MC68MH360AI25L Freescale Semiconductor, MC68MH360AI25L Datasheet - Page 102

• Manufacturer Part Number: MC68MH360AI25L
• Description: IC MPU QUICC 25MHZ 240-FQFP
• Manufacturer: Freescale Semiconductor

Specifications of MC68MH360AI25L

• Processor Type: M683xx 32-Bit
• Speed: 25MHz
• Voltage: 5V
• Mounting Type: Surface Mount
• Package / Case: 240-FQFP
• Lead Free Status / RoHS Status: Lead free / RoHS Compliant
• Features: -

/* SDCR has been initialized by the debugger */
/* PAPAR, PADIR & PAODR are cleared at reset */
/* Port C registers are cleared at reset */
pvec = (int *) (getvbr() + (((vecblk << 5) + 0x1E) * 4));/*
vector address */
*pvec = (int) SCC1esr;
pdpr->TRR4 = 8;
pdpr->TMR4.PS = 0;
pdpr->TMR4.OM = 1;
pdpr->TMR4.FRR = 1;
pdpr->TMR4.ICLK = 1;
pdpr->TGCR.RST4 = 1;
pdpr->PAPAR |= 0x8000
pdpr->PADIR |= 0x8000;
pdpr->TRR3 = 174;
pdpr->TMR3.PS = 0;
pdpr->TMR3.OM = 0;
pdpr->TMR3.FRR = 1;
pdpr->TMR3.ICLK = 3;
pdpr->TGCR.RST3 = 1;
pdpr->PAPAR |= 0x3000;/* enable TOUT3 & TIN3 */
pdpr->PADIR |= 0x2000;
pdpr->SIMODE.CRTa = 1;
pdpr->SIMODE.RFSDa = 1;
pdpr->SIMODE.TFSDa = 1;
pdpr->SICR.SC1 = 1;
pdpr->PAPAR |= 0x100;
pdpr->PCPAR = 0x800;
pdpr->SIGMR = 4;
pdpr->SIRAM[0] = 0x8042;
pdpr->SIRAM[1] = 0x8042;
pdpr->SIRAM[2] = 0x8042;
pdpr->SIRAM[3] = 0x8043;
pdpr->SIRAM[64] = 0x8042;
pdpr->SIRAM[65] = 0x8042;
pdpr->SIRAM[66] = 0x8042;
pdpr->SIRAM[67] = 0x8043;
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QMC Supplement
/* init int vector */
/* init timer ref */
/* init prescalar */
/* select toggle */
/* restart after ref reac */
/* master clock */
/* enable timer */
/* enable TOUT4 pin */
/* pin 15 is an output */
/* init timer ref */
/* init prescalar */
/* select pulse */
/* restart after ref reac */
/* external clock */
/* enable timer */
/* pin 13 is an
/* common syncs & clocks */
/* receive frame sync 1 clk dly */
/* xmit frame sync 1 clk dly */
/* SCC1 is TDM */
/* enable L1RCLKa */
/* enable L1RSYNCa */
/* enable TDMa */
/* init 1st receive element */
/* init 2nd receive element */
/* init 3rd receive element */
/* init 4th receive element */
/* init 1st xmit element */
/* init 2nd xmit element */
/* init 3rd xmit element */
/* init 4th xmit element */
output */
calculate