MC33810 Blocks - Revision history

Wayne.Hawken: /* Modules */

2016-03-22T12:59:52Z

‎Modules

Wayne.Hawken: /* General Gate Driver Outputs */

2016-03-22T12:56:47Z

‎General Gate Driver Outputs

Wayne.Hawken: /* MOSFET (GPGD) Predriver Type */

2016-03-22T12:56:30Z

‎MOSFET (GPGD) Predriver Type

Wayne.Hawken: /* MC33810 Spark Control Definition */

2016-03-22T12:55:21Z

‎MC33810 Spark Control Definition

Wayne.Hawken: /* Possible Faults Reported by MotoHawk from the MC33810 */

2016-03-22T12:53:43Z

‎Possible Faults Reported by MotoHawk from the MC33810

Wayne.Hawken: /* Possible Faults Reported by MotoHawk from the MC33810 */

2016-03-22T01:37:34Z

‎Possible Faults Reported by MotoHawk from the MC33810

Wayne.Hawken: /* MC33810 Spark Control Definition */

2016-03-22T01:36:46Z

‎MC33810 Spark Control Definition

Wayne.Hawken: /* Time to Nominal Current */

2016-03-22T01:35:58Z

‎Time to Nominal Current

Wayne.Hawken: /* Monitoring Spark Duration */

2016-03-22T01:35:18Z

‎Monitoring Spark Duration

Wayne.Hawken: /* General Gate Driver Outputs */

2016-03-22T01:34:07Z

‎General Gate Driver Outputs

@@ Line 4: / Line 4: @@
 The MC33810 is used on:<br>
 * [[70-pin_Module_Family#ECM-S12X-70|ECM-S12X-70]] <br>
-* [[ECM-OH|ECM-564x-112]] (ECM-OH)
+* [[ECM-OH|ECM-564x-112]] (SECM112)
 == Diagnostics ==

← Older revision		Revision as of 12:56, 22 March 2016
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	(4) Temperature limit shutdown. <br>		(4) Temperature limit shutdown. <br>

−	The general gate drivers have the capability to detect an open circuit condition even while the drive is asserted. However, there are often requirements on the load that must be met before the diagnostic will operate reliably. The [http://mcs.woodward.com/content/motohawk/Documentation/~~MotoHawk2015bSP0~~/HTML/MotoHawk_lib_Blocks/OpenLoadWhileAssertedConfiguration.html Open Load While Asserted Configuration] block allows the application to define whether this diagnostic should be used.	+	The general gate drivers have the capability to detect an open circuit condition even while the drive is asserted. However, there are often requirements on the load that must be met before the diagnostic will operate reliably. The [http://mcs.woodward.com/content/motohawk/Documentation/CurrentVersion/HTML/MotoHawk_lib_Blocks/OpenLoadWhileAssertedConfiguration.html Open Load While Asserted Configuration] block allows the application to define whether this diagnostic should be used.

@@ Line 108: / Line 108: @@
 Again, the fault state is reported through the IO Fault Status block, and additional detail on the LAST fault observed can be obtained through the MC33810 Fault Detail Block.  Open load can be detected when the output is off, and short to battery faults detected when the output is on.
-The fault reporting of a GPGD type output is configured by using the [http://mcs.woodward.com/content/motohawk/Documentation/MotoHawk2015bSP0/HTML/MotoHawk_lib_Blocks/MC33810GPGDFaultConfig.html Motohawk MC33810 GPGD Fault Configuration Block].  This block allows the fault configuration of a GPGD style MC33810 output to be applied.
+The fault reporting of a GPGD type output is configured by using the [http://mcs.woodward.com/content/motohawk/Documentation/CurrentVersion/HTML/MotoHawk_lib_Blocks/MC33810GPGDFaultConfig.html Motohawk MC33810 GPGD Fault Configuration Block].  This block allows the fault configuration of a GPGD style MC33810 output to be applied.
 [[Image: MC33810GPGDFaultConfig.png]]

@@ Line 54: / Line 54: @@
-The fault diagnostics of these outputs are then enabled through the [http://mcs.woodward.com/content/motohawk/Documentation/MotoHawk2015bSP0/HTML/MotoHawk_lib_Blocks/MC33810SparkFaultDefinition.html MC33810 Spark Fault Definition] block.   The Spark Resource (pin) is selected.
+The fault diagnostics of these outputs are then enabled through the [http://mcs.woodward.com/content/motohawk/Documentation/CurrentVersion/HTML/MotoHawk_lib_Blocks/MC33810SparkFaultDefinition.html MC33810 Spark Fault Definition] block.   The Spark Resource (pin) is selected.
 ==== NOMI and MAXI Thresholds ====
@@ Line 68: / Line 68: @@
 ==== Time to Nominal Current ====
-The time to reach the nominal current level can be monitored by the application for control or diagnostics.   The [http://mcs.woodward.com/content/motohawk/Documentation/MotoHawk2015bSP0/HTML/MotoHawk_lib_Blocks/TimetoNominalCurrentDefinition.html Time to Nominal Current Definition] block creates a resource that allows the last observed time to nominal load current diagnostic to be read. This block can be used directly to recover the time or the [http://mcs.woodward.com/content/motohawk/Documentation/MotoHawk2015bSP0/HTML/MotoHawk_lib_Blocks/TimetoNominalCurrent.html Time to Nominal Current] access block used, which references this block.
+The time to reach the nominal current level can be monitored by the application for control or diagnostics.   The [http://mcs.woodward.com/content/motohawk/Documentation/CurrentVersion/HTML/MotoHawk_lib_Blocks/TimetoNominalCurrentDefinition.html Time to Nominal Current Definition] block creates a resource that allows the last observed time to nominal load current diagnostic to be read. This block can be used directly to recover the time or the [http://mcs.woodward.com/content/motohawk/Documentation/CurrentVersion/HTML/MotoHawk_lib_Blocks/TimetoNominalCurrent.html Time to Nominal Current] access block used, which references this block.
 [[Image: TimetoNOMIDefn.jpg]]
@@ Line 76: / Line 76: @@
 ==== Dwell Time ====
-Dwell time is the duration of time that an ignition coil is allowed to change.   The MC33810 starts a timer from when the gate is turned ON.  If the dwell time is longer than the Max Dwell setting,  a Max Dwell fault can be set.  The Max Dwell fault (8) indicates that the channel was shutdown because of an over dwell situation.
+Dwell time is the duration of time that an ignition coil is allowed to change. The MC33810 starts a timer from when the gate is turned ON.  If the dwell time is longer than the Max Dwell setting,  a Max Dwell fault can be set. The Max Dwell fault (8) indicates that the channel was shutdown because of an over dwell situation.
 === Monitoring Spark Duration ===
-The spark duration can be monitored using the MotoHawk MC33810 [http://mcs.woodward.com/content/motohawk/Documentation/MotoHawk2015bSP0/HTML/MotoHawk_lib_Blocks/MC33810SparkDurationDefinition.html Spark Duration Definition] and [http://mcs.woodward.com/content/motohawk/Documentation/MotoHawk2015bSP0/HTML/MotoHawk_lib_Blocks/MC33810SparkDurationTrigger.html Spark Duration Trigger] blocks.
+The spark duration can be monitored using the MotoHawk MC33810 [http://mcs.woodward.com/content/motohawk/Documentation/CurrentVersion/HTML/MotoHawk_lib_Blocks/MC33810SparkDurationDefinition.html Spark Duration Definition] and [http://mcs.woodward.com/content/motohawk/Documentation/CurrentVersion/HTML/MotoHawk_lib_Blocks/MC33810SparkDurationTrigger.html Spark Duration Trigger] blocks.
-The MC33810 Spark Duration Definition block must be used to select a resource for spark duration measurement.  Alternatively the [http://mcs.woodward.com/content/motohawk/Documentation/MotoHawk2015bSP0/HTML/MotoHawk_lib_Blocks/MC33810SparkDurationGet.html Get MC33810 Spark Duration block] can be used. Only a single definition block may exist for each resource, but multiple Get MC33810 Spark Duration blocks may exist.  The Spark Duration outport recovers the last observed spark duration for the associated resource in microseconds. A negative value (-1) implies that the MC33810 did not measure a spark duration. Blocks like the MC33810 Spark Control Definition and the MC33810 Spark Fliter Set may need to be configured for the hardware so that it can reliably measure spark duration.
+The MC33810 Spark Duration Definition block must be used to select a resource for spark duration measurement.  Alternatively the [http://mcs.woodward.com/content/motohawk/Documentation/CurrentVersion/HTML/MotoHawk_lib_Blocks/MC33810SparkDurationGet.html Get MC33810 Spark Duration block] can be used. Only a single definition block may exist for each resource, but multiple Get MC33810 Spark Duration blocks may exist.  The Spark Duration outport recovers the last observed spark duration for the associated resource in microseconds. A negative value (-1) implies that the MC33810 did not measure a spark duration. Blocks like the MC33810 Spark Control Definition and the MC33810 Spark Fliter Set may need to be configured for the hardware so that it can reliably measure spark duration.
@@ Line 89: / Line 89: @@
 The SPKDUR signal that the microcontroller interprets to obtain spark duration may also be made available in a raw form via the Input Capture block. Spark duration will be reported if this block is configured to trigger on the rising edge. The Input Capture block may not coexist with the MC33810 Spark Duration block. Use the Input Capture block to construct an application specific spark duration capture mechanism when behaviors besides PSP are to be used.
-There is also a [http://mcs.woodward.com/content/motohawk/Documentation/MotoHawk2015bSP0/HTML/MotoHawk_lib_Blocks/MC33810SparkDurationTrigger.html MC33810 Spark Duration Trigger block] that allows the model to be notified when a spark duration event for the referenced resource is observed.
+There is also a [http://mcs.woodward.com/content/motohawk/Documentation/CurrentVersion/HTML/MotoHawk_lib_Blocks/MC33810SparkDurationTrigger.html MC33810 Spark Duration Trigger block] that allows the model to be notified when a spark duration event for the referenced resource is observed.
 [[Image: MC33810SparkDurationTrigger.png]]
-Note that the spark duration trigger will occur after the excitation (dwelling) event concludes (spark is initiated by the conclusion of the excitation event). Thus it quite likely that a trigger block like the [http://mcs.woodward.com/content/motohawk/Documentation/MotoHawk2015bSP0/HTML/MotoHawk_lib_Blocks/PSPEndTrigger.html PSP End Trigger] will execute before the spark associated with that excitation event has completed. In such a situation the reported spark duration will still be for the previous excitation rather than the excitation that just occurred.
+Note that the spark duration trigger will occur after the excitation (dwelling) event concludes (spark is initiated by the conclusion of the excitation event). Thus it quite likely that a trigger block like the [http://mcs.woodward.com/content/motohawk/Documentation/CurrentVersion/HTML/MotoHawk_lib_Blocks/PSPEndTrigger.html PSP End Trigger] will execute before the spark associated with that excitation event has completed. In such a situation the reported spark duration will still be for the previous excitation rather than the excitation that just occurred.
 == MOSFET (GPGD) Predriver Type ==

@@ Line 18: / Line 18: @@
 === Possible Faults Reported by MotoHawk from the MC33810 ===
-The fault detail is reported by the [http://mcs.woodward.com/content/motohawk/Documentation/MotoHawk2015bSP0/HTML/MotoHawk_lib_Blocks/MC33810FaultDetail.html MotoHawk MC33810 Fault Detail] block.  This block can report the LAST reported fault of the following faults.  The faults that can be reported depend on the type of MC33810 output as well as the MotoHawk block used for the output.
+The fault detail is reported by the [http://mcs.woodward.com/content/motohawk/Documentation/CurrentVersion/HTML/MotoHawk_lib_Blocks/MC33810FaultDetail.html MotoHawk MC33810 Fault Detail] block.  This block can report the LAST reported fault of the following faults.  The faults that can be reported depend on the type of MC33810 output as well as the MotoHawk block used for the output.
 [[image:MC33810FaultDetail.png]]
-The [http://mcs.woodward.com/content/motohawk/Documentation/MotoHawk2015bSP0/HTML/MotoHawk_lib_Blocks/IOFaultStatus.html IO Fault Status block] must be used with the IO Fault Detail block because the MC33810 fault detail block reports the last reported fault.  It will continue to report a fault after the fault condition has cleared, and is intended only to give additional detail to the application.
+The [http://mcs.woodward.com/content/motohawk/Documentation/CurrentVersion/HTML/MotoHawk_lib_Blocks/IOFaultStatus.html IO Fault Status block] must be used with the IO Fault Detail block because the MC33810 fault detail block reports the last reported fault.  It will continue to report a fault after the fault condition has cleared, and is intended only to give additional detail to the application.
 (0) No faults observed <br>

← Older revision		Revision as of 01:36, 22 March 2016
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−	The fault diagnostics of these outputs are then enabled through the [http://mcs.woodward.com/content/motohawk/Documentation/~~MotoHawk2013aBeta4~~/HTML/~~motohawk_blocks~~.html MC33810 Spark Fault Definition] block. The Spark Resource (pin) is selected.	+	The fault diagnostics of these outputs are then enabled through the [http://mcs.woodward.com/content/motohawk/Documentation/MotoHawk2015bSP0/HTML/MotoHawk_lib_Blocks/MC33810SparkFaultDefinition.html MC33810 Spark Fault Definition] block. The Spark Resource (pin) is selected.

	==== NOMI and MAXI Thresholds ====		==== NOMI and MAXI Thresholds ====

← Older revision		Revision as of 01:34, 22 March 2016
Line 131:		Line 131:
	(4) Temperature limit shutdown. <br>		(4) Temperature limit shutdown. <br>

−	The general gate drivers have the capability to detect an open circuit condition even while the drive is asserted. However, there are often requirements on the load that must be met before the diagnostic will operate reliably. The [http://mcs.woodward.com/content/motohawk/Documentation/~~MotoHawk2012bSP0~~/HTML/MotoHawk_lib_Blocks/OpenLoadWhileAssertedConfiguration.html Open Load While Asserted Configuration] block allows the application to define whether this diagnostic should be used.	+	The general gate drivers have the capability to detect an open circuit condition even while the drive is asserted. However, there are often requirements on the load that must be met before the diagnostic will operate reliably. The [http://mcs.woodward.com/content/motohawk/Documentation/MotoHawk2015bSP0/HTML/MotoHawk_lib_Blocks/OpenLoadWhileAssertedConfiguration.html Open Load While Asserted Configuration] block allows the application to define whether this diagnostic should be used.