ASH WARE eTPU Function Code Builder

eTPU Function Code Builder

All NXP eTPU Function Sets have been ported to compile under ETEC! Generally the changes are very minor, however, this code, when built under ETEC, offers tighter & faster running code than is available with the standard NXP distribution. This source has been modified in compliance with the NXP copyright, which is retained in all source code files, and is provided "as-is" without warranty.

This web application allows a combination of standard NXP eTPU functions to be selected and built into an executable image with the ASH WARE ETEC eTPU/eTPU2/eTPU2+ Compiler. All files required by the host CPU interface are also generated. All source & output is packaged into a zip for download. Notes:
- ETEC V3.01A is used to generate the executable image
- Source code is based from Freescale Set 1 version 1.3, Set 2 version 1.2, Set 3 version 1.2 and Set 4 version 1.1, Engine Control Library revsion 2

Instructions:
Step 1 : select the target part number / eTPU code memory size
Step 2 : select whether to build for eTPU2 (MPC56xx parts and newer only)
Step 3 : select the eTPU functions needed, making sure they fit in the available code space
Step 4 : when the selections are finalized, click on the build button (note: the build may take several seconds)
Step 5 : download the zip file of the soure code and all build outputs

Set 1 Functions General Timing & Communications	AN4907 / Set 2 Functions Automotive	Set 3 Functions DC & General Motor Control	Set 4 Functions AC Motor Control	Common Code/Routines

GPIO General Pin Input / Output	CRANK & CAM Engine Position - AN4907	PWMMDC PWM - Master for DC Motors	PWMMAC PWM - Master for AC Motors	GlobalError, Link4, ETEC error handling library
PWM Pulse Width Modulation	CRANK_EMUL Crank Emulator - AN4907	PWMF PWM - Full Range		mc_util : math utilities
IC Input Capture	FUEL Fuel - AN4907	PWMC PWM - Commutation Capable	ASAC Analog Sensing for AC Motors	mc_ramp : ramp algorithm
OC Output Compare	INJ Direct Injection - AN4907	ASDC Analog Sensing for DC Motors	PMSMVC PMSM Vector Control	mc_ctrl_pid : PID control routine
FPM Frequency and Period Measurement	KNOCK Knock - AN4907	CC Current Controller	ACIMVHZ ACIM V/Hz Control	mc_sin : sine & cosine functions
PPA Pulse/Period Accumulation	SPARK Spark - AN4907	HD Hall Decoder	ACIMVC ACIM Vector Control	mc_tran : transformations (Park, Clark)
UART Universal Asynchronous Receiver/Transmitter	TG Tooth Generator - AN4907	BC DC-Bus Brake Controller		mc_elim : ripple elimination
QOM Queued Output Match		SC Speed Controller		mc_comm : PWM commutation
SM Stepper Motor	CRANK & CAM Engine Position - set 2	QD (all QD) Quadrature Decoder
SPI Synchronous Peripheral Interface	FUEL Fuel Injection - set 2	QDHOME Quadrature Decoder - Home
SPWM Synchronized Pulse Width Modulation	SPARK Spark Ignition - set 2	QDINDEX Quadrature Decoder - Index
	KNOCK_WINDOW Knock Window - set 2		New Motor Control (eTPU2 only, contact us about source access)
	TOOTHGEN Tooth Generator - set 2		AS Analog Sensing - new MC
			PMSM_FOC PMSM Field Oriented Control - new MC
			PWMM Motor Control PWM - new MC
Enhanced SPI (ASH WARE) Synchronous Peripheral Interface			QD Quadrature Decoder - new MC
I2C Master (ASH WARE) I2C Master			RESOLVER Resolver Interface - new MC
I2C Slave (ASH WARE) I2C Slave			MC Supporting Code - new MC
EBPPA (ASH WARE) Enhanced Both Pulse and Period Accumulation

Select memory size / part number:	Memory Used:	Functions Used:	Build for eTPU2 (MPC56xx/MPC57xx/SPC564Axx/S32K39)
	Memory Remaining:	Functions Remaining:	Enable error handler SCM fill

User Info - name, email, company, or just to say 'hi' (optional):

Build Output & Status [be patient, takes some time to update after 'Build' is clicked!!]