
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getBdrValue
public int getBdrValue()Gets the BDR value, the Backscatter data rate in bps Possible Values: 40000 – 640000 bps -
getDivideRatio
Gets the divide ratio -
isEpcHAGTCConformance
public boolean isEpcHAGTCConformance()Gets EPC HAG T&C Conformance Indicates whether reader has received EPC Global Conformance for this mode as specified in EPCGlobal Testing and Conformance -
getForwardLinkModulationType
Gets the Forward Link Modulation type -
getMaxTariValue
public int getMaxTariValue()Gets the maximum TARI value. Maximum Tari time in nanoseconds. Possible Values: 6250-25000 -
getMinTariValue
public int getMinTariValue()Gets the minimum TARI value. Minimum Tari time in nanoseconds Possible Values: 6250-25000 -
getStepTariValue
public int getStepTariValue()Gets the Step Tari value in nanoseconds. Possible Values: 0 - 18750 nsec -
getModeIdentifer
public int getModeIdentifer()Gets the mode identifier. This is a reader defined identifier that the client may use to set the Gen2 operating parameters -
getModulation
Gets the modulation, the M value -
getPieValue
public int getPieValue()Gets the Pie value. One thousand times the ratio of data-0 symbol length and data-1 symbol length in pulse-interval encoding. The C1G2 spec specifies the ratio of 1.5 - 2.0 Possible Values: 1500-2000 -
getSpectralMaskIndicator
Gets the Spectral Mask Indicator Possible Values: 0 - 3 0 Unknown 1 SI – Meets [C1G2] Single-Interrogator Mode Mask 2 MI – Meets [C1G2] Multi-Interrogator Mode Mask 3 DI - Meets [C1G2] Dense-Interrogator Mode Mask
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