66.13.2.2 Timing Extraction

Figure 66-12. FLEXCOM in SPI Host Modes 1 and 2

Figure 66-13. FLEXCOM in SPI Host Modes 0 and 3

Figure 66-14. FLEXCOM in SPI Client Modes 0 and 3

Figure 66-15. FLEXCOM in SPI Client Modes 1 and 2

Figure 66-16. FLEXCOM in SPI Client Mode - NPCS Timings

Table 66-53. FLEXCOM0 in SPI Mode IOSET1 Timings
Symbol	Power Supply	1.8V		3.3V		Unit
Symbol	Parameter	Min	Max	Min	Max	Unit
Host Mode
SPI₀	MISO Setup time before SPCK rises	14.3	–	12.8	–	ns
SPI₁	MISO Hold time after SPCK rises	0	–	0	–	ns
SPI₂	SPCK rising to MOSI	0	3.9	0	4.2	ns
SPI₃	MISO Setup time before SPCK falls	14.7	–	13.4	–	ns
SPI₄	MISO Hold time after SPCK falls	0	–	0	–	ns
SPI₅	SPCK falling to MOSI	0	3.9	0	4.6	ns
Client Mode
SPI₆	SPCK falling to MISO	10.9	13.4	9.1	11.9	ns
SPI₇	MOSI Setup time before SPCK rises	5.3	–	5	–	ns
SPI₈	MOSI Hold time after SPCK rises	0.4	–	0.3	–	ns
SPI₉	SPCK rising to MISO	10.7	13.1	9	11.5	ns
SPI₁₀	MOSI Setup time before SPCK falls	5.3	–	5	–	ns
SPI₁₁	MOSI Hold time after SPCK falls	0.4	–	0.3	–	ns
SPI₁₂	NPCS0 setup to SPCK rising	5.6	–	5.4	–	ns
SPI₁₃	NPCS0 hold after SPCK falling	0.7	–	0.6	–	ns
SPI₁₄	NPCS0 setup to SPCK falling	5.4	–	5.2	–	ns
SPI₁₅	NPCS0 hold after SPCK rising	0.2	–	0.1	–	ns
SPI₁₆	NPCS0 falling to MISO valid	17.5	–	16.2	–	ns

Table 66-54. FLEXCOM1 in SPI Mode IOSET1 Timings
Symbol	Power Supply	1.8V		3.3V		Unit
Symbol	Parameter	Min	Max	Min	Max	Unit
Host Mode
SPI₀	MISO Setup time before SPCK rises	15.7	–	13.8	–	ns
SPI₁	MISO Hold time after SPCK rises	0	–	0	–	ns
SPI₂	SPCK rising to MOSI	0	2.5	0	2.6	ns
SPI₃	MISO Setup time before SPCK falls	15.2	–	13.9	–	ns
SPI₄	MISO Hold time after SPCK falls	0	–	0	–	ns
SPI₅	SPCK falling to MOSI	0	1.7	0	2.4	ns
Client Mode
SPI₆	SPCK falling to MISO	11.4	13.7	9.4	12.3	ns
SPI₇	MOSI Setup time before SPCK rises	2.4	–	2.1	–	ns
SPI₈	MOSI Hold time after SPCK rises	1	–	0.9	–	ns
SPI₉	SPCK rising to MISO	11	13.1	9	11.6	ns
SPI₁₀	MOSI Setup time before SPCK falls	2.4	–	2.1	–	ns
SPI₁₁	MOSI Hold time after SPCK falls	1	–	0.9	–	ns
SPI₁₂	NPCS0 setup to SPCK rising	3.9	–	3.7	–	ns
SPI₁₃	NPCS0 hold after SPCK falling	1.1	–	1	–	ns
SPI₁₄	NPCS0 setup to SPCK falling	3.4	–	3.3	–	ns
SPI₁₅	NPCS0 hold after SPCK rising	0.6	–	0.4	–	ns
SPI₁₆	NPCS0 falling to MISO valid	16.8	–	15.5	–	ns

Table 66-55. FLEXCOM2 in SPI Mode IOSET1 Timings
Symbol	Power Supply	1.8V		3.3V		Unit
Symbol	Parameter	Min	Max	Min	Max	Unit
Host Mode
SPI₀	MISO Setup time before SPCK rises	15.3	–	13.4	–	ns
SPI₁	MISO Hold time after SPCK rises	0	–	0	–	ns
SPI₂	SPCK rising to MOSI	0	2.5	0	3	ns
SPI₃	MISO Setup time before SPCK falls	15.6	–	13.7	–	ns
SPI₄	MISO Hold time after SPCK falls	0	–	0	–	ns
SPI₅	SPCK falling to MOSI	0	2.6	0	3.1	ns
Client Mode
SPI₆	SPCK falling to MISO	11.7	13.5	9.4	11.7	ns
SPI₇	MOSI Setup time before SPCK rises	2	–	1.6	–	ns
SPI₈	MOSI Hold time after SPCK rises	0.5	–	0.5	–	ns
SPI₉	SPCK rising to MISO	11.7	13.5	9.4	11.5	ns
SPI₁₀	MOSI Setup time before SPCK falls	2	–	1.6	–	ns
SPI₁₁	MOSI Hold time after SPCK falls	0.5	–	0.5	–	ns
SPI₁₂	NPCS0 setup to SPCK rising	4	–	3.7	–	ns
SPI₁₃	NPCS0 hold after SPCK falling	0.6	–	0.6	–	ns
SPI₁₄	NPCS0 setup to SPCK falling	3.9	–	3.7	–	ns
SPI₁₅	NPCS0 hold after SPCK rising	0.4	–	0.3	–	ns
SPI₁₆	NPCS0 falling to MISO valid	16.8	–	13.6	–	ns

Table 66-56. FLEXCOM2 in SPI Mode IOSET2 Timings
Symbol	Power Supply	1.8V		3.3V		Unit
Symbol	Parameter	Min	Max	Min	Max	Unit
Host Mode
SPI₀	MISO Setup time before SPCK rises	13.3	–	11.2	–	ns
SPI₁	MISO Hold time after SPCK rises	0	–	0	–	ns
SPI₂	SPCK rising to MOSI	0	4.4	0	4.1	ns
SPI₃	MISO Setup time before SPCK falls	4.3	–	12.5	–	ns
SPI₄	MISO Hold time after SPCK falls	0	–	0	–	ns
SPI₅	SPCK falling to MOSI	0.3	4.4	0.4	4.4	ns
Client Mode
SPI₆	SPCK falling to MISO	10.1	12.2	8.2	10.4	ns
SPI₇	MOSI Setup time before SPCK rises	3.3	–	3.1	–	ns
SPI₈	MOSI Hold time after SPCK rises	0.8	–	0.7	–	ns
SPI₉	SPCK rising to MISO	9.8	11.8	7.9	9.8	ns
SPI₁₀	MOSI Setup time before SPCK falls	3.3	–	3.1	–	ns
SPI₁₁	MOSI Hold time after SPCK falls	0.8	–	0.7	–	ns
SPI₁₂	NPCS0 setup to SPCK rising	5.3	–	5.2	–	ns
SPI₁₃	NPCS0 hold after SPCK falling	0.8	–	0.6	–	ns
SPI₁₄	NPCS0 setup to SPCK falling	5	–	4.9	–	ns
SPI₁₅	NPCS0 hold after SPCK rising	0.2	–	0.1	–	ns
SPI₁₆	NPCS0 falling to MISO valid	15.9	–	14.2	–	ns

Table 66-57. FLEXCOM3 in SPI Mode IOSET1 Timings
Symbol	Power Supply	1.8V		3.3V		Unit
Symbol	Parameter	Min	Max	Min	Max	Unit
Host Mode
SPI₀	MISO Setup time before SPCK rises	14.6	–	12.7	–	ns
SPI₁	MISO Hold time after SPCK rises	0	–	0	–	ns
SPI₂	SPCK rising to MOSI	0	2.6	0	2.9	ns
SPI₃	MISO Setup time before SPCK falls	14.2	–	13	–	ns
SPI₄	MISO Hold time after SPCK falls	0	–	0	–	ns
SPI₅	SPCK falling to MOSI	0	1.8	0	2.9	ns
Client Mode
SPI₆	SPCK falling to MISO	11.6	14.1	9.5	12.7	ns
SPI₇	MOSI Setup time before SPCK rises	3.3	–	3.2	–	ns
SPI₈	MOSI Hold time after SPCK rises	0.9	–	0.7	–	ns
SPI₉	SPCK rising to MISO	11.2	13.6	9.1	12.2	ns
SPI₁₀	MOSI Setup time before SPCK falls	3.3	–	3.2	–	ns
SPI₁₁	MOSI Hold time after SPCK falls	0.9	–	0.7	–	ns
SPI₁₂	NPCS0 setup to SPCK rising	2.8	–	2.6	–	ns
SPI₁₃	NPCS0 hold after SPCK falling	1.5	–	1.3	–	ns
SPI₁₄	NPCS0 setup to SPCK falling	2.3	–	2.2	–	ns
SPI₁₅	NPCS0 hold after SPCK rising	1	–	0.7	–	ns
SPI₁₆	NPCS0 falling to MISO valid	15.4	–	14.1	–	ns

Table 66-58. FLEXCOM3 in SPI Mode IOSET2 Timings
Symbol	Power Supply	1.8V		3.3V		Unit
Symbol	Parameter	Min	Max	Min	Max	Unit
Host Mode
SPI₀	MISO Setup time before SPCK rises	14.1	–	12.6	–	ns
SPI₁	MISO Hold time after SPCK rises	0	–	0	–	ns
SPI₂	SPCK rising to MOSI	0	3.8	0	4.1	ns
SPI₃	MISO Setup time before SPCK falls	14.9	–	13.7	–	ns
SPI₄	MISO Hold time after SPCK falls	0	–	0	–	ns
SPI₅	SPCK falling to MOSI	0	3.9	0	4.5	ns
Client Mode
SPI₆	SPCK falling to MISO	10.6	13.1	8.6	11.8	ns
SPI₇	MOSI Setup time before SPCK rises	3.7	–	3.5	–	ns
SPI₈	MOSI Hold time after SPCK rises	0.6	–	0.5	–	ns
SPI₉	SPCK rising to MISO	10.2	12.6	8.2	11.1	ns
SPI₁₀	MOSI Setup time before SPCK falls	3.7	–	3.5	–	ns
SPI₁₁	MOSI Hold time after SPCK falls	0.6	–	0.5	–	ns
SPI₁₂	NPCS0 setup to SPCK rising	4.5	–	4.3	–	ns
SPI₁₃	NPCS0 hold after SPCK falling	1	–	0.9	–	ns
SPI₁₄	NPCS0 setup to SPCK falling	4	–	3.9	–	ns
SPI₁₅	NPCS0 hold after SPCK rising	0.4	–	0.3	–	ns
SPI₁₆	NPCS0 falling to MISO valid	16.9	–	15.6	–	ns

Table 66-59. FLEXCOM3 in SPI Mode IOSET3 Timings
Symbol	Power Supply	1.8V		3.3V		Unit
Symbol	Parameter	Min	Max	Min	Max	Unit
Host Mode
SPI₀	MISO Setup time before SPCK rises	14.2	–	12.7	–	ns
SPI₁	MISO Hold time after SPCK rises	0	–	0	–	ns
SPI₂	SPCK rising to MOSI	0	3.4	0	3.7	ns
SPI₃	MISO Setup time before SPCK falls	15.1	–	13.8	–	ns
SPI₄	MISO Hold time after SPCK falls	0	–	0	–	ns
SPI₅	SPCK falling to MOSI	0	3.5	0	4.2	ns
Client Mode
SPI₆	SPCK falling to MISO	11.4	14.1	9.4	12.8	ns
SPI₇	MOSI Setup time before SPCK rises	5.4	–	5.1	–	ns
SPI₈	MOSI Hold time after SPCK rises	0.4	–	0.3	–	ns
SPI₉	SPCK rising to MISO	11	13.6	9	12.2	ns
SPI₁₀	MOSI Setup time before SPCK falls	5.4	–	5.1	–	ns
SPI₁₁	MOSI Hold time after SPCK falls	0.4	–	0.3	–	ns
SPI₁₂	NPCS0 setup to SPCK rising	4.3	–	4.2	–	ns
SPI₁₃	NPCS0 hold after SPCK falling	1.1	–	0.9	–	ns
SPI₁₄	NPCS0 setup to SPCK falling	3.8	–	3.7	–	ns
SPI₁₅	NPCS0 hold after SPCK rising	0.5	–	0.3	–	ns
SPI₁₆	NPCS0 falling to MISO valid	17.5	–	16.2	–	ns

Table 66-60. FLEXCOM4 in SPI Mode IOSET1 Timings
Symbol	Power Supply	1.8V		3.3V		Unit
Symbol	Parameter	Min	Max	Min	Max	Unit
Host Mode
SPI₀	MISO Setup time before SPCK rises	14.7	–	13.1	–	ns
SPI₁	MISO Hold time after SPCK rises	0	–	0	–	ns
SPI₂	SPCK rising to MOSI	0	2.7	0	3.2	ns
SPI₃	MISO Setup time before SPCK falls	15.2	–	13.8	–	ns
SPI₄	MISO Hold time after SPCK falls	0	–	0	–	ns
SPI₅	SPCK falling to MOSI	0	2.9	0	3.6	ns
Client Mode
SPI₆	SPCK falling to MISO	10.9	13.2	8.9	11.9	ns
SPI₇	MOSI Setup time before SPCK rises	3.3	–	3.2	–	ns
SPI₈	MOSI Hold time after SPCK rises	0.7	–	0.6	–	ns
SPI₉	SPCK rising to MISO	10.5	12.7	8.5	11.3	ns
SPI₁₀	MOSI Setup time before SPCK falls	3.3	–	3.2	–	ns
SPI₁₁	MOSI Hold time after SPCK falls	0.7	–	0.6	–	ns
SPI₁₂	NPCS0 setup to SPCK rising	5.7	–	5.5	–	ns
SPI₁₃	NPCS0 hold after SPCK falling	0.6	–	0.5	–	ns
SPI₁₄	NPCS0 setup to SPCK falling	5.2	–	5	–	ns
SPI₁₅	NPCS0 hold after SPCK rising	0	–	0	–	ns
SPI₁₆	NPCS0 falling to MISO valid	17.8	–	16.5	–	ns

Table 66-61. FLEXCOM4 in SPI Mode IOSET2 Timings
Symbol	Power Supply	1.8V		3.3V		Unit
Symbol	Parameter	Min	Max	Min	Max	Unit
Host Mode
SPI₀	MISO Setup time before SPCK rises	14.7	–	11.5	–	ns
SPI₁	MISO Hold time after SPCK rises	0	–	0	–	ns
SPI₂	SPCK rising to MOSI	0	2.7	0	4.7	ns
SPI₃	MISO Setup time before SPCK falls	15.2	–	12.8	–	ns
SPI₄	MISO Hold time after SPCK falls	0	–	0	–	ns
SPI₅	SPCK falling to MOSI	0	2.9	0.8	5.1	ns
Client Mode
SPI₆	SPCK falling to MISO	10.9	13.2	7.8	10.2	ns
SPI₇	MOSI Setup time before SPCK rises	3.3	–	2.2	–	ns
SPI₈	MOSI Hold time after SPCK rises	0.7	–	0.8	–	ns
SPI₉	SPCK rising to MISO	10.5	12.7	7.7	9.9	ns
SPI₁₀	MOSI Setup time before SPCK falls	3.3	–	2.2	–	ns
SPI₁₁	MOSI Hold time after SPCK falls	0.7	–	0.8	–	ns
SPI₁₂	NPCS0 setup to SPCK rising	5.6	–	3.3	–	ns
SPI₁₃	NPCS0 hold after SPCK falling	0.6	–	1.1	–	ns
SPI₁₄	NPCS0 setup to SPCK falling	5.2	–	3.1	–	ns
SPI₁₅	NPCS0 hold after SPCK rising	0	–	0.8	–	ns
SPI₁₆	NPCS0 falling to MISO valid	17.8	–	12.9	–	ns

Table 66-62. FLEXCOM4 in SPI Mode IOSET3 Timings
Symbol	Power Supply	1.8V		3.3V		Unit
Symbol	Parameter	Min	Max	Min	Max	Unit
Host Mode
SPI₀	MISO Setup time before SPCK rises	14.2	–	12.2	–	ns
SPI₁	MISO Hold time after SPCK rises	0	–	0	–	ns
SPI₂	SPCK rising to MOSI	0	3.6	0	3.6	ns
SPI₃	MISO Setup time before SPCK falls	15.1	–	13.3	–	ns
SPI₄	MISO Hold time after SPCK falls	0	–	0	–	ns
SPI₅	SPCK falling to MOSI	0.1	3.7	0.1	4	ns
Client Mode
SPI₆	SPCK falling to MISO	9.9	12.4	8	10.5	ns
SPI₇	MOSI Setup time before SPCK rises	3.9	–	3.7	–	ns
SPI₈	MOSI Hold time after SPCK rises	0.8	–	0.7	–	ns
SPI₉	SPCK rising to MISO	9.5	11.9	7.7	9.9	ns
SPI₁₀	MOSI Setup time before SPCK falls	3.9	–	3.7	–	ns
SPI₁₁	MOSI Hold time after SPCK falls	0.8	–	0.7	–	ns
SPI₁₂	NPCS0 setup to SPCK rising	4.8	–	4.6	–	ns
SPI₁₃	NPCS0 hold after SPCK falling	1	–	0.9	–	ns
SPI₁₄	NPCS0 setup to SPCK falling	4.4	–	4.3	–	ns
SPI₁₅	NPCS0 hold after SPCK rising	0.5	–	0.3	–	ns
SPI₁₆	NPCS0 falling to MISO valid	16	–	14.2	–	ns

Figure 66-17. Minimum and Maximum Access Time for SPI Output Signal

SAMA5D2 Series

66.13.2.2 Timing Extraction