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TMS320F Datasheet(PDF) 385 Page - Texas Instruments |
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TMS320F Datasheet(HTML) 385 Page - Texas Instruments |
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385 / 389 page ![]() Index Index-8 memory (continued) program 3-4 to 3-5 program memory address generation logic 5-2 address sources 5-3 segments 3-2 total address range 3-1 memory instructions block move from data memory to data memory (BLDD) 7-48 block move from program memory to data memory (BLPD) 7-53 move data after add PREG to accumulator, load TREG, and multiply (MACD) 7-105 move data to next higher address in data memory (DMOV) 7-65 move data, load TREG, and add PREG to accumulator (LTD) 7-94 store long immediate value to data memory (SPLK) 7-164 table read (TBLR) 7-185 table write (TBLW) 7-188 transfer data from data memory to I/O space (OUT) 7-131 transfer data from I/O space to data memory (IN) 7-68 transfer word from data memory to program memory (TBLW) 7-188 transfer word from program memory to data memory (TBLR) 7-185 memory maps for ’C24x controllers 3-3 microstack (MSTACK) 5-3, 5-6 MP/MC pin 3-5 MPY instruction 7-112 MPYA instruction 7-115 MPYS instruction 7-117 MPYU instruction 7-119 MSTACK (microstack) 5-3, 5-6 multiplication section of CPU 4-5 multiplier 2-9 description 4-5 multiply instructions multiply (include load to TREG) and accumulate previous product (MAC) 7-101 multiply (include load to TREG), accumulate previous product, and move data (MACD) 7-105 multiply (MPY) 7-112 multiply instructions (continued) multiply and accumulate previous product (MPYA) 7-115 multiply and subtract previous product (MPYS) 7-117 multiply unsigned (MPYU) 7-119 square specified value after accumulating previous product (SQRA) 7-167 square specified value after subtracting previous product from accumulator (SQRS) 7-169 N NEG instruction 7-121 next auxiliary register 6-11 next program address register (NPAR) definition D-10 shown in figure 5-2 NMI instruction 7-123 vector location 5-16 NMI interrupt, vector location 5-16 NOP instruction 7-124 NORM instruction 7-125 NPAR (next program address register) definition D-10 shown in figure 5-2 O off-chip memory, configuration, data 3-8 on-chip memory advantages 3-2 configuration 3-8 on-chip RAM, dual-access 2-5 on-chip ROM B-1 opcode format direct addressing 6-5 immediate addressing 6-2 indirect addressing 6-12 OR instruction 7-128 OUT instruction 7-131 output modes external count C-20 signal event C-20 output shifter 2-8, 4-11 OV (overflow flag bit) 4-16 |
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