<?xml version="1.0" encoding="UTF-8" standalone="yes" ?>
<!-- 
	SSM1defs_Engine.xml - Definitions for Engine Control Unit
	
	(c) 2012 L1800Turbo
	(c) 2019 madanadam at gmail (Turkish translation)
	
	0.1.1  First example version for testing:
		- MPI87.5+XT, missing: TIM & O2 as switch, special routines needed
		- SVX'92, missing: clean DTCs complete, "IN PROCESS" switch
	0.1.2  - Additional RomIDs 723420, 7234A0, 733420, 7334A0 Legacy Turbo (incomplete)


//-->
<FSSM_SSM1_DEFINITIONS version="0.1.1" format_version="0.4.0">
<DEFINITIONS>
	<ID_BYTE1 value="0xBE">
		<ID_BYTE2 value="0x00">
			<ID_BYTE3 value_start="0x00" value_end="0x00"><!-- TODO no real RomID, depends on SSM protocol (SSM0pre88) //-->
				<YEAR>1987</YEAR>
				<SYSTEMDESCRIPTION>YEAR 1987</SYSTEMDESCRIPTION>
				<MODELNAME>L series and XT</MODELNAME>

				<MB id="MB_VSP">
					<ADDRESS>0x091B</ADDRESS>
				</MB>
				<MB id="MB_EREV">
					<ADDRESS>0x090B</ADDRESS>
				</MB>
				<MB id="MB_TW">
					<ADDRESS>0x0922</ADDRESS>
				</MB>
				<MB id="MB_ADVS">
					<ADDRESS>0x091E</ADDRESS>
				</MB>
				<MB id="MB_QA_Lseries">
					<ADDRESS>0x0903</ADDRESS>
				</MB>
				<MB id="MB_LDATA">
					<ADDRESS>0x0902</ADDRESS>
				</MB>
				<MB id="MB_THV_Lseries">
					<ADDRESS>0x0909</ADDRESS>
				</MB>
				<MB id="MB_TIM_Lseries">
					<ADDRESS></ADDRESS><!-- TODO: no regular communication //-->
				</MB>
				<MB id="MB_O2_Lseries">
					<ADDRESS>0x0924</ADDRESS>
				</MB>
				<MB id="MB_ALPHA_Lseries">
					<ADDRESS>0x0923</ADDRESS>
				</MB>
				<MB id="MB_RTRD_Lseries">
					<ADDRESS>0x0920</ADDRESS>
				</MB>
				<MB id="MB_WGC_Lseries">
					<ADDRESS>0x0934</ADDRESS>
				</MB>
				<MB id="MB_FPDY_Lseries">
					<ADDRESS>0x0916</ADDRESS>
				</MB>

				<SWBLOCK>
					<ADDRESS>0x091A</ADDRESS>
					<SW id="SW_FP">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_CN">
						<BIT>2</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0919</ADDRESS>
					<SW id="SW_AC">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_ID">
						<BIT>7</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0917</ADDRESS>
					<SW id="SW_IG">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_NT">
						<BIT>4</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0003</ADDRESS>
					<SW id="SW_ER">
						<BIT>3</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0015</ADDRESS>
					<SW id="SW_KS_inverted">
						<BIT>5</BIT><!-- invers //-->
					</SW>
				</SWBLOCK>

				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B86</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B82</ADDRESS>
					<BITFIELD>
						<DC id="DTC_11">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_12">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_13_CRANK">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_14_Lseries">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_15_Lseries">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_21">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_22">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_23_QA">
							<BIT>1</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B87</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B83</ADDRESS>
					<BITFIELD>
						<DC id="DTC_31">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_32">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_33">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_34">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_35">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_41_Lseries">
							<BIT>1</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B88</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B84</ADDRESS>
					<BITFIELD>
						<DC id="DTC_44">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_51">
							<BIT>5</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
			</ID_BYTE3>
		</ID_BYTE2>
	</ID_BYTE1>
	<ID_BYTE1 value="0x78">
		<ID_BYTE2 value="0x11">
			<MODELNAME>L series and XT</MODELNAME>
			<ID_BYTE3 value_start="0x00" value_end="0xFF">
				<YEAR>1988</YEAR>
				<SYSTEMDESCRIPTION>YEAR 1988</SYSTEMDESCRIPTION>

				<MB id="MB_VSP">
					<ADDRESS>0x091B</ADDRESS>
				</MB>
				<MB id="MB_EREV">
					<ADDRESS>0x090B</ADDRESS>
				</MB>
				<MB id="MB_TW">
					<ADDRESS>0x0922</ADDRESS>
				</MB>
				<MB id="MB_ADVS">
					<ADDRESS>0x091E</ADDRESS>
				</MB>
				<MB id="MB_QA_Lseries">
					<ADDRESS>0x0903</ADDRESS>
				</MB>
				<MB id="MB_LDATA">
					<ADDRESS>0x0902</ADDRESS>
				</MB>
				<MB id="MB_THV_Lseries">
					<ADDRESS>0x0909</ADDRESS>
				</MB>
				<MB id="MB_TIM_Lseries">
					<ADDRESS></ADDRESS><!-- TODO: no regular communication //-->
				</MB>
				<MB id="MB_O2_Lseries">
					<ADDRESS>0x0924</ADDRESS>
				</MB>
				<MB id="MB_ALPHA_Lseries">
					<ADDRESS>0x0923</ADDRESS>
				</MB>
				<MB id="MB_RTRD_Lseries">
					<ADDRESS>0x0920</ADDRESS>
				</MB>
				<MB id="MB_WGC_Lseries">
					<ADDRESS>0x0934</ADDRESS>
				</MB>
				<MB id="MB_FPDY_Lseries">
					<ADDRESS>0x0916</ADDRESS>
				</MB>

				<SWBLOCK>
					<ADDRESS>0x091A</ADDRESS>
					<SW id="SW_FP">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_CN">
						<BIT>2</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0919</ADDRESS>
					<SW id="SW_AC">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_ID">
						<BIT>7</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0917</ADDRESS>
					<SW id="SW_IG">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_NT">
						<BIT>4</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0003</ADDRESS>
					<SW id="SW_ER">
						<BIT>3</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0015</ADDRESS>
					<SW id="SW_KS_inverted">
						<BIT>5</BIT><!-- invers //-->
					</SW>
				</SWBLOCK>

				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B86</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B82</ADDRESS>
					<BITFIELD>
						<DC id="DTC_11">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_12">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_13_CRANK">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_14_Lseries">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_15_Lseries">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_21">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_22">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_23_QA">
							<BIT>1</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B87</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B83</ADDRESS>
					<BITFIELD>
						<DC id="DTC_31">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_32">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_33">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_34">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_35">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_41_Lseries">
							<BIT>1</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B88</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B84</ADDRESS>
					<BITFIELD>
						<DC id="DTC_44">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_51">
							<BIT>5</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
			</ID_BYTE3>
		</ID_BYTE2>
		<ID_BYTE2 value="0x14">
			<MODELNAME>L series and XT</MODELNAME>
			<ID_BYTE3 value_start="0x00" value_end="0xFF">
				<YEAR>1988-89</YEAR>
				<SYSTEMDESCRIPTION>YEAR 1988-89</SYSTEMDESCRIPTION>

				<MB id="MB_VSP">
					<ADDRESS>0x091B</ADDRESS>
				</MB>
				<MB id="MB_EREV">
					<ADDRESS>0x090B</ADDRESS>
				</MB>
				<MB id="MB_TW">
					<ADDRESS>0x0922</ADDRESS>
				</MB>
				<MB id="MB_ADVS">
					<ADDRESS>0x091E</ADDRESS>
				</MB>
				<MB id="MB_QA_Lseries">
					<ADDRESS>0x0903</ADDRESS>
				</MB>
				<MB id="MB_LDATA">
					<ADDRESS>0x0902</ADDRESS>
				</MB>
				<MB id="MB_THV_Lseries">
					<ADDRESS>0x0909</ADDRESS>
				</MB>
				<MB id="MB_TIM_Lseries">
					<ADDRESS></ADDRESS><!-- TODO: no regular communication //-->
				</MB>
				<MB id="MB_O2_Lseries">
					<ADDRESS>0x0924</ADDRESS>
				</MB>
				<MB id="MB_ALPHA_Lseries">
					<ADDRESS>0x0923</ADDRESS>
				</MB>
				<MB id="MB_RTRD_Lseries">
					<ADDRESS>0x0920</ADDRESS>
				</MB>
				<MB id="MB_FPDY_Lseries">
					<ADDRESS>0x0916</ADDRESS>
				</MB>

				<SWBLOCK>
					<ADDRESS>0x091A</ADDRESS>
					<SW id="SW_FP">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_CN">
						<BIT>2</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0919</ADDRESS>
					<SW id="SW_AC">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_ID">
						<BIT>7</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0917</ADDRESS>
					<SW id="SW_IG">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_NT">
						<BIT>4</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0003</ADDRESS>
					<SW id="SW_ER">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_AX">
						<BIT>2</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0015</ADDRESS>
					<SW id="SW_KS_inverted">
						<BIT>5</BIT><!-- invers //-->
					</SW>
				</SWBLOCK>

				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B86</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B82</ADDRESS>
					<BITFIELD>
						<DC id="DTC_11">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_12">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_13_CRANK">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_14_Lseries">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_15_Lseries">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_23_QA">
							<BIT>1</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B87</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B83</ADDRESS>
					<BITFIELD>
						<DC id="DTC_26">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_31">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_32">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_33">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_34">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_35">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_41_Lseries">
							<BIT>1</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B88</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B84</ADDRESS>
					<BITFIELD>
						<DC id="DTC_44">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_51">
							<BIT>5</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
			</ID_BYTE3>
		</ID_BYTE2>
		<ID_BYTE2 value="0x16">
			<MODELNAME>XT6</MODELNAME>
			<ID_BYTE3 value_start="0x00" value_end="0xFF">
				<YEAR>1988-89</YEAR>
				<SYSTEMDESCRIPTION>YEAR 1988-89</SYSTEMDESCRIPTION>

				<MB id="MB_VSP">
					<ADDRESS>0x091B</ADDRESS>
				</MB>
				<MB id="MB_EREV">
					<ADDRESS>0x090B</ADDRESS>
				</MB>
				<MB id="MB_TW">
					<ADDRESS>0x0922</ADDRESS>
				</MB>
				<MB id="MB_ADVS">
					<ADDRESS>0x091E</ADDRESS>
				</MB>
				<MB id="MB_QA_Lseries">
					<ADDRESS>0x0903</ADDRESS>
				</MB>
				<MB id="MB_LDATA">
					<ADDRESS>0x0902</ADDRESS>
				</MB>
				<MB id="MB_THV_Lseries">
					<ADDRESS>0x0909</ADDRESS>
				</MB>
				<MB id="MB_TIM_Lseries">
					<ADDRESS></ADDRESS><!-- TODO: no regular communication //-->
				</MB>
				<MB id="MB_ISC_Lseries">
					<ADDRESS>0x0924</ADDRESS>
				</MB>
				<MB id="MB_O2_Lseries">
					<ADDRESS>0x0923</ADDRESS>
				</MB>
				<MB id="MB_ALPHA_Lseries">
					<ADDRESS>0x0920</ADDRESS>
				</MB>
				<MB id="MB_FPDY_Lseries">
					<ADDRESS>0x0934</ADDRESS>
				</MB>
				<SWBLOCK>
					<ADDRESS>0x0916</ADDRESS>
					<SW id="SW_FP">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_CN">
						<BIT>2</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x091A</ADDRESS>
					<SW id="SW_AC">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_ID">
						<BIT>7</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0919</ADDRESS>
					<SW id="SW_IG">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_NT">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_PS">
						<BIT>2</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0917</ADDRESS>
					<SW id="SW_KS_inverted">
						<BIT></BIT><!-- TODO CHECK //-->
					</SW>
				</SWBLOCK>

				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0003</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0015</ADDRESS>
					<BITFIELD>
						<DC id="DTC_11">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_12">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_13_CRANK">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_14_XT6">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_15_XT6">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_21">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_22">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_23_QA">
							<BIT>1</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0004</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0016</ADDRESS>
					<BITFIELD>
						<DC id="DTC_25_XT6">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_24">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_31">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_32">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_33">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_35">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_41_Lseries">
							<BIT>1</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0005</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0017</ADDRESS>
					<BITFIELD>
						<DC id="DTC_51">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_52">
							<BIT>4</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
			</ID_BYTE3>
		</ID_BYTE2>
	</ID_BYTE1>
	<ID_BYTE1 value="0xF8">
		<MODELNAME>L series and XT</MODELNAME>
		<ID_BYTE2 value="0x14">
			<ID_BYTE3 value_start="0x00" value_end="0xFF">
				<YEAR>1989</YEAR>
				<SYSTEMDESCRIPTION>YEAR 1989</SYSTEMDESCRIPTION>

				<MB id="MB_VSP">
					<ADDRESS>0x091B</ADDRESS>
				</MB>
				<MB id="MB_EREV">
					<ADDRESS>0x090B</ADDRESS>
				</MB>
				<MB id="MB_TW">
					<ADDRESS>0x0922</ADDRESS>
				</MB>
				<MB id="MB_ADVS">
					<ADDRESS>0x091E</ADDRESS>
				</MB>
				<MB id="MB_QA_Lseries">
					<ADDRESS>0x0903</ADDRESS>
				</MB>
				<MB id="MB_LDATA">
					<ADDRESS>0x0902</ADDRESS>
				</MB>
				<MB id="MB_THV_Lseries">
					<ADDRESS>0x0909</ADDRESS>
				</MB>
				<MB id="MB_TIM_Lseries">
					<ADDRESS></ADDRESS><!-- TODO: no regular communication //-->
				</MB>
				<MB id="MB_O2_Lseries">
					<ADDRESS>0x0924</ADDRESS>
				</MB>
				<MB id="MB_ALPHA_Lseries">
					<ADDRESS>0x0923</ADDRESS>
				</MB>
				<MB id="MB_RTRD_Lseries">
					<ADDRESS>0x0920</ADDRESS>
				</MB>
				<MB id="MB_FPDY_Lseries">
					<ADDRESS>0x0916</ADDRESS>
				</MB>

				<SWBLOCK>
					<ADDRESS>0x091A</ADDRESS>
					<SW id="SW_FP">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_CN">
						<BIT>2</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0919</ADDRESS>
					<SW id="SW_AC">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_ID">
						<BIT>7</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0917</ADDRESS>
					<SW id="SW_IG">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_NT">
						<BIT>4</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0003</ADDRESS>
					<SW id="SW_ER">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_AX">
						<BIT>2</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0015</ADDRESS>
					<SW id="SW_KS_inverted">
						<BIT>5</BIT><!-- invers //-->
					</SW>
				</SWBLOCK>

				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B86</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B82</ADDRESS>
					<BITFIELD>
						<DC id="DTC_11">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_12">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_13_CRANK">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_14_Lseries">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_15_Lseries">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_23_QA">
							<BIT>1</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B87</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B83</ADDRESS>
					<BITFIELD>
						<DC id="DTC_26">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_31">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_32">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_33">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_34">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_35">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_41_Lseries">
							<BIT>1</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B88</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B84</ADDRESS>
					<BITFIELD>
						<DC id="DTC_44">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_51">
							<BIT>5</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
			</ID_BYTE3>
		</ID_BYTE2>
	</ID_BYTE1>
	<ID_BYTE1 value="0x79">
		<YEAR>1989</YEAR>
		<SYSTEMDESCRIPTION>YEAR 1989</SYSTEMDESCRIPTION>
		<MODELNAME>L series and XT</MODELNAME>

		<ID_BYTE2 value="0x13">
			<ID_BYTE3 value_start="0x00" value_end="0xFF">
				<MB id="MB_VSP">
					<ADDRESS>0x091B</ADDRESS>
				</MB>
				<MB id="MB_EREV">
					<ADDRESS>0x090B</ADDRESS>
				</MB>
				<MB id="MB_TW">
					<ADDRESS>0x0922</ADDRESS>
				</MB>
				<MB id="MB_ADVS">
					<ADDRESS>0x091E</ADDRESS>
				</MB>
				<MB id="MB_QA_Lseries">
					<ADDRESS>0x0903</ADDRESS>
				</MB>
				<MB id="MB_LDATA">
					<ADDRESS>0x0902</ADDRESS>
				</MB>
				<MB id="MB_THV_Lseries">
					<ADDRESS>0x0909</ADDRESS>
				</MB>
				<MB id="MB_TIM_Lseries">
					<ADDRESS></ADDRESS><!-- TODO: no regular communication //-->
				</MB>
				<MB id="MB_O2_Lseries">
					<ADDRESS>0x0924</ADDRESS>
				</MB>
				<MB id="MB_ALPHA_Lseries">
					<ADDRESS>0x0923</ADDRESS>
				</MB>
				<MB id="MB_RTRD_Lseries">
					<ADDRESS>0x0920</ADDRESS>
				</MB>
				<MB id="MB_WGC_Lseries">
					<ADDRESS>0x0934</ADDRESS>
				</MB>
				<MB id="MB_FPDY_Lseries">
					<ADDRESS>0x0916</ADDRESS>
				</MB>

				<SWBLOCK>
					<ADDRESS>0x091A</ADDRESS>
					<SW id="SW_FP">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_CN">
						<BIT>2</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0919</ADDRESS>
					<SW id="SW_AC">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_ID">
						<BIT>7</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0917</ADDRESS>
					<SW id="SW_IG">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_NT">
						<BIT>4</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0003</ADDRESS>
					<SW id="SW_ER">
						<BIT>3</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0015</ADDRESS>
					<SW id="SW_KS_inverted">
						<BIT>5</BIT><!-- invers //-->
					</SW>
				</SWBLOCK>

				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B86</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B82</ADDRESS>
					<BITFIELD>
						<DC id="DTC_11">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_12">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_13_CRANK">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_14_Lseries">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_15_Lseries">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_21">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_22">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_23_QA">
							<BIT>1</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B87</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B83</ADDRESS>
					<BITFIELD>
						<DC id="DTC_31">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_32">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_33">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_34">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_35">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_41_Lseries">
							<BIT>1</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B88</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B84</ADDRESS>
					<BITFIELD>
						<DC id="DTC_44">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_51">
							<BIT>5</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
			</ID_BYTE3>
		</ID_BYTE2>
		<ID_BYTE2 value="0x15">
			<ID_BYTE3 value_start="0x00" value_end="0xFF">
				<MB id="MB_VSP">
					<ADDRESS>0x091B</ADDRESS>
				</MB>
				<MB id="MB_EREV">
					<ADDRESS>0x090B</ADDRESS>
				</MB>
				<MB id="MB_TW">
					<ADDRESS>0x0922</ADDRESS>
				</MB>
				<MB id="MB_ADVS">
					<ADDRESS>0x091E</ADDRESS>
				</MB>
				<MB id="MB_QA_Lseries">
					<ADDRESS>0x0903</ADDRESS>
				</MB>
				<MB id="MB_LDATA">
					<ADDRESS>0x0902</ADDRESS>
				</MB>
				<MB id="MB_THV_Lseries">
					<ADDRESS>0x0909</ADDRESS>
				</MB>
				<MB id="MB_TIM_Lseries">
					<ADDRESS></ADDRESS><!-- TODO: no regular communication //-->
				</MB>
				<MB id="MB_O2_Lseries">
					<ADDRESS>0x0924</ADDRESS>
				</MB>
				<MB id="MB_ALPHA_Lseries">
					<ADDRESS>0x0923</ADDRESS>
				</MB>
				<MB id="MB_RTRD_Lseries">
					<ADDRESS>0x0920</ADDRESS>
				</MB>
				<MB id="MB_FPDY_Lseries">
					<ADDRESS>0x0916</ADDRESS>
				</MB>

				<SWBLOCK>
					<ADDRESS>0x091A</ADDRESS>
					<SW id="SW_FP">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_CN">
						<BIT>2</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0919</ADDRESS>
					<SW id="SW_AC">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_ID">
						<BIT>7</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0917</ADDRESS>
					<SW id="SW_IG">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_NT">
						<BIT>4</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0003</ADDRESS>
					<SW id="SW_ER">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_AX">
						<BIT>2</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x0015</ADDRESS>
					<SW id="SW_KS_inverted">
						<BIT>5</BIT><!-- invers //-->
					</SW>
				</SWBLOCK>

				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B86</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B82</ADDRESS>
					<BITFIELD>
						<DC id="DTC_11">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_12">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_13_CRANK">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_14_Lseries">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_15_Lseries">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_23_QA">
							<BIT>1</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B87</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B83</ADDRESS>
					<BITFIELD>
						<DC id="DTC_26">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_31">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_32">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_33">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_34">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_35">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_41_Lseries">
							<BIT>1</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x0B88</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x0B84</ADDRESS>
					<BITFIELD>
						<DC id="DTC_44">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_51">
							<BIT>5</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
			</ID_BYTE3>
		</ID_BYTE2>
	</ID_BYTE1>
	<ID_BYTE1 value="0x72">
		<YEAR>1992</YEAR>
		<ID_BYTE2 value="0x25">
			<SYSTEMDESCRIPTION>3.3 MPFI</SYSTEMDESCRIPTION>
			<MODEL>SVX</MODEL>

			<CLEARMEMORY>
				<ADDRESS>0x1496</ADDRESS><!-- TODO 0x1497 must also be cleaned //-->
				<VALUE>0x0000</VALUE>
			</CLEARMEMORY>

			<ID_BYTE3 value_start="0x10" value_end="0x1F">
				<MB id="MB_VB">
					<ADDRESS>0x102F</ADDRESS>
				</MB>
				<MB id="MB_VSP">
					<ADDRESS>0x1071</ADDRESS>
				</MB>
				<MB id="MB_EREV">
					<ADDRESS>0x106F</ADDRESS>
				</MB>
				<MB id="MB_TW">
					<ADDRESS>0x1185</ADDRESS>
				</MB>
				<MB id="MB_ADVS">
					<ADDRESS>0x10A2</ADDRESS>
				</MB>
				<MB id="MB_QA_SVX">
					<ADDRESS>0x1283</ADDRESS>
				</MB>
				<MB id="MB_LDATA">
					<ADDRESS>0x1282</ADDRESS>
				</MB>
				<MB id="MB_THV_SVX">
					<ADDRESS>0x128C</ADDRESS>
				</MB>
				<MB id="MB_TIM">
					<ADDRESS>0x1280</ADDRESS>
				</MB>
				<MB id="MB_ISC">
					<ADDRESS>0x129D</ADDRESS>
				</MB>
				<MB id="MB_O2_R_SVX">
					<ADDRESS>0x1291</ADDRESS>
				</MB>
				<MB id="MB_O2_Rmax_SVX">
					<ADDRESS>0x12B0</ADDRESS>
				</MB>
				<MB id="MB_O2_Rmin_SVX">
					<ADDRESS>0x12B1</ADDRESS>
				</MB>
				<MB id="MB_ALPHA_R_SVX">
					<ADDRESS>0x1097</ADDRESS>
				</MB>
				<MB id="MB_O2_L_SVX">
					<ADDRESS>0x1292</ADDRESS>
				</MB>
				<MB id="MB_O2_Lmax_SVX">
					<ADDRESS>0x12B2</ADDRESS>
				</MB>
				<MB id="MB_O2_Lmin_SVX">
					<ADDRESS>0x12B3</ADDRESS>
				</MB>
				<MB id="MB_ALPHA_L_SVX">
					<ADDRESS>0x109F</ADDRESS>
				</MB>
				<MB id="MB_RTRD_SVX">
					<ADDRESS>0x12A7</ADDRESS>
				</MB>
				<MB id="MB_CPCP">
					<ADDRESS>0x12A5</ADDRESS>
				</MB>

				<SWBLOCK>
					<ADDRESS>0x105A</ADDRESS>
					<SW id="SW_IG">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_AC">
						<BIT>2</BIT>
					</SW>
					<SW id="SW_ID">
						<BIT>8</BIT>
					</SW>
					<SW id="SW_AP">
						<BIT>6</BIT>
					</SW>
					<SW id="SW_NT">
						<BIT>1</BIT>
					</SW>
					<SW id="SW_PS">
						<BIT>5</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x105B</ADDRESS>
					<SW id="SW_UD">
						<BIT>2</BIT>
					</SW>
					<SW id="SW_RM">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_TR">
						<BIT>6</BIT>
					</SW>
					<SW id="SW_PK">
						<BIT>4</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x119D</ADDRESS>
					<SW id="SW_R2">
						<BIT>5</BIT>
					</SW>
					<SW id="SW_R1">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_FP">
						<BIT>8</BIT>
					</SW>
					<SW id="SW_IH">
						<BIT>6</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x11A6</ADDRESS>
					<SW id="SW_KS">
						<BIT>1</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x14AE</ADDRESS>
					<SW id="SW_FP_2">
						<BIT>5</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x1021</ADDRESS>
					<SW id="SW_OL">
						<BIT>7</BIT>
					</SW>
					<SW id="SW_OR">
						<BIT>3</BIT>
					</SW>
				</SWBLOCK>

				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1026</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x12B9</ADDRESS>
					<BITFIELD>
						<DC id="DTC_11_SVX">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_12">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_13_CAM">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_21">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_22_SVX">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_23_QA">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_31">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_32_SVX">
							<BIT>4</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1027</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x12BA</ADDRESS>
					<BITFIELD>
						<DC id="DTC_24">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_28_SVX">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_33">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_35">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_37">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_41">
							<BIT>1</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1028</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x12BB</ADDRESS>
					<BITFIELD>
						<DC id="DTC_14">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_15">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_16">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_17">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_18">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_19">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_51">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_52">
							<BIT>7</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1029</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x12BC</ADDRESS>
					<BITFIELD>
						<DC id="DTC_29">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_38">
							<BIT>4</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
			</ID_BYTE3>
			<ID_BYTE3 value_start="0x20" value_end="0x2F">
				<MB id="MB_VB">
					<ADDRESS>0x102F</ADDRESS>
				</MB>
				<MB id="MB_VSP">
					<ADDRESS>0x1071</ADDRESS>
				</MB>
				<MB id="MB_EREV">
					<ADDRESS>0x106F</ADDRESS>
				</MB>
				<MB id="MB_TW">
					<ADDRESS>0x1185</ADDRESS>
				</MB>
				<MB id="MB_ADVS">
					<ADDRESS>0x10A2</ADDRESS>
				</MB>
				<MB id="MB_QA_SVX">
					<ADDRESS>0x1283</ADDRESS>
				</MB>
				<MB id="MB_LDATA">
					<ADDRESS>0x1282</ADDRESS>
				</MB>
				<MB id="MB_THV_SVX">
					<ADDRESS>0x128C</ADDRESS>
				</MB>
				<MB id="MB_TIM">
					<ADDRESS>0x1280</ADDRESS>
				</MB>
				<MB id="MB_ISC">
					<ADDRESS>0x129D</ADDRESS>
				</MB>
				<MB id="MB_O2_R_SVX">
					<ADDRESS>0x1291</ADDRESS>
				</MB>
				<MB id="MB_O2_Rmax_SVX">
					<ADDRESS>0x12B0</ADDRESS>
				</MB>
				<MB id="MB_O2_Rmin_SVX">
					<ADDRESS>0x12B1</ADDRESS>
				</MB>
				<MB id="MB_ALPHA_R_SVX">
					<ADDRESS>0x1097</ADDRESS>
				</MB>
				<MB id="MB_O2_L_SVX">
					<ADDRESS>0x1292</ADDRESS>
				</MB>
				<MB id="MB_O2_Lmax_SVX">
					<ADDRESS>0x12B2</ADDRESS>
				</MB>
				<MB id="MB_O2_Lmin_SVX">
					<ADDRESS>0x12B3</ADDRESS>
				</MB>
				<MB id="MB_ALPHA_L_SVX">
					<ADDRESS>0x109F</ADDRESS>
				</MB>
				<MB id="MB_RTRD_SVX">
					<ADDRESS>0x12A7</ADDRESS>
				</MB>
				<MB id="MB_CPCP">
					<ADDRESS>0x12A5</ADDRESS>
				</MB>
				<MB id="MB_BARO.P_SVX">
					<ADDRESS>0x125F</ADDRESS>
				</MB>

				<SWBLOCK>
					<ADDRESS>0x105A</ADDRESS>
					<SW id="SW_IG">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_AC">
						<BIT>2</BIT>
					</SW>
					<SW id="SW_ID">
						<BIT>8</BIT>
					</SW>
					<SW id="SW_AP">
						<BIT>6</BIT>
					</SW>
					<SW id="SW_NT">
						<BIT>1</BIT>
					</SW>
					<SW id="SW_PS">
						<BIT>5</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x105B</ADDRESS>
					<SW id="SW_UD">
						<BIT>2</BIT>
					</SW>
					<SW id="SW_RM">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_TR">
						<BIT>6</BIT>
					</SW>
					<SW id="SW_PK">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_FC">
						<BIT>1</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x119D</ADDRESS>
					<SW id="SW_R2">
						<BIT>5</BIT>
					</SW>
					<SW id="SW_R1">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_FP">
						<BIT>8</BIT>
					</SW>
					<SW id="SW_ER">
						<BIT>7</BIT>
					</SW>
					<SW id="SW_IH">
						<BIT>6</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x11A6</ADDRESS>
					<SW id="SW_KS">
						<BIT>1</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x14AE</ADDRESS>
					<SW id="SW_FP_2">
						<BIT>5</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x1021</ADDRESS>
					<SW id="SW_OL">
						<BIT>7</BIT>
					</SW>
					<SW id="SW_OR">
						<BIT>3</BIT>
					</SW>
				</SWBLOCK>

				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1026</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x12B9</ADDRESS>
					<BITFIELD>
						<DC id="DTC_11_SVX">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_12">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_13_CAM">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_21">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_22_SVX">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_23_QA">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_31">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_32_SVX">
							<BIT>4</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1027</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x12BA</ADDRESS>
					<BITFIELD>
						<DC id="DTC_24">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_28_SVX">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_33">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_35">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_37">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_41">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_45">
							<BIT>8</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1028</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x12BB</ADDRESS>
					<BITFIELD>
						<DC id="DTC_14">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_15">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_16">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_17">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_18">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_19">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_51">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_52">
							<BIT>7</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1029</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x12BC</ADDRESS>
					<BITFIELD>
						<DC id="DTC_29">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_38">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_55">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_56">
							<BIT>3</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
			</ID_BYTE3>
			<ID_BYTE3 value_start="0x30" value_end="0x3F"><!-- NOTE must be the same as RomID[3]=10 //-->
				<MB id="MB_VB">
					<ADDRESS>0x102F</ADDRESS>
				</MB>
				<MB id="MB_VSP">
					<ADDRESS>0x1071</ADDRESS>
				</MB>
				<MB id="MB_EREV">
					<ADDRESS>0x106F</ADDRESS>
				</MB>
				<MB id="MB_TW">
					<ADDRESS>0x1185</ADDRESS>
				</MB>
				<MB id="MB_ADVS">
					<ADDRESS>0x10A2</ADDRESS>
				</MB>
				<MB id="MB_QA_SVX">
					<ADDRESS>0x1283</ADDRESS>
				</MB>
				<MB id="MB_LDATA">
					<ADDRESS>0x1282</ADDRESS>
				</MB>
				<MB id="MB_THV_SVX">
					<ADDRESS>0x128C</ADDRESS>
				</MB>
				<MB id="MB_TIM">
					<ADDRESS>0x1280</ADDRESS>
				</MB>
				<MB id="MB_ISC">
					<ADDRESS>0x129D</ADDRESS>
				</MB>
				<MB id="MB_O2_R_SVX">
					<ADDRESS>0x1291</ADDRESS>
				</MB>
				<MB id="MB_O2_Rmax_SVX">
					<ADDRESS>0x12B0</ADDRESS>
				</MB>
				<MB id="MB_O2_Rmin_SVX">
					<ADDRESS>0x12B1</ADDRESS>
				</MB>
				<MB id="MB_ALPHA_R_SVX">
					<ADDRESS>0x1097</ADDRESS>
				</MB>
				<MB id="MB_O2_L_SVX">
					<ADDRESS>0x1292</ADDRESS>
				</MB>
				<MB id="MB_O2_Lmax_SVX">
					<ADDRESS>0x12B2</ADDRESS>
				</MB>
				<MB id="MB_O2_Lmin_SVX">
					<ADDRESS>0x12B3</ADDRESS>
				</MB>
				<MB id="MB_ALPHA_L_SVX">
					<ADDRESS>0x109F</ADDRESS>
				</MB>
				<MB id="MB_RTRD_SVX">
					<ADDRESS>0x12A7</ADDRESS>
				</MB>
				<MB id="MB_CPCP">
					<ADDRESS>0x12A5</ADDRESS>
				</MB>

				<SWBLOCK>
					<ADDRESS>0x105A</ADDRESS>
					<SW id="SW_IG">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_AC">
						<BIT>2</BIT>
					</SW>
					<SW id="SW_ID">
						<BIT>8</BIT>
					</SW>
					<SW id="SW_AP">
						<BIT>6</BIT>
					</SW>
					<SW id="SW_NT">
						<BIT>1</BIT>
					</SW>
					<SW id="SW_PS">
						<BIT>5</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x105B</ADDRESS>
					<SW id="SW_UD">
						<BIT>2</BIT>
					</SW>
					<SW id="SW_RM">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_TR">
						<BIT>6</BIT>
					</SW>
					<SW id="SW_PK">
						<BIT>4</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x119D</ADDRESS>
					<SW id="SW_R2">
						<BIT>5</BIT>
					</SW>
					<SW id="SW_R1">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_FP">
						<BIT>8</BIT>
					</SW>
					<SW id="SW_IH">
						<BIT>6</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x11A6</ADDRESS>
					<SW id="SW_KS">
						<BIT>1</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x14AE</ADDRESS>
					<SW id="SW_FP_2">
						<BIT>5</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x1021</ADDRESS>
					<SW id="SW_OL">
						<BIT>7</BIT>
					</SW>
					<SW id="SW_OR">
						<BIT>3</BIT>
					</SW>
				</SWBLOCK>

				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1026</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x12B9</ADDRESS>
					<BITFIELD>
						<DC id="DTC_11_SVX">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_12">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_13_CAM">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_21">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_22_SVX">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_23_QA">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_31">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_32_SVX">
							<BIT>4</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1027</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x12BA</ADDRESS>
					<BITFIELD>
						<DC id="DTC_24">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_28_SVX">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_33">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_35">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_37">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_41">
							<BIT>1</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1028</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x12BB</ADDRESS>
					<BITFIELD>
						<DC id="DTC_14">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_15">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_16">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_17">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_18">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_19">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_51">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_52">
							<BIT>7</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1029</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x12BC</ADDRESS>
					<BITFIELD>
						<DC id="DTC_29">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_38">
							<BIT>4</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
			</ID_BYTE3>
			<ID_BYTE3 value_start="0x40" value_end="0x4F">
				<MB id="MB_VB">
					<ADDRESS>0x102F</ADDRESS>
				</MB>
				<MB id="MB_VSP">
					<ADDRESS>0x1071</ADDRESS>
				</MB>
				<MB id="MB_EREV">
					<ADDRESS>0x106F</ADDRESS>
				</MB>
				<MB id="MB_TW">
					<ADDRESS>0x1185</ADDRESS>
				</MB>
				<MB id="MB_ADVS">
					<ADDRESS>0x10A2</ADDRESS>
				</MB>
				<MB id="MB_QA_SVX">
					<ADDRESS>0x1283</ADDRESS>
				</MB>
				<MB id="MB_LDATA">
					<ADDRESS>0x1282</ADDRESS>
				</MB>
				<MB id="MB_THV_SVX">
					<ADDRESS>0x128C</ADDRESS>
				</MB>
				<MB id="MB_TIM">
					<ADDRESS>0x1280</ADDRESS>
				</MB>
				<MB id="MB_ISC">
					<ADDRESS>0x129D</ADDRESS>
				</MB>
				<MB id="MB_RTRD_SVX">
					<ADDRESS>0x12A7</ADDRESS>
				</MB>
				<MB id="MB_CPCP">
					<ADDRESS>0x12A5</ADDRESS>
				</MB>
				<MB id="MB_COADJ">
					<ADDRESS>0x12B6</ADDRESS>
				</MB>

				<SWBLOCK>
					<ADDRESS>0x105A</ADDRESS>
					<SW id="SW_IG">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_AC">
						<BIT>2</BIT>
					</SW>
					<SW id="SW_ID">
						<BIT>8</BIT>
					</SW>
					<SW id="SW_AP">
						<BIT>6</BIT>
					</SW>
					<SW id="SW_NT">
						<BIT>1</BIT>
					</SW>
					<SW id="SW_PS">
						<BIT>5</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x105B</ADDRESS>
					<SW id="SW_UD">
						<BIT>2</BIT>
					</SW>
					<SW id="SW_RM">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_TR">
						<BIT>6</BIT>
					</SW>
					<SW id="SW_PK">
						<BIT>4</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x119D</ADDRESS>
					<SW id="SW_R2">
						<BIT>5</BIT>
					</SW>
					<SW id="SW_R1">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_FP">
						<BIT>8</BIT>
					</SW>
					<SW id="SW_IH">
						<BIT>6</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x11A6</ADDRESS>
					<SW id="SW_KS">
						<BIT>1</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x14AE</ADDRESS>
					<SW id="SW_FP_2">
						<BIT>5</BIT>
					</SW>
				</SWBLOCK>

				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1026</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x12B9</ADDRESS>
					<BITFIELD>
						<DC id="DTC_11_SVX">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_12">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_13_CAM">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_21">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_22_SVX">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_23_QA">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_31">
							<BIT>5</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1027</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x12BA</ADDRESS>
					<BITFIELD>
						<DC id="DTC_24">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_28_SVX">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_33">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_35">
							<BIT>2</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1028</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x12BB</ADDRESS>
					<BITFIELD>
						<DC id="DTC_14">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_15">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_16">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_17">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_18">
							<BIT>8</BIT>
						</DC>
						<DC id="DTC_19">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_51">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_52">
							<BIT>7</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1029</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x12BC</ADDRESS>
					<BITFIELD>
						<DC id="DTC_29">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_38">
							<BIT>4</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
			</ID_BYTE3>
		</ID_BYTE2>
		<ID_BYTE2 value="0x34">
			<SYSTEMDESCRIPTION>2.0 TURBO</SYSTEMDESCRIPTION>
			<MODEL>LEGACY</MODEL>

			<CLEARMEMORY>
				<ADDRESS>0x135E</ADDRESS>
				<VALUE>0x0000</VALUE>
			</CLEARMEMORY>

			<ID_BYTE3 value_start="0x20" value_end="0x2F">
				<MB id="MB_VB">
					<ADDRESS>0x1335</ADDRESS>
				</MB>
				<MB id="MB_VSP">
					<ADDRESS>0x1336</ADDRESS>
				</MB>
				<MB id="MB_EREV">
					<ADDRESS>0x1338</ADDRESS>
				</MB>
				<MB id="MB_TW">
					<ADDRESS>0x1337</ADDRESS>
				</MB>
				<MB id="MB_ADVS_NONLINEAR">
					<ADDRESS>0x1323</ADDRESS>
				</MB>
				<MB id="MB_QA">
					<ADDRESS>0x1307</ADDRESS>
				</MB>
				<MB id="MB_LDATA">
					<ADDRESS>0x1305</ADDRESS>
				</MB>
				<MB id="MB_THV">
					<ADDRESS>0x1329</ADDRESS>
				</MB>
				<MB id="MB_TIM">
					<ADDRESS>0x1306</ADDRESS>
				</MB>
				<MB id="MB_ISC">
					<ADDRESS>0x1314</ADDRESS>
				</MB>
				<MB id="MB_O2_R">
					<ADDRESS>0x1310</ADDRESS>
				</MB>
				<MB id="MB_O2_Rmax">
					<ADDRESS>0x133A</ADDRESS>
				</MB>
				<MB id="MB_O2_Rmin">
					<ADDRESS>0x133B</ADDRESS>
				</MB>
				<MB id="MB_ALPHA_R">
					<ADDRESS>0x133E</ADDRESS>
				</MB>
				<MB id="MB_RTRD">
					<ADDRESS>0x1328</ADDRESS>
				</MB>
				<MB id="MB_WGC">
					<ADDRESS>0x131E</ADDRESS>
				</MB>
				<MB id="MB_BARO_P">
					<ADDRESS>0x1340</ADDRESS>
				</MB>
				<!--<MB id="MB_MANI_P"> TODO: Read 2 addresses
					<ADDRESS>0x1340 und 0x1341</ADDRESS>
				</MB>//-->
				<MB id="MB_ALT_CUT">
					<ADDRESS>0x1342</ADDRESS>
				</MB>

				<SWBLOCK>
					<ADDRESS>0x1343</ADDRESS>
					<SW id="SW_IG">
						<BIT>8</BIT>
					</SW>
					<SW id="SW_AT">
						<BIT>7</BIT>
					</SW>
					<SW id="SW_UD">
						<BIT>6</BIT>
					</SW>
					<SW id="SW_RM">
						<BIT>5</BIT>
					</SW>
					<SW id="SW_AS">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_NT">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_PK">
						<BIT>2</BIT>
					</SW>
					<SW id="SW_SS">
						<BIT>1</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x1344</ADDRESS>
					<SW id="SW_RF">
						<BIT>5</BIT>
					</SW>
					<SW id="SW_FP">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_KS">
						<BIT>2</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x1345</ADDRESS>
					<SW id="SW_MC">
						<BIT>8</BIT>
					</SW>
					<SW id="SW_IC">
						<BIT>7</BIT>
					</SW>
					<SW id="SW_BR">
						<BIT>6</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x134C</ADDRESS>
					<SW id="SW_OR">
						<BIT>1</BIT>
					</SW>
				</SWBLOCK>

				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1346</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x1349</ADDRESS>
					<BITFIELD>
						<DC id="DTC_57">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_42">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_43_ACCSW">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_44">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_45">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_49_SYS_ERR">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_51">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_52">
							<BIT>8</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1347</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x134A</ADDRESS>
					<BITFIELD>
						<DC id="DTC_21">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_22">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_23_QA">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_24">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_31">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_32">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_33">
							<BIT>7</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1348</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x134B</ADDRESS>
					<BITFIELD>
						<DC id="DTC_11">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_12">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_13_CAM">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_14">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_15">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_16">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_17">
							<BIT>7</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
			</ID_BYTE3>
			<ID_BYTE3 value_start="0xA0" value_end="0xAF">
				<MB id="MB_VB">
					<ADDRESS>0x1335</ADDRESS>
				</MB>
				<MB id="MB_VSP">
					<ADDRESS>0x1336</ADDRESS>
				</MB>
				<MB id="MB_EREV">
					<ADDRESS>0x1338</ADDRESS>
				</MB>
				<MB id="MB_TW">
					<ADDRESS>0x1337</ADDRESS>
				</MB>
				<MB id="MB_ADVS_NONLINEAR">
					<ADDRESS>0x1323</ADDRESS>
				</MB>
				<MB id="MB_QA">
					<ADDRESS>0x1307</ADDRESS>
				</MB>
				<MB id="MB_LDATA">
					<ADDRESS>0x1305</ADDRESS>
				</MB>
				<MB id="MB_THV">
					<ADDRESS>0x1329</ADDRESS>
				</MB>
				<MB id="MB_TIM">
					<ADDRESS>0x1306</ADDRESS>
				</MB>
				<MB id="MB_ISC">
					<ADDRESS>0x1314</ADDRESS>
				</MB>
				<MB id="MB_O2_R">
					<ADDRESS>0x1310</ADDRESS>
				</MB>
				<MB id="MB_O2_Rmax">
					<ADDRESS>0x133A</ADDRESS>
				</MB>
				<MB id="MB_O2_Rmin">
					<ADDRESS>0x133B</ADDRESS>
				</MB>
				<MB id="MB_ALPHA_R">
					<ADDRESS>0x133E</ADDRESS>
				</MB>
				<MB id="MB_RTRD">
					<ADDRESS>0x1328</ADDRESS>
				</MB>
				<MB id="MB_WGC">
					<ADDRESS>0x131E</ADDRESS>
				</MB>
				<MB id="MB_BARO_P">
					<ADDRESS>0x1340</ADDRESS>
				</MB>
				<!--<MB id="MB_MANI_P"> TODO: Read 2 addresses
					<ADDRESS>0x1340 und 0x1341</ADDRESS>
				</MB>//-->

				<SWBLOCK>
					<ADDRESS>0x1343</ADDRESS>
					<SW id="SW_IG">
						<BIT>8</BIT>
					</SW>
					<SW id="SW_AT">
						<BIT>7</BIT>
					</SW>
					<SW id="SW_UD">
						<BIT>6</BIT>
					</SW>
					<SW id="SW_RM">
						<BIT>5</BIT>
					</SW>
					<SW id="SW_NT">
						<BIT>3</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x1344</ADDRESS>
					<SW id="SW_RF">
						<BIT>5</BIT>
					</SW>
					<SW id="SW_FP">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_CN">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_KS">
						<BIT>2</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x1345</ADDRESS>
					<SW id="SW_MC">
						<BIT>8</BIT>
					</SW>
					<SW id="SW_IC">
						<BIT>7</BIT>
					</SW>
					<SW id="SW_BR">
						<BIT>6</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x134C</ADDRESS>
					<SW id="SW_OR">
						<BIT>1</BIT>
					</SW>
				</SWBLOCK>

				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1346</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x1349</ADDRESS>
					<BITFIELD>
						<DC id="DTC_42">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_44">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_45">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_49_SYS_ERR">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_51">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_52">
							<BIT>8</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1347</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x134A</ADDRESS>
					<BITFIELD>
						<DC id="DTC_21">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_22">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_23_QA">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_24">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_31">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_32">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_33">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_35">
							<BIT>8</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1348</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x134B</ADDRESS>
					<BITFIELD>
						<DC id="DTC_11">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_12">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_13_CAM">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_14">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_15">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_16">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_17">
							<BIT>7</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
			</ID_BYTE3>
		</ID_BYTE2>
	</ID_BYTE1>
	<ID_BYTE1 value="0x73">
		<YEAR>1993</YEAR>
		<ID_BYTE2 value="0x34">
			<SYSTEMDESCRIPTION>2.0 TURBO</SYSTEMDESCRIPTION>
			<MODEL>LEGACY</MODEL>

			<CLEARMEMORY>
				<ADDRESS>0x135E</ADDRESS>
				<VALUE>0x0000</VALUE>
			</CLEARMEMORY>

			<ID_BYTE3 value_start="0x20" value_end="0x2F">
				<MB id="MB_VB">
					<ADDRESS>0x1335</ADDRESS>
				</MB>
				<MB id="MB_VSP">
					<ADDRESS>0x1336</ADDRESS>
				</MB>
				<MB id="MB_EREV">
					<ADDRESS>0x1338</ADDRESS>
				</MB>
				<MB id="MB_TW">
					<ADDRESS>0x1337</ADDRESS>
				</MB>
				<MB id="MB_ADVS_NONLINEAR">
					<ADDRESS>0x1323</ADDRESS>
				</MB>
				<MB id="MB_QA">
					<ADDRESS>0x1307</ADDRESS>
				</MB>
				<MB id="MB_LDATA">
					<ADDRESS>0x1305</ADDRESS>
				</MB>
				<MB id="MB_THV">
					<ADDRESS>0x1329</ADDRESS>
				</MB>
				<MB id="MB_TIM">
					<ADDRESS>0x1306</ADDRESS>
				</MB>
				<MB id="MB_ISC">
					<ADDRESS>0x1314</ADDRESS>
				</MB>
				<MB id="MB_O2_R">
					<ADDRESS>0x1310</ADDRESS>
				</MB>
				<MB id="MB_O2_Rmax">
					<ADDRESS>0x133A</ADDRESS>
				</MB>
				<MB id="MB_O2_Rmin">
					<ADDRESS>0x133B</ADDRESS>
				</MB>
				<MB id="MB_ALPHA_R">
					<ADDRESS>0x133E</ADDRESS>
				</MB>
				<MB id="MB_RTRD">
					<ADDRESS>0x1328</ADDRESS>
				</MB>
				<MB id="MB_WGC">
					<ADDRESS>0x131E</ADDRESS>
				</MB>
				<MB id="MB_BARO_P">
					<ADDRESS>0x1340</ADDRESS>
				</MB>
				<!--<MB id="MB_MANI_P"> TODO: Read 2 addresses
					<ADDRESS>0x1340 und 0x1341</ADDRESS>
				</MB>//-->
				<MB id="MB_ALT_CUT">
					<ADDRESS>0x1342</ADDRESS>
				</MB>

				<SWBLOCK>
					<ADDRESS>0x1343</ADDRESS>
					<SW id="SW_IG">
						<BIT>8</BIT>
					</SW>
					<SW id="SW_AT">
						<BIT>7</BIT>
					</SW>
					<SW id="SW_UD">
						<BIT>6</BIT>
					</SW>
					<SW id="SW_RM">
						<BIT>5</BIT>
					</SW>
					<SW id="SW_AS">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_NT">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_PK">
						<BIT>2</BIT>
					</SW>
					<SW id="SW_SS">
						<BIT>1</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x1344</ADDRESS>
					<SW id="SW_RF">
						<BIT>5</BIT>
					</SW>
					<SW id="SW_FP">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_KS">
						<BIT>2</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x1345</ADDRESS>
					<SW id="SW_MC">
						<BIT>8</BIT>
					</SW>
					<SW id="SW_IC">
						<BIT>7</BIT>
					</SW>
					<SW id="SW_BR">
						<BIT>6</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x134C</ADDRESS>
					<SW id="SW_OR">
						<BIT>1</BIT>
					</SW>
				</SWBLOCK>

				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1346</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x1349</ADDRESS>
					<BITFIELD>
						<DC id="DTC_57">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_42">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_43_ACCSW">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_44">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_45">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_49_SYS_ERR">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_51">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_52">
							<BIT>8</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1347</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x134A</ADDRESS>
					<BITFIELD>
						<DC id="DTC_21">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_22">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_23_QA">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_24">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_31">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_32">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_33">
							<BIT>7</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1348</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x134B</ADDRESS>
					<BITFIELD>
						<DC id="DTC_11">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_12">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_13_CAM">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_14">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_15">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_16">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_17">
							<BIT>7</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
			</ID_BYTE3>
			<ID_BYTE3 value_start="0xA0" value_end="0xAF">
				<MB id="MB_VB">
					<ADDRESS>0x1335</ADDRESS>
				</MB>
				<MB id="MB_VSP">
					<ADDRESS>0x1336</ADDRESS>
				</MB>
				<MB id="MB_EREV">
					<ADDRESS>0x1338</ADDRESS>
				</MB>
				<MB id="MB_TW">
					<ADDRESS>0x1337</ADDRESS>
				</MB>
				<MB id="MB_ADVS_NONLINEAR">
					<ADDRESS>0x1323</ADDRESS>
				</MB>
				<MB id="MB_QA">
					<ADDRESS>0x1307</ADDRESS>
				</MB>
				<MB id="MB_LDATA">
					<ADDRESS>0x1305</ADDRESS>
				</MB>
				<MB id="MB_THV">
					<ADDRESS>0x1329</ADDRESS>
				</MB>
				<MB id="MB_TIM">
					<ADDRESS>0x1306</ADDRESS>
				</MB>
				<MB id="MB_ISC">
					<ADDRESS>0x1314</ADDRESS>
				</MB>
				<MB id="MB_O2_R">
					<ADDRESS>0x1310</ADDRESS>
				</MB>
				<MB id="MB_O2_Rmax">
					<ADDRESS>0x133A</ADDRESS>
				</MB>
				<MB id="MB_O2_Rmin">
					<ADDRESS>0x133B</ADDRESS>
				</MB>
				<MB id="MB_ALPHA_R">
					<ADDRESS>0x133E</ADDRESS>
				</MB>
				<MB id="MB_RTRD">
					<ADDRESS>0x1328</ADDRESS>
				</MB>
				<MB id="MB_WGC">
					<ADDRESS>0x131E</ADDRESS>
				</MB>
				<MB id="MB_BARO_P">
					<ADDRESS>0x1340</ADDRESS>
				</MB>
				<!--<MB id="MB_MANI_P"> TODO: Read 2 addresses
					<ADDRESS>0x1340 und 0x1341</ADDRESS>
				</MB>//-->

				<SWBLOCK>
					<ADDRESS>0x1343</ADDRESS>
					<SW id="SW_IG">
						<BIT>8</BIT>
					</SW>
					<SW id="SW_AT">
						<BIT>7</BIT>
					</SW>
					<SW id="SW_UD">
						<BIT>6</BIT>
					</SW>
					<SW id="SW_RM">
						<BIT>5</BIT>
					</SW>
					<SW id="SW_NT">
						<BIT>3</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x1344</ADDRESS>
					<SW id="SW_RF">
						<BIT>5</BIT>
					</SW>
					<SW id="SW_FP">
						<BIT>4</BIT>
					</SW>
					<SW id="SW_CN">
						<BIT>3</BIT>
					</SW>
					<SW id="SW_KS">
						<BIT>2</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x1345</ADDRESS>
					<SW id="SW_MC">
						<BIT>8</BIT>
					</SW>
					<SW id="SW_IC">
						<BIT>7</BIT>
					</SW>
					<SW id="SW_BR">
						<BIT>6</BIT>
					</SW>
				</SWBLOCK>
				<SWBLOCK>
					<ADDRESS>0x134C</ADDRESS>
					<SW id="SW_OR">
						<BIT>1</BIT>
					</SW>
				</SWBLOCK>

				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1346</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x1349</ADDRESS>
					<BITFIELD>
						<DC id="DTC_42">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_44">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_45">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_49_SYS_ERR">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_51">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_52">
							<BIT>8</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1347</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x134A</ADDRESS>
					<BITFIELD>
						<DC id="DTC_21">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_22">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_23_QA">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_24">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_31">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_32">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_33">
							<BIT>7</BIT>
						</DC>
						<DC id="DTC_35">
							<BIT>8</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
				<DCBLOCK>
					<ADDRESS type="currentOrTempOrLatest" scaling="bitwise">0x1348</ADDRESS>
					<ADDRESS type="historicOrMemorized" scaling="bitwise">0x134B</ADDRESS>
					<BITFIELD>
						<DC id="DTC_11">
							<BIT>1</BIT>
						</DC>
						<DC id="DTC_12">
							<BIT>2</BIT>
						</DC>
						<DC id="DTC_13_CAM">
							<BIT>3</BIT>
						</DC>
						<DC id="DTC_14">
							<BIT>4</BIT>
						</DC>
						<DC id="DTC_15">
							<BIT>5</BIT>
						</DC>
						<DC id="DTC_16">
							<BIT>6</BIT>
						</DC>
						<DC id="DTC_17">
							<BIT>7</BIT>
						</DC>
					</BITFIELD>
				</DCBLOCK>
			</ID_BYTE3>
		</ID_BYTE2>
	</ID_BYTE1>
</DEFINITIONS>
<DATA_COMMON>
	<MB id="MB_VB">
		<UNIT lang="all">V</UNIT>
		<FORMULA>*8/100</FORMULA>
		<PRECISION>1</PRECISION>
		<TITLE lang="en">Battery voltage</TITLE>
		<TITLE lang="de">Batteriespannung</TITLE>
		<TITLE lang="tr">Akü voltajı</TITLE>
	</MB>
	<MB id="MB_VSP">
		<UNIT lang="all">km/h</UNIT>
		<FORMULA>*2</FORMULA>
		<PRECISION>0</PRECISION>
		<TITLE lang="en">Vehicle speed</TITLE>
		<TITLE lang="de">Fahrzeuggeschwindigkeit</TITLE>
		<TITLE lang="tr">Araç hızı</TITLE>
	</MB>
	<MB id="MB_EREV">
		<UNIT lang="all">rpm</UNIT>
		<FORMULA>*25</FORMULA>
		<PRECISION>0</PRECISION>
		<TITLE lang="en">Engine speed</TITLE>
		<TITLE lang="de">Motordrehzahl</TITLE>
		<TITLE lang="tr">Motor devri</TITLE>
	</MB>
	<MB id="MB_TW">
		<UNIT lang="all">°C</UNIT>
		<FORMULA>-50</FORMULA>
		<PRECISION>0</PRECISION>
		<TITLE lang="en">Water temperature</TITLE>
		<TITLE lang="de">Wassertemperatur</TITLE>
		<TITLE lang="tr">Su sıcaklığı</TITLE>
	</MB>
	<MB id="MB_ADVS">
		<UNIT lang="all">°</UNIT>
		<FORMULA>*1</FORMULA>
		<PRECISION>0</PRECISION>
		<TITLE lang="en">Ignition advance</TITLE>
		<TITLE lang="de">Zündverstellung</TITLE>
		<TITLE lang="tr">Ateşleme avansı</TITLE>
	</MB>
	<MB id="MB_ADVS_NONLINEAR">
		<UNIT lang="all">°</UNIT>
		<FORMULA></FORMULA><!-- TODO nicht linear! //-->
		<PRECISION>0</PRECISION>
		<TITLE lang="en">Ignition advance</TITLE>
		<TITLE lang="de">Zündverstellung</TITLE>
		<TITLE lang="tr">Ateşleme avansı</TITLE>
	</MB>
	<MB id="MB_QA">
		<UNIT lang="all">V</UNIT>
		<FORMULA>/50</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">Airflow sensor voltage</TITLE>
		<TITLE lang="de">Luftmassenmesser Spannung</TITLE>
		<TITLE lang="tr">Hava akımı sensörü voltajı</TITLE>
	</MB>
	<MB id="MB_QA_Lseries">
		<UNIT lang="all">V</UNIT>
		<FORMULA>*1953/10000</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">Airflow sensor voltage</TITLE>
		<TITLE lang="de">Luftmassenmesser Spannung</TITLE>
		<TITLE lang="tr">Hava akımı sensörü voltajı</TITLE>
	</MB>
	<MB id="MB_QA_SVX">
		<UNIT lang="all">V</UNIT>
		<FORMULA>*100/255</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">Airflow sensor voltage</TITLE>
		<TITLE lang="de">Luftmassenmesser Spannung</TITLE>
		<TITLE lang="tr">Hava akımı sensörü voltajı</TITLE>
	</MB>
	<MB id="MB_LDATA">
		<UNIT lang="all"></UNIT>
		<FORMULA>*1</FORMULA>
		<PRECISION>0</PRECISION>
		<TITLE lang="en">Load data</TITLE>
		<TITLE lang="de">Last-Daten</TITLE>
		<TITLE lang="tr">Veri yükle</TITLE>
	</MB>
	<MB id="MB_THV">
		<UNIT lang="all">V</UNIT>
		<FORMULA>/50</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">Throttle sensor</TITLE>
		<TITLE lang="de">Drosselklappensensor</TITLE>
		<TITLE lang="tr">Gaz kelebeği sensörü</TITLE>
	</MB>
	<MB id="MB_THV_Lseries">
		<UNIT lang="all">V</UNIT>
		<FORMULA>*-64/450+45/10</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">Throttle sensor</TITLE>
		<TITLE lang="de">Drosselklappensensor</TITLE>
		<TITLE lang="tr">Gaz kelebeği sensörü</TITLE>
	</MB>
	<MB id="MB_THV_SVX">
		<UNIT lang="all">V</UNIT>
		<FORMULA>*100/255</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">Throttle sensor</TITLE>
		<TITLE lang="de">Drosselklappensensor</TITLE>
		<TITLE lang="tr">Gaz kelebeği sensörü</TITLE>
	</MB>
	<MB id="MB_TIM">
		<UNIT lang="all">ms</UNIT>
		<FORMULA>*256/1000</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">Injection pulse width</TITLE>
		<TITLE lang="de">Einspritzdüsen-Impulslänge</TITLE>
		<TITLE lang="tr">Enjeksiyon sinyal genişliği</TITLE>
	</MB>
	<MB id="MB_ISC">
		<UNIT lang="all">%</UNIT>
		<FORMULA>*100/255</FORMULA>
		<PRECISION>1</PRECISION>
		<TITLE lang="en">By-pass solenoid (ISC)</TITLE>
		<TITLE lang="de">Leerlaufregelventil (ISC)</TITLE>
		<TITLE lang="tr">Baypas solenoidi (ISC)</TITLE>
	</MB>
	<MB id="MB_ISC_Lseries">
		<UNIT lang="all">%</UNIT>
		<FORMULA>*426/1000</FORMULA>
		<PRECISION>1</PRECISION>
		<TITLE lang="en">By-pass solenoid (ISC)</TITLE>
		<TITLE lang="de">Leerlaufregelventil (ISC)</TITLE>
		<TITLE lang="tr">Baypas solenoidi (ISC)</TITLE>
	</MB>
	<MB id="MB_O2_Lseries">
		<UNIT lang="all">V</UNIT>
		<FORMULA>*9766/1000000</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">O2 sensor voltage</TITLE>
		<TITLE lang="de">Lambdasondenspannung</TITLE>
		<TITLE lang="tr">O2 sensörü voltajı</TITLE>
	</MB>
	<MB id="MB_O2_R">
		<UNIT lang="all">V</UNIT>
		<FORMULA>/50</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">O2 sensor voltage right</TITLE>
		<TITLE lang="de">Lambdasondenspannung rechts</TITLE>
		<TITLE lang="tr">O2 sensörü voltajı - sağ</TITLE>
	</MB>
	<MB id="MB_O2_R_SVX">
		<UNIT lang="all">V</UNIT>
		<FORMULA>*5/512</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">O2 sensor voltage right</TITLE>
		<TITLE lang="de">Lambdasondenspannung rechts</TITLE>
		<TITLE lang="tr">O2 sensörü voltajı - sağ</TITLE>
	</MB>
	<MB id="MB_O2_Rmax">
		<UNIT lang="all">V</UNIT>
		<FORMULA>/50</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">O2 sensor voltage right maximum</TITLE>
		<TITLE lang="de">Lambdasondenspannung rechts Maximum</TITLE>
		<TITLE lang="tr">O2 sensörü voltajı sağ en fazla</TITLE>
	</MB>
	<MB id="MB_O2_Rmax_SVX">
		<UNIT lang="all">V</UNIT>
		<FORMULA>*5/256</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">O2 sensor voltage right maximum</TITLE>
		<TITLE lang="de">Lambdasondenspannung rechts Maximum</TITLE>
		<TITLE lang="tr">O2 sensörü voltajı sağ en fazla</TITLE>
	</MB>
	<MB id="MB_O2_Rmin">
		<UNIT lang="all">V</UNIT>
		<FORMULA>/50</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">O2 sensor voltage right minimum</TITLE>
		<TITLE lang="de">Lambdasondenspannung rechts Minimum</TITLE>
		<TITLE lang="tr">O2 sensörü voltajı sağ en az</TITLE>
	</MB>
	<MB id="MB_O2_Rmin_SVX">
		<UNIT lang="all">V</UNIT>
		<FORMULA>*5/256</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">O2 sensor voltage right minimum</TITLE>
		<TITLE lang="de">Lambdasondenspannung rechts Minimum</TITLE>
		<TITLE lang="tr">O2 sensörü voltajı sağ en az</TITLE>
	</MB>
	<MB id="MB_O2_L_SVX">
		<UNIT lang="all">V</UNIT>
		<FORMULA>*5/512</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">O2 sensor voltage left</TITLE>
		<TITLE lang="de">Lambdasondenspannung links</TITLE>
		<TITLE lang="tr">O2 sensörü voltajı sol</TITLE>
	</MB>
	<MB id="MB_O2_Lmax_SVX">
		<UNIT lang="all">V</UNIT>
		<FORMULA>*5/256</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">O2 sensor voltage left maximum</TITLE>
		<TITLE lang="de">Lambdasondenspannung links Maximum</TITLE>
		<TITLE lang="tr">O2 sensörü voltajı sol en fazla</TITLE>
	</MB>
	<MB id="MB_O2_Lmin_SVX">
		<UNIT lang="all">V</UNIT>
		<FORMULA>*5/256</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">O2 sensor voltage left minimum</TITLE>
		<TITLE lang="de">Lambdasondenspannung links Minimum</TITLE>
		<TITLE lang="tr">O2 sensörü voltajı sol en az</TITLE>
	</MB>
	<MB id="MB_ALPHA_Lseries">
		<UNIT lang="all">%</UNIT>
		<FORMULA>*25/32-100</FORMULA>
		<PRECISION>1</PRECISION>
		<TITLE lang="en">ALPHA correction O2 sensor</TITLE>
		<TITLE lang="de">ALPHA Korrektursignal Lambdasonde</TITLE>
		<TITLE lang="tr">O2 sensörü ALFA düzeltmesi</TITLE>
	</MB>
	<MB id="MB_ALPHA_R">
		<UNIT lang="all">%</UNIT>
		<FORMULA>-128*100/128</FORMULA>
		<PRECISION>1</PRECISION>
		<TITLE lang="en">ALPHA correction O2 sensor right</TITLE>
		<TITLE lang="de">ALPHA Korrektursignal Lambdasonde rechts</TITLE>
		<TITLE lang="tr">O2 sensörü ALFA düzeltmesi sağ</TITLE>
	</MB>
	<MB id="MB_ALPHA_R_SVX">
		<UNIT lang="all">%</UNIT>
		<FORMULA>-128</FORMULA>
		<PRECISION>1</PRECISION>
		<TITLE lang="en">ALPHA correction O2 sensor right</TITLE>
		<TITLE lang="de">ALPHA Korrektursignal Lambdasonde rechts</TITLE>
		<TITLE lang="tr">O2 sensörü ALFA düzeltmesi sağ</TITLE>
	</MB>
	<MB id="MB_ALPHA_L_SVX">
		<UNIT lang="all">%</UNIT>
		<FORMULA>-128</FORMULA>
		<PRECISION>1</PRECISION>
		<TITLE lang="en">ALPHA correction O2 sensor left</TITLE>
		<TITLE lang="de">ALPHA Korrektursignal Lambdasonde links</TITLE>
		<TITLE lang="tr">O2 sensörü ALFA düzeltmesi sol</TITLE>
	</MB>
	<MB id="MB_RTRD_Lseries">
		<UNIT lang="all">°</UNIT>
		<FORMULA></FORMULA><!-- TODO non-linear! //-->
		<PRECISION>0</PRECISION>
		<TITLE lang="en">Knock sensor (Turbo only)</TITLE>
		<TITLE lang="de">Klopfsensor (nur Turbo)</TITLE>
		<TITLE lang="tr">Vuruntu sensörü (Sadece Turbo)</TITLE>
	</MB>
	<MB id="MB_RTRD">
		<UNIT lang="all">°</UNIT>
		<FORMULA>-128/4</FORMULA>
		<PRECISION>0</PRECISION>
		<TITLE lang="en">Knock sensor</TITLE>
		<TITLE lang="de">Klopfsensor</TITLE>
		<TITLE lang="tr">Vuruntu sensörü</TITLE>
	</MB>
	<MB id="MB_RTRD_SVX">
		<UNIT lang="all">°</UNIT>
		<FORMULA>*1</FORMULA>
		<PRECISION>0</PRECISION>
		<TITLE lang="en">Knock sensor</TITLE>
		<TITLE lang="de">Klopfsensor</TITLE>
		<TITLE lang="tr">Vuruntu sensörü</TITLE>
	</MB>
	<MB id="MB_WGC">
		<UNIT lang="all">%</UNIT>
		<FORMULA>*100/255</FORMULA>
		<PRECISION>1</PRECISION>
		<TITLE lang="en">wastegate valve</TITLE>
		<TITLE lang="de">Wastegate-Magnetventil</TITLE>
		<TITLE lang="tr">Westgate valfi</TITLE>
	</MB>
	<MB id="MB_WGC_Lseries">
		<UNIT lang="all">%</UNIT>
		<FORMULA>*14/10</FORMULA>
		<PRECISION>1</PRECISION>
		<TITLE lang="en">wastegate valve (Turbo only)</TITLE>
		<TITLE lang="de">Wastegate-Magnetventil (nur Turbo)</TITLE>
		<TITLE lang="tr">Westgate valfi (Sadece Turbo)</TITLE>
	</MB>
	<MB id="MB_FPDY_Lseries">
		<UNIT lang="all">%</UNIT>
		<FORMULA>*13+181/10</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">fuel pump ratio</TITLE>
		<TITLE lang="de">Einschaltverhältnis Kraftstoffpumpe</TITLE>
		<TITLE lang="tr">Yakıt pompa oranı</TITLE>
	</MB>
	<MB id="MB_CPCP">
		<UNIT lang="all">%</UNIT>
		<FORMULA>*100/255</FORMULA>
		<PRECISION>2</PRECISION>
		<TITLE lang="en">Canister purge control</TITLE>
		<TITLE lang="de">Absaug-Magnetventil</TITLE>
		<TITLE lang="tr">Kanister tasfiye kontrolü</TITLE>
	</MB>
	<MB id="MB_BARO.P">
		<UNIT lang="all">mmHg</UNIT>
		<FORMULA>*8/10</FORMULA>
		<PRECISION>0</PRECISION>
		<TITLE lang="en">Atmospheric pressure</TITLE>
		<TITLE lang="de">Umgebungsdruck</TITLE>
		<TITLE lang="tr">Atmosfer basıncı</TITLE>
	</MB>
	<MB id="MB_BARO.P_SVX">
		<UNIT lang="all">mmHg</UNIT>
		<FORMULA>*3</FORMULA>
		<PRECISION>0</PRECISION>
		<TITLE lang="en">Atmospheric pressure</TITLE>
		<TITLE lang="de">Umgebungsdruck</TITLE>
		<TITLE lang="tr">Atmosfer basıncı</TITLE>
	</MB>
	<MB id="MB_COADJ">
		<UNIT lang="all">kg/h</UNIT>
		<FORMULA>-128/50</FORMULA>
		<PRECISION>0</PRECISION>
		<TITLE lang="en">COADJ</TITLE><!-- TODO //-->
		<TITLE lang="de">COADJ</TITLE><!-- TODO //-->
		<TITLE lang="tr">COADJ</TITLE>
	</MB>
	<MB id="MB_ALT_CUT">
		<UNIT lang="all">%</UNIT>
		<FORMULA>/2</FORMULA>
		<PRECISION>1</PRECISION>
		<TITLE lang="en">ALT_CUT</TITLE><!-- TODO //-->
		<TITLE lang="de">ALT_CUT</TITLE><!-- TODO //-->
		<TITLE lang="tr">ALT_CUT</TITLE>
	</MB>

	<!-- ###################################          S W I T C H E S          ###################################  //-->

	<SW id="SW_FP">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">Fuel pump control</TITLE>
		<TITLE lang="de">Kraftstoffpumpensteuerung</TITLE>
		<TITLE lang="tr">Yakıt pompası kontrolü</TITLE>
	</SW>
	<SW id="SW_FP_2">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">Fuel pump relais</TITLE>
		<TITLE lang="de">Kraftstoffpumpenrelais</TITLE>
		<TITLE lang="tr">Yakıt pompası rölesi</TITLE>
	</SW>
	<SW id="SW_AC">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">Air conditioning switch</TITLE>
		<TITLE lang="de">Klimaanlagenschalter</TITLE>
		<TITLE lang="tr">Klima düğmesi</TITLE>
	</SW>
	<SW id="SW_ID">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">Idle switch</TITLE>
		<TITLE lang="de">Leerlaufschalter</TITLE>
		<TITLE lang="tr">Boşta düğmesi</TITLE>
	</SW>
	<SW id="SW_AR">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">air conditioning relay</TITLE>
		<TITLE lang="de">Klimaanlagenrelais</TITLE>
		<TITLE lang="tr">Klima rölesi</TITLE>
	</SW>
	<SW id="SW_AP">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">Air conditioning pressure switch</TITLE>
		<TITLE lang="de">Dreifachschalter d. Klimaanlage (Druckschalter)</TITLE>
		<TITLE lang="tr">Klima basınç şalteri</TITLE>
	</SW>
	<SW id="SW_IG">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">Ignition switch</TITLE>
		<TITLE lang="de">Zündschalter</TITLE>
		<TITLE lang="tr">Kontak anahtarı</TITLE>
	</SW>
	<SW id="SW_AT">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">AT</TITLE><!-- TODO //-->
		<TITLE lang="de">AT</TITLE><!-- TODO //-->
		<TITLE lang="tr">AT</TITLE>
	</SW>
	<SW id="SW_NT">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">Neutral switch</TITLE>
		<TITLE lang="de">Neutralschalter</TITLE>
		<TITLE lang="tr">Nötr (Boşta) düğmesi</TITLE>
	</SW>
	<SW id="SW_SS">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">Pressure switch power steering</TITLE>
		<TITLE lang="de">Druckschalter Servolenkung</TITLE>
		<TITLE lang="tr">Hidrolik direksiyon basınç şalteri</TITLE>
	</SW>
	<SW id="SW_PS">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">Pressure switch power steering</TITLE>
		<TITLE lang="de">Druckschalter Servolenkung</TITLE>
		<TITLE lang="tr">Hidrolik direksiyon basınç şalteri</TITLE>
	</SW>
	<SW id="SW_ER">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">EGR valve</TITLE>
		<TITLE lang="de">AGR-Ventil</TITLE>
		<TITLE lang="tr">EGR valfi</TITLE>
	</SW>
	<SW id="SW_AX">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">Auxiliary air valve (no Turbo)</TITLE>
		<TITLE lang="de">Zusatzluftventil (kein Turbo)</TITLE>
		<TITLE lang="tr">İkincil hava valfi (Turbo yok)</TITLE>
	</SW>
	<SW id="SW_KS">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">Knock sensor signal</TITLE>
		<TITLE lang="de">Klopfsensorsignal</TITLE>
		<TITLE lang="tr">Vuruntu sensörü sinyali</TITLE>
	</SW>
	<SW id="SW_KS_inverted">
		<UNIT lang="en">On\Off</UNIT>
		<UNIT lang="de">Ein\Aus</UNIT>
		<UNIT lang="tr">Kapalı\Açık</UNIT>
		<TITLE lang="en">Knock sensor signal</TITLE>
		<TITLE lang="de">Klopfsensorsignal</TITLE>
		<TITLE lang="tr">Vuruntu sensörü sinyali</TITLE>
	</SW>
	<SW id="SW_CN">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">hmm..</TITLE><!-- TODO //-->
		<TITLE lang="de">Spülluftmagnetventil</TITLE>
		<TITLE lang="tr">Tahliye havası solenoid valfi</TITLE>
	</SW>
	<SW id="SW_UD">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">Test mode</TITLE>
		<TITLE lang="de">Test-Modus</TITLE>
		<TITLE lang="tr">Test modu</TITLE>
	</SW>
	<SW id="SW_RM">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">Read DTC mode</TITLE>
		<TITLE lang="de">Speicher-Lese-Modus</TITLE>
		<TITLE lang="tr">Hata Kodu okuma modu</TITLE>
	</SW>
	<SW id="SW_AS">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">AS</TITLE><!-- TODO //-->
		<TITLE lang="de">AS</TITLE><!-- TODO //-->
		<TITLE lang="tr">AS</TITLE>
	</SW>
	<SW id="SW_TR">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">Torque control</TITLE>
		<TITLE lang="de">Drehmomentregelung</TITLE>
		<TITLE lang="tr">Tork kontrolü</TITLE>
	</SW>
	<SW id="SW_PK">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">Parking position interdrings....</TITLE><!-- TODO //-->
		<TITLE lang="de">Parkstellung des Sperrschalters</TITLE>
		<TITLE lang="tr">Park konumu kilit düğmesi</TITLE>
	</SW>
	<SW id="SW_FC">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">FC</TITLE><!-- TODO //-->
		<TITLE lang="de">FC</TITLE><!-- TODO //-->
		<TITLE lang="tr">FC</TITLE>
	</SW>
	<SW id="SW_R2">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">Second blower</TITLE>
		<TITLE lang="de">Nebenlüfter</TITLE>
		<TITLE lang="tr">İkinci blower</TITLE>
	</SW>
	<SW id="SW_R1">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">First blower</TITLE>
		<TITLE lang="de">Hauptlüfter</TITLE>
		<TITLE lang="tr">Birinci blower</TITLE>
	</SW>
	<SW id="SW_IH">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">IH</TITLE><!-- TODO //-->
		<TITLE lang="de">Magnetventil für Saugrohr-Umschaltklappe</TITLE>
		<TITLE lang="tr">Emme manifoldu değişim kapağı solenoid valfi</TITLE>
	</SW>
	<SW id="SW_OL">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">O2 monitor left</TITLE>
		<TITLE lang="de">Lambdasonden-Monitor links</TITLE>
		<TITLE lang="tr">O2 monitörü sol</TITLE>
	</SW>
	<SW id="SW_OR">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">O2 monitor right</TITLE>
		<TITLE lang="de">Lambdasonden-Monitor rechts</TITLE>
		<TITLE lang="tr">O2 monitörü sağ</TITLE>
	</SW>
	<SW id="SW_MC">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">MC</TITLE><!-- TODO //-->
		<TITLE lang="de">MC</TITLE><!-- TODO //-->
		<TITLE lang="tr">MC</TITLE>
	</SW>
	<SW id="SW_IC">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">IC</TITLE><!-- TODO //-->
		<TITLE lang="de">IC</TITLE><!-- TODO //-->
		<TITLE lang="tr">IC</TITLE>
	</SW>
	<SW id="SW_BR">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">BR</TITLE><!-- TODO //-->
		<TITLE lang="de">BR</TITLE><!-- TODO //-->
		<TITLE lang="tr">BR</TITLE>
	</SW>
	<SW id="SW_RF">
		<UNIT lang="en">Off/On</UNIT>
		<UNIT lang="de">Aus/Ein</UNIT>
		<UNIT lang="tr">Kapalı/Açık</UNIT>
		<TITLE lang="en">RF</TITLE><!-- TODO //-->
		<TITLE lang="de">RF</TITLE><!-- TODO //-->
		<TITLE lang="tr">RF</TITLE>
	</SW>

	<!-- ###################################          F A U L T   C O D E S         ###################################  //-->

	<DC id="DTC_11">
		<CODE>11</CODE>
		<TITLE lang="en">Crank angle sensor (No reference pulse)</TITLE>
		<TITLE lang="de">Kurbelwinkelsensor (kein Referenzimpuls)</TITLE>
		<TITLE lang="tr">Krank açısı sensörü (Referans sinyali yok)</TITLE>
	</DC>
	<DC id="DTC_11_SVX">
		<CODE>11</CODE>
		<TITLE lang="en">Crank angle sensor 1</TITLE>
		<TITLE lang="de">Kurbelwinkelsensor 1</TITLE>
		<TITLE lang="tr">Krank açısı sensörü 1</TITLE>
	</DC>
	<DC id="DTC_12">
		<CODE>12</CODE>
		<TITLE lang="en">Starter switch</TITLE>
		<TITLE lang="de">Anlasserschalter</TITLE>
		<TITLE lang="tr">Marş düğmesi</TITLE>
	</DC>
	<DC id="DTC_13_CRANK">
		<CODE>13</CODE>
		<TITLE lang="en">Crank angle sensor (No position pulse)</TITLE>
		<TITLE lang="de">Kurbelwinkelsensor (kein Positionsimpuls)</TITLE>
		<TITLE lang="tr">Krank açısı sensörü (Konum sinyali yok)</TITLE>
	</DC>
	<DC id="DTC_13_CAM">
		<CODE>13</CODE>
		<TITLE lang="en">Cam angle sensor</TITLE>
		<TITLE lang="de">Nockenwellensensor</TITLE>
		<TITLE lang="tr">KAM açısı sensörü</TITLE>
	</DC>
	<DC id="DTC_14">
		<CODE>14</CODE>
		<TITLE lang="en">Fuel injector #1</TITLE>
		<TITLE lang="de">Einspritzdüse #1</TITLE>
		<TITLE lang="tr">Yakıt enjektörü # 1</TITLE>
	</DC>
	<DC id="DTC_14_Lseries">
		<CODE>14</CODE>
		<TITLE lang="en">Fuel injector #1 and/or #2</TITLE>
		<TITLE lang="de">Einspritzdüse #1 und/oder #2</TITLE>
		<TITLE lang="tr">Yakıt enjektörü #1 ve/veya #2</TITLE>
	</DC>
	<DC id="DTC_14_XT6">
		<CODE>14</CODE>
		<TITLE lang="en">Fuel injector #5 and/or #6</TITLE>
		<TITLE lang="de">Einspritzdüse #5 und/oder #6</TITLE>
		<TITLE lang="tr">Yakıt enjektörü #5 ve/veya #6</TITLE>
	</DC>
	<DC id="DTC_15">
		<CODE>15</CODE>
		<TITLE lang="en">Fuel injector #2</TITLE>
		<TITLE lang="de">Einspritzdüse #2</TITLE>
		<TITLE lang="tr">Yakıt enjektörü #2</TITLE>
	</DC>
	<DC id="DTC_15_Lseries">
		<CODE>15</CODE>
		<TITLE lang="en">Fuel injector #3 and/or #4</TITLE>
		<TITLE lang="de">Einspritzdüse #3 und/oder #4</TITLE>
		<TITLE lang="tr">Yakıt enjektörü #3 ve/veya #4</TITLE>
	</DC>
	<DC id="DTC_15_XT6">
		<CODE>15</CODE>
		<TITLE lang="en">Fuel injector #1 and/or #2</TITLE>
		<TITLE lang="de">Einspritzdüse #1 und/oder #2</TITLE>
		<TITLE lang="tr">Yakıt enjektörü #1 ve/veya #2</TITLE>
	</DC>
	<DC id="DTC_16">
		<CODE>16</CODE>
		<TITLE lang="en">Fuel injector #3</TITLE>
		<TITLE lang="de">Einspritzdüse #3</TITLE>
		<TITLE lang="tr">Yakıt enjektörü #3</TITLE>
	</DC>
	<DC id="DTC_17">
		<CODE>17</CODE>
		<TITLE lang="en">Fuel injector #4</TITLE>
		<TITLE lang="de">Einspritzdüse #4</TITLE>
		<TITLE lang="tr">Yakıt enjektörü #4</TITLE>
	</DC>
	<DC id="DTC_18">
		<CODE>18</CODE>
		<TITLE lang="en">Fuel injector #5</TITLE>
		<TITLE lang="de">Einspritzdüse #5</TITLE>
		<TITLE lang="tr">Yakıt enjektörü #5</TITLE>
	</DC>
	<DC id="DTC_19">
		<CODE>19</CODE>
		<TITLE lang="en">Fuel injector #6</TITLE>
		<TITLE lang="de">Einspritzdüse #6</TITLE>
		<TITLE lang="tr">Yakıt enjektörü #6</TITLE>
	</DC>
	<DC id="DTC_21">
		<CODE>21</CODE>
		<TITLE lang="en">Water temperature sensor</TITLE>
		<TITLE lang="de">Kühlmitteltemperatur-Sensor</TITLE>
		<TITLE lang="tr">Su sıcaklık sensörü</TITLE>
	</DC>
	<DC id="DTC_22">
		<CODE>22</CODE>
		<TITLE lang="en">Knock sensor</TITLE>
		<TITLE lang="de">Klopfsensor</TITLE>
		<TITLE lang="tr">Vuruntu sensörü</TITLE>
	</DC>
	<DC id="DTC_22_SVX">
		<CODE>22</CODE>
		<TITLE lang="en">Knock sensor 1</TITLE>
		<TITLE lang="de">Klopfsensor 1</TITLE>
		<TITLE lang="tr">Vuruntu sensörü 1</TITLE>
	</DC>
	<DC id="DTC_23_QA">
		<CODE>23</CODE>
		<TITLE lang="en">Air flow meter</TITLE>
		<TITLE lang="de">Luftmassenmesser</TITLE>
		<TITLE lang="tr">Hava akışmetre</TITLE>
	</DC>
	<DC id="DTC_24">
		<CODE>24</CODE>
		<TITLE lang="en">By-pass air control valve</TITLE>
		<TITLE lang="de">Leerlaufregelventil</TITLE>
		<TITLE lang="tr">Baypas hava kontrol valfi</TITLE>
	</DC>
	<DC id="DTC_25_XT6">
		<CODE>25</CODE>
		<TITLE lang="en">Fuel injector #3 and/or #4</TITLE>
		<TITLE lang="de">Einspritzdüse #3 und/oder #4</TITLE>
		<TITLE lang="tr">Yakıt enjektörü #3 ve/veya #4</TITLE>
	</DC>
	<DC id="DTC_26">
		<CODE>26</CODE>
		<TITLE lang="en">Auxiliary air valve</TITLE>
		<TITLE lang="de">Zusatzluftventil</TITLE>
		<TITLE lang="tr">İkincil hava valfi</TITLE>
	</DC>
	<DC id="DTC_28_SVX">
		<CODE>28</CODE>
		<TITLE lang="en">Knock sensor 2</TITLE>
		<TITLE lang="de">Klopfsensor 2</TITLE>
		<TITLE lang="tr">Vuruntu sensörü 2</TITLE>
	</DC>
	<DC id="DTC_29">
		<CODE>29</CODE>
		<TITLE lang="en">Crank angle sensor 2</TITLE>
		<TITLE lang="de">Kurbelwinkelsensor 2</TITLE>
		<TITLE lang="tr">Krank açısı sensörü 2</TITLE>
	</DC>
	<DC id="DTC_31"><!-- THV //-->
		<CODE>31</CODE>
		<TITLE lang="en">Throttle sensor</TITLE>
		<TITLE lang="de">Drosselklappensensor</TITLE>
		<TITLE lang="tr">Gaz kelebeği sensörü</TITLE>
	</DC>
	<DC id="DTC_32"><!-- O2 //-->
		<CODE>32</CODE>
		<TITLE lang="en">O2 sensor</TITLE>
		<TITLE lang="de">Lambdasonde</TITLE>
		<TITLE lang="tr">O2 sensörü</TITLE>
	</DC>
	<DC id="DTC_32_SVX"><!-- O2 R //-->
		<CODE>32</CODE>
		<TITLE lang="en">O2 sensor right</TITLE>
		<TITLE lang="de">Lambdasonde rechts</TITLE>
		<TITLE lang="tr">O2 sensörü sağ</TITLE>
	</DC>
	<DC id="DTC_33"><!-- VSP //-->
		<CODE>33</CODE>
		<TITLE lang="en">Vehicle speed sensor</TITLE>
		<TITLE lang="de">Fahrgeschwindigkeitssensor</TITLE>
		<TITLE lang="tr">Araç hız sensörü</TITLE>
	</DC>
	<DC id="DTC_34">
		<CODE>34</CODE>
		<TITLE lang="en">EGR valve</TITLE>
		<TITLE lang="de">AGR-Magnetventil</TITLE>
		<TITLE lang="tr">EGR valfi</TITLE>
	</DC>
	<DC id="DTC_35"><!-- CPC //-->
		<CODE>35</CODE>
		<TITLE lang="en">Purge control solenoid valve</TITLE>
		<TITLE lang="de">Absaug-Magnetventil</TITLE>
		<TITLE lang="tr">Tahliye kontrolü solenoid valfi</TITLE>
	</DC>
	<DC id="DTC_37"><!-- O2 L //-->
		<CODE>37</CODE>
		<TITLE lang="en">O2 sensor left</TITLE>
		<TITLE lang="de">Lambdasonde links</TITLE>
		<TITLE lang="tr">O2 sensörü sol</TITLE>
	</DC>
	<DC id="DTC_38">
		<CODE>38</CODE>
		<TITLE lang="en">Torque signal</TITLE>
		<TITLE lang="de">Drehmomentsignal</TITLE>
		<TITLE lang="tr">Tork sinyali</TITLE>
	</DC>
	<DC id="DTC_41">
		<CODE>41</CODE>
		<TITLE lang="en">Mixture too lean</TITLE>
		<TITLE lang="de">Kraftstoffgemisch zu mager</TITLE>
		<TITLE lang="tr">Karışım çok zayıf</TITLE>
	</DC>
	<DC id="DTC_41_Lseries">
		<CODE>41</CODE>
		<TITLE lang="en">Mixture too lean or system error</TITLE>
		<TITLE lang="de">Gemisch zu mager oder Systemfehler</TITLE>
		<TITLE lang="tr">Karışım çok zayıf veya sistem hatası</TITLE>
	</DC>
	<DC id="DTC_42"><!-- ID_SW //-->
		<CODE>42</CODE>
		<TITLE lang="en">Idle switch</TITLE>
		<TITLE lang="de">Leerlaufschalter</TITLE>
		<TITLE lang="tr">Boşta düğmesi</TITLE>
	</DC>
	<DC id="DTC_43_ACCSW"><!-- ACCSW //-->
		<CODE>43</CODE>
		<TITLE lang="en">ACCSW</TITLE><!-- TODO //-->
		<TITLE lang="de">ACCSW</TITLE><!-- TODO //-->
		<TITLE lang="tr">ACCSW</TITLE>
	</DC>
	<DC id="DTC_44"><!-- WGC //-->
		<CODE>44</CODE>
		<TITLE lang="en">By-pass valve (TURBO)</TITLE>
		<TITLE lang="de">Bypass-Ventil (TURBO)</TITLE>
		<TITLE lang="tr">Baypas valfi (TURBO)</TITLE>
	</DC>
	<DC id="DTC_45"><!-- P.S //-->
		<CODE>45</CODE>
		<TITLE lang="en">Atmospheric pressure sensor</TITLE>
		<TITLE lang="de">Umgebungsdruck-Sensor</TITLE>
		<TITLE lang="tr">Atmosferik basınç sensörü</TITLE>
	</DC>
	<DC id="DTC_49"><!-- SYS.ERR //-->
		<CODE>49</CODE>
		<TITLE lang="en">Internal System Error</TITLE>
		<TITLE lang="de">interner Systemfehler</TITLE>
		<TITLE lang="tr">İç Sistem Hatası</TITLE>
	</DC>
	<DC id="DTC_51"><!-- N_SW //-->
		<CODE>51</CODE>
		<TITLE lang="en">Neutral switch (MT)</TITLE>
		<TITLE lang="de">Neutralschalter (MT)</TITLE>
		<TITLE lang="tr">Nötr düğmesi (MT)</TITLE>
	</DC>
	<DC id="DTC_52"><!-- P_SW //--><!-- not documented in US XT FSM '88 but possible //-->
		<CODE>52</CODE>
		<TITLE lang="en">Parking switch</TITLE>
		<TITLE lang="de">Parkschalter</TITLE>
		<TITLE lang="tr">Park düğmesi</TITLE>
	</DC>
	<DC id="DTC_55">
		<CODE>55</CODE>
		<TITLE lang="en">EGR temperature sensor</TITLE>
		<TITLE lang="de">AGR-Temperatur-Sensor</TITLE>
		<TITLE lang="tr">EGR sıcaklık sensörü</TITLE>
	</DC>
	<DC id="DTC_56">
		<CODE>56</CODE>
		<TITLE lang="en">EGR_SYS</TITLE><!-- TODO //-->
		<TITLE lang="de">EGR_SYS</TITLE><!-- TODO //-->
		<TITLE lang="tr">EGR_SYS</TITLE>
	</DC>
	<DC id="DTC_57"><!-- ALT.SYS //-->
		<CODE>57</CODE>
		<TITLE lang="en">ALT.SYS</TITLE><!-- TODO //-->
		<TITLE lang="de">ALT.SYS</TITLE><!-- TODO //-->
		<TITLE lang="tr">ALT.SYS</TITLE>
	</DC>
</DATA_COMMON>
</FSSM_SSM1_DEFINITIONS>
