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Ultra low power Audio Decoder LSI
CXD5091AGG
Description
The CXD5091AGG is an audio decoder LSI that achieves super-low power consumption and supports many codecs. Useful interface such as NAND/NOR flash memory and Memory Stick is supported, and it comprises analog circuits such as audio D/A converter and SAR A/D converter. The CXD5091AGG is suitable for portable audio players and cellular phone audio backend.
Features
CPU RAM ROM Frequency Peripherals Host interface : ARM7TDMI : 320K bytes : 448K bytes : 45.1584MHz : SRAM, NOR flash slave compatible Host processor can be connected. 16/8-bit data bus, 4-chip select : 16/8-bit data bus, 5-chip select An external acknowledge device is also supported. : 4-symbol ECC, Reed-Solomon error correction 4-chip select : x 4ch : x 2ch (1ch supports up to 3Mbps baud rate.) : x 2ch : MS-Pro x 1ch : x 1ch : x 1ch Either analog audio interface or I2S bus interface can be selected as transfer protocol. : PHY included, Low/Full/High-speed device, 5 end points, Control/Interrupt/ Bulk/Isochronous transfer : x 8ch, internal clock/external event trigger : 16-bit x 1ch : 8-bit x 1ch : 10-bit x 8 analog inputs, SAR, 1Msps : 24-bit x 2
Bus interface NAND flash interface DMA controller Serial interface Clocked serial interface Memory Stick interface I2C bus interface Audio interface
USB2.0 8-bit timer Watchdog timer PWM pulse generator A/D converter Audio D/A converter
Sony reserves the right to change products and specifications without prior notice. This information does not convey any license by any implication or otherwise under any patents or other right. Application circuits shown, if any, are typical examples illustrating the operation of the devices. Sony cannot assume responsibility for any problems arising out of the use of these circuits.
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E06Z16
CXD5091AGG
: 8 to 96kHz sampling frequency is converted to 44.1kHz. Peak detection Magic Gate : x 1ch Interrupt controller : External event x 12 General-purpose I/O : 116 (When all multiplexed pins are set as GPIO), Direction individually selected Signal processing accelerator : Virtual Mobile Engine Oscillator Main : 45.1584MHz input, Crystal/Ceramic selectable Sub : 12MHz input, Crystal/Ceramic selectable Process : CMOS 0.13m
Sampling rate converter
Conventions
In this data sheet abbreviations shown below are used to simplify descriptions. Abbreviation fSYS tSYS Description Frequency of system clock which can be selected either in 45MHz, 22MHz, 11MHz, 5.6MHz, 2.8MHz or 1.4MHz Cycle time of system clock which can be selected either in 22ns, 44ns, 89ns, 177ns, 354ns or 708ns
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CXD5091AGG
Pin Configuration
Fig. 1 and Fig. 2 show the package of the CXD5091AGG.
U T R P N M L K J H G F E D C B A 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
9mm x 9mm 273-pin TFBGA
Pin 1 index mark
Fig. 1. 273-pin Package (Top View)
1 U T R P N M L K J H G F E D C B A NC 52 40 69 64 59 58 57 56 30 23 20 15 5 27 25 NC 1 2 77 49 68 67 66 65 63 62 41 36 31 26 16 11 6 253 258 2 3 54 46 71 60 55 53 50 45 34 35 19 17 7 2 1 10 256 3 4 92 72 70 73 47 51 48 37 33 28 18 14 8 3 269 267 268 4 5 93 81 74 61 76 44 43 38 32 24 21 13 266 263 255 265 264 5 6 80 89 78 75 83 42 39 29 22 12 9 4 262 257 251 259 254 6 261 260 252 246 249 248 7 244 250 247 239 245 240 8 221 234 230 237 241 238 9 215 226 224 231 235 236 10 191 216 217 225 229 228 1 85 242 243 104 232 233 153 168 183 7 82 94 84 86 87 79 8 95 99 90 88 100 91 9 96 107 101 98 113 97 10 120 105 106 108 121 110 11 117 111 109 115 137 112 12 103 114 118 119 142 147 138 143 173 198 200 187 210 214 219 227 222 12 13 102 116 128 127 141 152 161 148 163 178 193 188 209 211 207 213 220 13 14 122 126 129 132 136 151 158 162 167 172 181 182 196 197 205 212 208 14 15 130 131 134 139 144 146 157 166 171 176 177 184 192 199 204 201 223 15 16 135 133 140 145 150 155 160 165 170 175 180 185 190 195 194 206 218 16 17 NC 154 159 125 124 123 156 149 164 169 174 179 186 189 203 202 NC 17 U T R P N M L K J H G F E D C B A
Fig. 2. 273-pin Package (Bottom View)
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CXD5091AGG
Table 1. Pin Coordinates
Pin No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 Coordinate C3 D3 D4 F6 D1 C2 E3 E4 G6 B3 D2 H6 F5 F4 E1 E2 F3 G4 G3 F1 G5 J6 G1 H5 B1 F2 C1 H4 K6 H1 G2 J5 J4 J3 H3 H2 K4 Pin name NAD0/GPIOC0 NAD1/GPIOC1 NAD2/GPIOC2 NAD3/GPIOC3 NAD4/GPIOC4 NAD5/GPIOC5 NAD6/GPIOC6 NAD7/GPIOC7 NCLE/GPIOC8 NALE/GPIOC9 NCE0/GPIOC10 NCE1/GPIOC11 NCE2/GPIOC12 NCE3/GPIOC13 NRE/GPIOC14 NWE/GPIOC15 NWP/GPIOC16 NRB0/GPIOC17 NRB1/GPIOC18 NRB2/GPIOC19 NRB3/GPIOC20 DVS DVDIO2 DVDIO2 DVS DVDK2 DVS GPION0/INT8 GPION1/INT9 GPION2/INT10 GPION3/INT11 TDI TMS TCK TDO TRST TEST Pin No. 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 Coordinate K5 L6 R1 J2 M6 L5 M5 K3 T3 N4 L4 T2 L3 M4 T1 M3 U3 N3 J1 K1 L1 M1 P3 P5 K2 L2 N1 M2 N2 P2 R2 P1 R4 R3 T4 P4 R5 EVA TREQA TACK SCL/GPIOK0 SDA/GPIOK1 EC0/INT6/GPIOL0 T1/GPIOL1 EC2/INT7/GPIOL2 T3/GPIOL3 BEEP/GPIOL4 PWM/SUSPEND/GPIOL5 DVS DVDIO2 DVDIO2 DVS DVDK2 DVS AVDLPF VREFL AOUTL AOUTR VREFR AVSLPF AVDADC AN0 AN1 AN2 AN3 AN4 AN5 AN6 AN7 AVSADC NC INT1/GPIOF0 DREQ/INT2/GPIOF1 DACK/INT3/GPIOF2 Pin name
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CXD5091AGG
Pin No. 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111
Coordinate P6 N5 U2 R6 M7 U6 T5 U7 N6 R7 K8 P7 N7 P8 T6 R8 M8 U4 U5 T7 U8 U9 M9 P9 T8 N8 R9 U13 U12 K9 T10 R10 T9 P10 R11 M10 T11
Pin name INT4/GPIOF3 INT5/GPIOF4 DVS DVDIO2 DVDK2 DVS DVDIO2 DVS MSBS/INT0/GPIOE0 MSSCLK MSDIO0/GPIOE1 MSDIO1/GPIOE2 MSDIO2/GPIOE3 MSDIO3/GPIOE4 MSINS/GPIOE5 MCSEL AVDOSC1 EXTAL XTAL AVSOSC TEX TX AVDOSC2 AVSPLL AVDPLL AVDUSB AVSUSB DP DM VBUS/GPIOD0 TxD0/GPIOI0 RxD0/GPIOI1 TxD1/GPIOJ0 RxD1/GPIOJ1 SI0/GPIOG1 SO0/GPIOG0 SCK0
Pin No. 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148
Coordinate M11 N9 T12 P11 T13 U11 R12 P12 U10 N10 U14 M17 N17 P17 T14 P13 R13 R14 U15 T15 P14 T16 R15 U16 N14 N11 L12 P15 R16 N13 N12 K12 N15 P16 M15 M12 K13
Pin name SCS0/GPIOG2 SI1/GPIOH1 SO1/GPIOH0 SCK1 SCS1/GPIOH2 DVS DVDIO1 DVDIO1 DVS DVDK1 DVS FS256 LRCK/WS BCK/SCK ADDT/SDI/GPIOM0 DADT/SDO/GPIOM1 MUTFGL/GPIOM2 MUTFGR/GPIOM3 DVS DVDIO2 DVDIO2 DVS DVDK2 DVS NBOOT A0/GPIOA0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11
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CXD5091AGG
Pin No. 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184
Coordinate K17 N16 M14 M13 K10 T17 M16 L17 L15 L14 R17 L16 L13 K14 J13 J17 K16 K15 J14 J10 H17 J16 J15 H14 J12 G17 H16 H15 G15 H13 F17 G16 G14 F14 H10 F15 A12 A13 A14 A15 A16 DVS DVDIO2 DVDIO2 DVS DVDK2 DVS A17 A18 A19 A20 A21 A22
Pin name
Pin No. 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220
Coordinate F16 E17 F12 F13 D17 E16 F11 E15 G13 C16 D16 E14 D14 H12 D15 G12 B15 B17 C17 C15 C14 B16 C13 A14 E13 E12 D13 B14 B13 D12 F10 E11 D11 A16 C12 A13
Pin name D10/GPIOA14 D11/GPIOA15 D12/GPIOA16 D13/GPIOA17 D14/GPIOA18 D15/GPIOA19 WAIT/GPIOA20 CS0/GPIOA21 CS1/GPIOA22 CS2/GPIOA23 CS3/GPIOA24 CS4/GPIOA25 RE/GPIOA26 WE/GPIOA27 LB/GPIOA28 UB/GPIOA29 DVDK2 DVS DVS DVDIO2 DVDIO2 DVS HA0 HA1 HA2 HA3 HA4 HA5 HA6 HA7 HA8 HA9 HA10 DVS DVDIO0 DVDIO0
A23/GPIOA1 A24/GPIOA2 A25/GPIOA3 D0/GPIOA4 D1/GPIOA5 D2/GPIOA6 D3/GPIOA7 D4/GPIOA8 D5/GPIOA9 D6/GPIOA10 D7/GPIOA11 DVS DVDIO2 DVDIO2 DVS DVDK2 DVS D8/GPIOA12 D9/GPIOA13
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CXD5091AGG
Pin No. 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251
Coordinate F9 A12 A15 D10 C11 E10 B12 A11 B11 D9 C10 J9 H9 E9 B10 A10 C9 A9 C8 A8 B9 J8 H8 F8 B8 C7 D8 A7 B7 E8 C6 DVS DVDK0 DVS HA11 HA12 HA13 HA14 HA15
Pin name
Pin No. 252 253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 268 269
Coordinate D7 B2 A6 C5 A3 D6 A2 B6 E7 F7 E6 D5 A5 B5 E5 B4 A4 C4 DVS DVDIO0 DVDK0 DVS DVDIO0 DVS RST
Pin name HD15/GPIOB17
HA16/GPIOB0 HA17/GPIOB1 HD0/GPIOB2 HD1/GPIOB3 HD2/GPIOB4 HD3/GPIOB5 DVS DVDIO0 DVDK0 DVS DVDIO0 DVS HD4/GPIOB6 HD5/GPIOB7 HD6/GPIOB8 HD7/GPIOB9 HD8/GPIOB10 HD9/GPIOB11 HD10/GPIOB12 HD11/GPIOB13 HD12/GPIOB14 HD13 / GPIOB15 HD14 / GPIOB16
HWAIT/GPIOB18 HCS/GPIOB19 HBUS8/GPIOB20 HBIG/GPIOB21 HADMUX/GPIOB22 HALE/GPIOB23 HRE/GPIOB24 HWE/GPIOB25 HLB/GPIOB26 HUB/GPIOB27
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CXD5091AGG
Pin Description
Table 2 shows the pin description.
Table 2. Pin Description
Pin name NAD0/GPIOC0 NAD1/GPIOC1 NAD2/GPIOC2 NAD3/GPIOC3 NAD4/GPIOC4 NAD5/GPIOC5 NAD6/GPIOC6 NAD7/GPIOC7 NCLE/GPIOC8 NALE/GPIOC9 NCE0/GPIOC10 NCE1/GPIOC11 NCE2/GPIOC12 NCE3/GPIOC13 NRE/GPIOC14 NWE/GPIOC15 NWP/GPIOC16 NRB0/GPIOC17 NRB1/GPIOC18 NRB2/GPIOC19 NRB3/GPIOC20 GPION0/INT8 GPION1/INT9 GPION2/INT10 GPION3/INT11 TDI TMS TCK TDO TRST SCL/GPIOK0 SDA/GPIOK1 Direction I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O Output / I/O Output / I/O Output / I/O Output / I/O Output / I/O Output / I/O Output / I/O Output / I/O Output / I/O Input / I/O Input / I/O Input / I/O Input / I/O I/O / Input I/O / Input I/O / Input I/O / Input Input Input Input Output Input I/O / I/O I/O / I/O Debug data input Debug mode select input Debug clock input Debug data output Debug reset input I2C clock I2C data GPIO group K 0 to 1 GPIO group N 0 to 3 Interrupt 8 to 11 Command latch enable Address latch enable NAND chip enable bank 0 NAND chip enable bank 1 NAND chip enable bank 2 NAND chip enable bank 3 NAND read enable NAND write enable NAND write protect NAND ready/busy bank 0 NAND ready/busy bank 1 NAND ready/busy bank 2 NAND ready/busy bank 3 GPIO group C 0 to 20 NAND flash address/data bus Description
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CXD5091AGG
Pin name EC0/INT6/GPIOL0 T1/GPIOL1 EC2/INT7/GPIOL2 T3/GPIOL3 BEEP/GPIOL4 PWM/SUSPEND/ GPIOL5 VREFL AOUTL AOUTR VREFR AN0 AN1 AN2 AN3 AN4 AN5 AN6 AN7 INT1/GPIOF0 DREQ/INT2/GPIOF1 DACK/INT3/GPIOF2 INT4/GPIOF3 INT5/GPIOF4 MSSCLK MSBS/INT0/GPIOE0 MSDIO0/GPIOE1 MSDIO1/GPIOE2 MSDIO2/GPIOE3 MSDIO3/GPIOE4 MSINSN/GPIOE5 MCSEL EXTAL XTAL TEX TX
Direction Input / Input / I/O Output / I/O Input / Input / I/O Output / I/O Output / I/O Output / Output / I/O Output Output Output Output Input Input Input Input Input Input Input Input Input / I/O Input / Input / I/O Output / Input / I/O Input / I/O Input / I/O Output Output / Input / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O Input / I/O Input Input Output Input Output MS Pro I/F attach detection MS Pro I/F data 0 to 3 I/O Event clock input 0 Event trigger output 1 Event clock input 2 Event trigger output 3 Beep output PWM output
Description Interrupt 6
Interrupt 7
GPIO group L 0 to 5
USB2.0 suspend status
LPF reference voltage output (Lch) LPF output (Lch) LPF output (Rch) LPF reference voltage output (Rch) SAR A/D converter analog input (ch0) SAR A/D converter analog input (ch1) SAR A/D converter analog input (ch2) SAR A/D converter analog input (ch3) SAR A/D converter analog input (ch4) SAR A/D converter analog input (ch5) SAR A/D converter analog input (ch6) SAR A/D converter analog input (ch7) -- BIU external acknowledge device DMA request input BIU external acknowledge device DMA request output -- -- MS Pro I/F clock output MS Pro I/F bus state output Interrupt 0 Interrupt 1 to 5 GPIO group F 0 to 4
GPIO group E 0 to 5
Main oscillator ceramic select. H: ceramic, L: crystal Main oscillator 45.1584MHz input Main oscillator output Sub oscillator 12MHz input Sub oscillator output
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CXD5091AGG
Pin name DP DM VBUS/GPIOD0 TxD0/GPIOI0 RxD0/GPIOI1 TxD1/GPIOJ0 RxD1/GPIOJ1 SO0/GPIOG0 SI0/GPIOG1 SCS0/GPIOG2 SCK0 SO1/GPIOH0 SI1/GPIOH1 SCS1/GPIOH2 SCK1 FS256 LRCK/WS BCK/SCK ADDT/SDI/GPIOM0 DADT/SDO/GPIOM1 MUTFGL/GPIOM2 MUTFGR/GPIOM3 NBOOT
Direction I/O I/O Input / I/O Output / I/O Input / I/O Output / I/O Input / I/O Output / I/O Input / I/O Input / I/O I/O Output / I/O Input / Input Input / I/O I/O Output I/O / I/O I/O / I/O Input / Input / I/O Output / Output / I/O Output / I/O Output / I/O Input USB2.0 D+ USB2.0 D- USB2.0 VBUS interrupt UART0 transmit data UART0 receive data UART1 transmit data UART1 receive data
Description
GPIO group D 0 GPIO group I 0 to 1 GPIO group J 0 to 1
Clocked serial 0 transmit data Clocked serial 0 receive data Clocked serial 0 external start trigger Clocked serial 0 clock Clocked serial 1 transmit data Clocked serial 1 receive data Clocked serial 1 external start trigger Clocked serial 1 clock 256fs (11.2896MHz) clock output Audio serial LR clock Audio serial bit clock Audio serial data input Audio serial data output Mute (Lch) output Mute (Rch) output NAND flash ROM boot select. H: NAND boot, L: NOR boot I2S word select I2S clock I2S data input I2S data output GPIO group M 0 to 3 GPIO group H 0 GPIO group H 1 GPIO group H 2 GPIO group G 0 to 2
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CXD5091AGG
Pin name A0/GPIOA0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A22 A23/GPIOA1 A24/GPIOA2 A25/GPIOA3
Direction Output / I/O Output Output Output Output Output Output Output Output Output Output Output Output Output Output Output Output Output Output Output Output Output Output Output / I/O Output / I/O Output / I/O BIU address 23 to 25 BIU address 1 to 22 BIU address 0
Description GPIO group A 0
GPIO group A 1 to 3
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CXD5091AGG
Pin name D0/GPIOA4 D1/GPIOA5 D2/GPIOA6 D3/GPIOA7 D4/GPIOA8 D5/GPIOA9 D6/GPIOA10 D7/GPIOA11 D8/GPIOA12 D9/GPIOA13 D10/GPIOA14 D11/GPIOA15 D12/GPIOA16 D13/GPIOA17 D14/GPIOA18 D15/GPIOA19 WAIT/GPIOA20 CS0/GPIOA21 CS1/GPIOA22 CS2/GPIOA23 CS3/GPIOA24 CS4/GPIOA25 RE/GPIOA26 WE/GPIOA27 LB/GPIOA28 UB/GPIOA29 RST
Direction I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O Input / I/O Output / I/O Output / I/O Output / I/O Output / I/O Output / I/O Output / I/O Output / I/O Output / I/O Output / I/O Input BIU wait input BIU chip select bank 0 BIU chip select bank 1 BIU chip select bank 2 BIU chip select bank 3 BIU chip select bank 4 BIU read enable BIU write enable BIU lower byte enable BIU upper byte enable System reset BIU data 0 to 15
Description
GPIO group A 4 to 29
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CXD5091AGG
Pin name HA0 HA1 HA2 HA3 HA4 HA5 HA6 HA7 HA8 HA9 HA10 HA11 HA12 HA13 HA14 HA15
Direction I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O I/O
Description
HOST I/F address input, data I/O (address/data multiplex mode)
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CXD5091AGG
Pin name HA16/GPIOB0 HA17/GPIOB1 HD0/GPIOB2 HD1/GPIOB3 HD2/GPIOB4 HD3/GPIOB5 HD4/GPIOB6 HD5/GPIOB7 HD6/GPIOB8 HD7/GPIOB9 HD8/GPIOB10 HD9/GPIOB11 HD10/GPIOB12 HD11/GPIOB13 HD12/GPIOB14 HD13/GPIOB15 HD14/GPIOB16 HD15/GPIOB17 HWAIT/GPIOB18 HCS/GPIOB19 HBUS8/GPIOB20 HBIG/GPIOB21 HADMUX/GPIOB22 HALE/GPIOB23 HRE/GPIOB24 HWE/GPIOB25 HLB/GPIOB26 HUB/GPIOB27
Direction Input / I/O Input / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O I/O / I/O Output / I/O Input / I/O Input / I/O Input / I/O Input / I/O Input / I/O Input / I/O Input / I/O Input / I/O Input / I/O Host I/F wait output Host I/F chip select HOST I/F address input
Description
Host I/F data I/O (Address/data separate mode)
GPIO group B 0 to 27
Host I/F 8/16-bit data select Host I/F endianness select Address/data separate, multiplex select Address latch enable (address data mux) Host I/F read enable Host I/F write enable Host I/F lower byte enable Host I/F upper byte enable
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CXD5091AGG
Power Supply/GND Pins
Table 3 shows the correspondence of power supply/GND pins to general pins.
Table 3. Power Supply/GND Correspondence to General Pins
Power supply pin GND pin Digital/ Analog Pins HA0, HA1, HA2, HA3, HA4, HA5, HA6, HA7, HA8, HA9, HA10, HA11, HA12, HA13, HA14, HA15, HA16/GPIOB0, HA17/GPIOB1, HD0/GPIOB2, HD1/GPIOB3, HD2/GPIOB4, HD3/GPIOB5, HD4/GPIOB6, HD5/GPIOB7, HD6/GPIOB8, HD7/GPIOB9, HD8/GPIOB10, HD9/GPIOB11, HD10/GPIOB12, HD11/GPIOB13, HD12/GPIOB14, HD13/GPIOB15, HD14/GPIOB16, HD15/GPIOB17, HWAIT/GPIOB18, HCS/GPIOB19, HBUS8/GPIOB20, HBIG/GPIOB21, HADMUX/GPIOB22, HALE/GPIOB23, HRE/GPIOB24, HWE/GPIOB25, HLB/GPIOB26, HUB/GPIOB27, RST VBUS/GPIOD0, TxD0/GPIOI0, RxD0/GPIOI1, TxD1/GPIOJ0, RxD1/GPIOJ1, SI0/GPIOG1, SO0/GPIOG0, SCK0, SCS0/GPIOG2, SI1/GPIOH1, SO1/GPIOH0, SCK1, SCS1/GPIOH2, FS256, LRCK/WS, BCK/SCK, ADDT/SDI/GPIOM0, DADT/SDO/GPIOM1, MUTFGL/GPIOM2, MUTFGR/GPIOM3 NAD0/GPIOC0, NAD1/GPIOC1, NAD2/GPIOC2, NAD3/GPIOC3, NAD4/GPIOC4, NAD5/GPIOC5, NAD6/GPIOC6, NAD7/GPIOC7, NCLE/GPIOC8, NALE/GPIOC9, NCE0/GPIOC10, NCE1/GPIOC11, NCE2/GPIOC12, NCE3/GPIOC13, NRE/GPIOC14, NWE/GPIOC15, NWP/GPIOC16, NRB0/GPIOC17, NRB1/GPIOC18, NRB2/GPIOC19, NRB3/GPIOC20, GPION0/INT8, GPION1/INT9, GPION2/INT10, GPION3/INT11, TDI, TMS, TCK, TDO, TRST, TEST, EVA, TREQA, TACK, SCL/GPIOK0, SDA/GPIOK1, EC0/INT6/GPIOL0, T1/GPIOL1, EC2/INT7/GPIOL2, T3/GPIOL3, BEEP/GPIOL4, PWM/SUSPEND/GPIOL5, INT1/GPIOF0, DREQ/INT2/GPIOF1, DACK/INT3/GPIOF2, INT4/GPIOF3, INT5/GPIOF4, MSBS/INT0/GPIOE0, MSSCLK, MSDIO0/GPIOE1, MSDIO1/GPIOE2, MSDIO2/GPIOE3, MSDIO3/GPIOE4, MSINS/GPIOE5, MCSEL, NBOOT, A0/GPIOA0, A1, A2, A3, A4, A5, A6, A7, A8, A9, A10, A11, A12, A13, A14, A15, A16, A17, A18, A19, A20, A21, A22, A23/GPIOA1, A24/GPIOA2, A25/GPIOA3, D0/GPIOA4, D1/GPIOA5, D2/GPIOA6, D3/GPIOA7, D4/GPIOA8, D5/GPIOA9, D6/GPIOA10, D7/GPIOA11, D8/GPIOA12, D9/GPIOA13, D10/GPIOA14, D11/GPIOA15, D12/GPIOA16, D13/GPIOA17, D14/GPIOA18, D15/GPIOA19, WAIT/GPIOA20, CS0/GPIOA21, CS1/GPIOA22, CS2/GPIOA23, CS3/GPIOA24, CS4/GPIOA25, RE/GPIOA26, WE/GPIOA27, LB/GPIOA28, UB/GPIOA29 VREFL, AOUTL, AOUTR, VREFR AN0, AN1, AN2, AN3, AN4, AN5, AN6, AN7 EXTAL, XTAL TEX, TX DP, DM
DVDIO0
Digital I/O 0
DVDK0
Digital core 0
DVDIO1
Digital I/O 1
DVDK1
Digital core 1
DVS DVDIO2 Digital I/O 2
DVDK2
Digital core 2
AVDLPF AVDADC AVDOSC1 AVDOSC2 AVDPLL AVDUSB
AVSLPF AVSADC AVSOSC AVSPLL AVSUSB
Analog Analog Analog Analog Analog Analog
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CXD5091AGG
State of Pins
Table 4 shows the state of pins at certain conditions.
Table 4. State of Pins
On reset/ after reset, state of pins Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Low output Input Input Input Input On reset/ after reset, description GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO Test pin Test pin Test pin Test pin Test pin Test pin Test pin Test pin None Pull-down Pull-down Pull-down On reset/ after reset, pull-up or pull-down None None None None None None None None None None None None None None None None None None None None None None None None None Pull-up Pull-up Pull-up DIOH1, DIOL1 Output drivability*1 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 Termination when not used DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVDIO2 DVDIO2 DVDIO2 DVDIO2 DVDIO2 DVDIO2 DVDIO2 DVDIO2 Open Open Open Open DVDIO2 Open Open Open
Pin name NAD0/GPIOC0 NAD1/GPIOC1 NAD2/GPIOC2 NAD3/GPIOC3 NAD4/GPIOC4 NAD5/GPIOC5 NAD6/GPIOC6 NAD7/GPIOC7 NCLE/GPIOC8 NALE/GPIOC9 NCE0/GPIOC10 NCE1/GPIOC11 NCE2/GPIOC12 NCE3/GPIOC13 NRE/GPIOC14 NWE/GPIOC15 NWP/GPIOC16 NRB0/GPIOC17 NRB1/GPIOC18 NRB2/GPIOC19 NRB3/GPIOC20 GPION0/INT8 GPION1/INT9 GPION2/INT10 GPION3/INT11 TDI TMS TCK TDO TRST TEST EVA TREQA
I/O type I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 2 I/O Note 2 I/O Note 2 I/O Note 2 Input Note 3 Input Note 3 Input Note 3 Output Note 5 Input Note 3 Input Note 3 Input Note 3 Input Note 3
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CXD5091AGG
Pin name TACK SCL/GPIOK0 SDA/GPIOK1 EC0/INT6/GPIOL0 T1/GPIOL1 EC2/INT7/GPIOL2 T3/GPIOL3 BEEP/GPIOL4 PWM/SUSPEND/ GPIOL5 VREFL AOUTL AOUTR VREFR AN0 AN1 AN2 AN3 AN4 AN5 AN6 AN7 INT1/GPIOF0 DREQ/INT2/GPIOF1 DACK/INT3/GPIOF2 INT4/GPIOF3 INT5/GPIOF4 MSSCLK MSBS/INT0/GPIOE0 MSDIO0/GPIOE1 MSDIO1/GPIOE2 MSDIO2/GPIOE3 MSDIO3/GPIOE4 MSINS/GPIOE5 MCSEL
On reset/ after reset, state of pins Low output Input Input Input Input Input Input Input Input Unknown output Unknown output Unknown output Unknown output Input Input Input Input Input Input Input Input Input Input Input Input Input Low output Input Input Input Input Input Input Input
On reset/ after reset, description Test pin GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional GPIO GPIO GPIO GPIO GPIO Functional GPIO GPIO GPIO GPIO GPIO GPIO Functional
On reset/ after reset, pull-up or pull-down None None None None None None None None
Output drivability*1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH2, DIOL2
Termination when not used Open DVDIO2 DVDIO2 DVS DVS DVS DVS DVS DVS Open Open Open Open Open Open Open Open Open Open Open Open
I/O type Output Note 5 I/O Note 7 I/O Note 6 I/O Note 2 I/O Note 1 I/O Note 2 I/O Note 1 I/O Note 1 I/O Note 1 Analog Analog Analog Analog Analog Analog Analog Analog Analog Analog Analog Analog I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 Output Note 5 I/O Note 2 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 2 Input Note 3
None None None None None None None None None None None None
DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH2, DIOL2 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1
DVS DVS DVS DVS DVS Open DVS DVS DVS DVS DVS DVS DVS
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CXD5091AGG
Pin name EXTAL XTAL TEX TX DP DM VBUS/GPIOD0 TxD0/GPIOI0 RxD0/GPIOI1 TxD1/GPIOJ0 RxD1/GPIOJ1 SO0/GPIOG0 SI0/GPIOG1 SCS0/GPIOG2 SCK0 SO1/GPIOH0 SI1/GPIOH1 SCS1/GPIOH2 SCK1 FS256 LRCK/WS BCK/SCK ADDT/SDI/GPIOM0 DADT/SDO/GPIOM1 MUTFGL/GPIOM2 MUTFGR/GPIOM3 NBOOT A0/GPIOA0 A1 A2 A3 A4 A5 A6 A7 A8
On reset/ after reset, state of pins Input Unknown output Input Unknown output Input Input Input High output Input High output Input Low output Input Input Input Low output Input Input Input Low output Low output Low output Input Low output High output High output Input Input Low output Low output Low output Low output Low output Low output Low output Low output
On reset/ after reset, description Functional Functional Functional Functional Functional Functional GPIO Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional GPIO Functional Functional Functional Functional Functional Functional Functional Functional
On reset/ after reset, pull-up or pull-down
Output drivability*1
Termination when not used Open Open Open Open Open Open
I/O type Analog Analog Analog Analog Analog Analog I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 2 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 2 Output Note 5 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 Input Note 3 I/O Note 1 Output Note 5 Output Note 5 Output Note 5 Output Note 5 Output Note 5 Output Note 5 Output Note 5 Output Note 5
None None None None None None None None None None None None None None None None None None None Pull-down None
DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2
DVS Open DVDIO1 Open DVDIO1 Open DVDIO1 DVDIO1 DVDIO1 Open DVDIO1 DVDIO1 DVDIO1 Open Open Open DVS Open Open Open Open DVS Open Open Open Open Open Open Open Open
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CXD5091AGG
Pin name A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A22 A23/GPIOA1 A24/GPIOA2 A25/GPIOA3 D0/GPIOA4 D1/GPIOA5 D2/GPIOA6 D3/GPIOA7 D4/GPIOA8 D5/GPIOA9 D6/GPIOA10 D7/GPIOA11 D8/GPIOA12 D9/GPIOA13 D10/GPIOA14 D11/GPIOA15 D12/GPIOA16 D13/GPIOA17 D14/GPIOA18 D15/GPIOA19 WAIT/GPIOA20 CS0/GPIOA21 CS1/GPIOA22 CS2/GPIOA23 CS3/GPIOA24
On reset/ after reset, state of pins Low output Low output Low output Low output Low output Low output Low output Low output Low output Low output Low output Low output Low output Low output Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input
On reset/ after reset, description Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO GPIO
On reset/ after reset, pull-up or pull-down
Output drivability*1 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2
Termination when not used Open Open Open Open Open Open Open Open Open Open Open Open Open Open DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVDIO2 DVS DVS DVS DVS
I/O type Output Note 5 Output Note 5 Output Note 5 Output Note 5 Output Note 5 Output Note 5 Output Note 5 Output Note 5 Output Note 5 Output Note 5 Output Note 5 Output Note 5 Output Note 5 Output Note 5 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1
None None None None None None None None None None None None None None None None None None None None None None None None
DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1
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CXD5091AGG
Pin name CS4/GPIOA25 RE/GPIOA26 WE/GPIOA27 LB/GPIOA28 UB/GPIOA29 HA0 HA1 HA2 HA3 HA4 HA5 HA6 HA7 HA8 HA9 HA10 HA11 HA12 HA13 HA14 HA15 HA16/GPIOB0 HA17/GPIOB1 HD0/GPIOB2 HD1/GPIOB3 HD2/GPIOB4 HD3/GPIOB5 HD4/GPIOB6 HD5/GPIOB7 HD6/GPIOB8 HD7/GPIOB9 HD8/GPIOB10 HD9/GPIOB11 HD10/GPIOB12 HD11/GPIOB13 HD12/GPIOB14 HD13/GPIOB15 HD14/GPIOB16
On reset/ after reset, state of pins Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input Input
On reset/ after reset, description GPIO GPIO GPIO GPIO GPIO Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional
On reset/ after reset, pull-up or pull-down None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None None
Output drivability*1 DIOH1, DIOL1 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2 DIOH2, DIOL2
Termination when not used DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS DVS
I/O type I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1
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CXD5091AGG
Pin name HD15/GPIOB17 HWAIT/GPIOB18 HCS/GPIOB19 HBUS8/GPIOB20 HBIG/GPIOB21 HADMUX/GPIOB22 HALE/GPIOB23 HRE/GPIOB24 HWE/GPIOB25 HLB/GPIOB26 HUB/GPIOB27 RST
*1
On reset/ after reset, state of pins Input High output Input Input Input Input Input Input Input Input Input Input
On reset/ after reset, description Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional Functional
On reset/ after reset, pull-up or pull-down None None None None None None None None None None None None
Output drivability*1 DIOH2, DIOL2 DIOH2, DIOL2 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1 DIOH1, DIOL1
Termination when not used DVS Open DVDIO0 DVDIO0 DVDIO0 DVS DVDIO0 DVDIO0 DVDIO0 DVDIO0 DVDIO0 DVS
I/O type I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 I/O Note 1 Input Note 4
For DIOH1, DIOL1, DIOH2 and DIOL2, refer to Table 7 Electrical Characteristics.
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CXD5091AGG
The I/O types in Table 4 are illustrated below.
DVDIO DVDIO
Output data
Pch PAD
Output data
Pch PAD
Output enable
DVDIO
Nch
DVS
Output enable
DVDIO
Nch
DVS
Pull-up Input data Pull-down
DVS
DRPU Input data DRPD
Pull-up Pull-down
DVS
DRPU DRPD
Note 1. I/O
DVDIO
Note 2. I/O (Schmitt Input)
Pull-up Input data Pull-down
DVS
DRPU PAD DRPD
DVDIO
Output data
Pch PAD
Note 3. Input
DVDIO
Output enable
DRPU PAD DRPD
Nch
DVS
Pull-up Input data Pull-down
DVS
Note 5. Output
Note 4. Input (Schmitt Input)
DVDIO DVDIO
Output data
Pch PAD
Output data
Pch PAD
Output enable
DVDIO
Nch
DVS
Output enable 5V tolerant
DVDIO
Nch
DVS
5V tolerant
Pull-up Input data Pull-down
DVS
DRPU Input data DRPD
Pull-up Pull-down
DVS
DRPU DRPD
Note 6. I/O (5V Tolerant)
Note 7. I/O (5V Tolerant, Schmitt Input)
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CXD5091AGG
Electrical Characteristics and Operating Conditions
1. Absolute Maximum Ratings Table 5. Absolute Maximum Ratings
Item Digital I/O power supply 0 to 2 Digital core power supply 0 to 2 Digital input voltage Digital output voltage SCL/GPIOK0, SDA/GPIOK1 All other digital inputs High output Low output Symbol DVDIO0-2 DVDK0-2 DIV DOV AVDLPF AVDADC AVDOSC1 AVDOSC2 AVDPLL AVDUSB Tstg Min. -0.3 -0.3 -0.3 -0.3 -- -0.3 -0.3 -0.3 -0.3 -0.3 -0.3 -0.3 -40 Max. 4.0 1.68 7.0 4.0 DVDIO0-2 + 0.3 -- 3.6 1.68 1.68 1.68 1.68 3.6 +150 Unit V V V V V V V V V V V V
C
Audio LPF power supply SAR A/D converter power supply Main oscillator power supply Sub oscillator power supply PLL power supply USB PHY power supply Storage temperature
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CXD5091AGG
2. Recommended Operating Conditions Table 6. Recommended Operating Conditions
Item Digital I/O power supply 0 to 2 Digital core power supply 0 to 2 Digital High input voltage SCL/GPIOK0, SDA/GPIOK1 All other digital pins USB is disabled. USB is established. Normal input*1 DVIH Schmitt trigger input*1 Normal input*1 DVIL Schmitt trigger input*1 DVS AVDLPF AVSLPF supply*2 AVDADC AVSADC AVDOSC1 AVDOSC2 AVSOSC AVDPLL AVSPLL AVDUSB AVSUSB TC -20 3.05 1.08 1.08 1.08 1.08 1.9 -- -- 0 2.0 0 1.2 0 1.2 1.2 0 1.2 0 3.3 0 +25 +75 3.63 1.50 1.50 1.50 1.50 2.2 DVDK0-2 Symbol DVDIO0-2 Min. 1.8 1.71*3 1.08 1.35 0.7 x DVDIO0-2 0.8 x DVDIO0-2 -- Typ. 2.8 2.8 1.20 1.40 -- -- -- Max. 3.6 3.6 1.32 1.50 -- V -- 0.3 x DVDIO0-2 0.2 x DVDIO0-2 V Unit V
Digital Low input voltage Digital ground
V
V V V V V V V V V V V V
C
Audio LPF power supply Audio LPF ground SAR A/D converter power SAR A/D converter ground Main oscillator power supply*2 Sub oscillator power Oscillator ground PLL power supply*2 PLL ground USB PHY power supply USB PHY ground Operating temperature
*1 *2 *3
supply*2
Refer to I/O Type column in Table 4 State of Pins. Offset for DVDK0-2 shall be less than 0.3V. When SCL/GPIOK0 and SDA/GPIOK1 are in use, the minimum voltage must be as low as 1.8V.
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CXD5091AGG
3. Electrical Characteristics Under Recommended Operating Temperature Range Table 7. Electrical Characteristics
Item Digital High input current Symbol Conditions Neither pull-up nor pull-down DVDIOx = 3.63V DIIH enabled*1, Min. -5 -5 18 -5 -80 -5 -- 1.0 -- 2.0 -5 -5 18 -5 -80 -5 45 45 HS OUT transfer, TC = 25C, DVDKx = 1.50V Suspend mode, TC = 25C, DVDKx = 1.50V AVDLPF = 2.2V, TC = 25C Power down mode, TC = 25C AVDOSC1 = AVDOSC2 = AVDPLL = 1.32V Both OSC45 and OSC12 are in ceramic mode*4, PLL is running at 40MHz*6, TC = 25C Oscillator, PLL current IOSC AVDOSC1 = AVDOSC2 = AVDPLL = 1.32V Both OSC45 and OSC12 are in crystal mode*5, PLL is running at 40MHz*6, TC = 25C AVDOSC1 = AVDOSC2 = AVDPLL = 1.32V OSC45, OSC12 and PLL are in power down mode*7, TC = 25C -- -- -- -- -- Typ. -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- -- 75 75 35 55 880 -- -- Max. 5 5 80 5 -18 5 -0.9 -- -1.9 -- 5 5 80 5 -18 5 205 205 -- -- 1500 100 3.0 k k mA A A A A mA mA mA mA A A Unit
Pull-up enabled*1, DVDIOx = 3.63V Pull-down enabled*1, DVDIOx = 3.63V Neither pull-up nor pull-down enabled*1, DVDIOx = 3.63V
Digital Low input current Digital High output current 1*2 Digital Low output current 1*2 Digital High output current 2*3 Digital Low output current 2*3 Digital High input current in high impedance
DIIL
Pull-up enabled*1, DVDIOx = 3.63V Pull-down enabled*1, DVDIOx = 3.63V
DIOH1 DIOL1 DIOH2 DIOL2
DVOH = 1.35V, DVDIOx = 1.8V DVOL = 0.4V, DVDIOx = 1.8V DVOH = 1.35V, DVDIOx = 1.8V DVOL = 0.4V, DVDIOx = 1.8V Neither pull-up nor pull-down enabled*1, DVDIOx = 3.63V
DIZH
Pull-up enabled*1, DVDIOx = 3.63V Pull-down enabled*1, DVDIOx = 3.63V Neither pull-up nor pull-down enabled*1, DVDIOx = 3.63V
Digital Low input current in high impedance Digital I/O pull-up resistance Digital I/O pull-down resistance 3.3V USB current LPF current
DIZL
Pull-up enabled*1, DVDIOx = 3.63V Pull-down enabled*1, DVDIOx = 3.63V
DRPU DRPD IUSB ILPF
mA
--
--
2.5
mA
--
--
90
A
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CXD5091AGG
Item ADC current
Symbol IADC
Conditions AVDADC = 1.32V, active*8, TC = 25C AVDADC = 1.32V, power down mode*9, TC = 25C DVDKx = 1.20V, CPU is running at 45.1584MHz, TC = 25C DVDKx = 1.20V, DMAC is running at 45.1584MHz, TC = 25C DVDKx = 1.20V, VME is running at 45.1584MHz, TC = 25C DVDKx = 1.20V, audio effect H/W is running at 45.1584MHz, TC = 25C
Min. -- -- -- -- -- -- -- --
Typ. -- -- 10.5 16 40 10 250 800
Max. 1.25 80 11.6 -- -- -- 400 1100
Unit mA A mA mA mA mA A A
Full speed DVDK current VME mode Idle mode DVDK current on power down
*1 *2 *3 *4
ICORE
Stop mode
IPD
DVDKx = 1.2V, TC = 25C DVDKx = 1.5V, TC = 25C
*5
*6 *7
*8 *9
Refer to GPIO setting in user's manual. Refer to Output Drivability column in Table 4 State of Pins. Refer to Output Drivability column in Table 4 State of Pins. Ceramic mode: For OSC45, keep MCSEL pin "H". For OSC12, set SCSEL bit to "1" in SCLE register (30000010h). Set SOSC bit to "0" in CLC register (30000000h). Crystal mode: For OSC45, keep MCSEL pin "L". For OSC12, set SCSEL bit to "0" in SCLE register (30000010h). Set SOSC bit to "0" in CLC register (30000000h). Set SPLLEN bit to "1", set SFDEV1 bit to "0", and set SFDEV0 bit to "1" in SCLE register (30000010h). Set SOSC bit to "1" in CLC register (30000000h) and set SPLLEN bit to "0" in SCLE register (30000010h), then set to stop mode. Set ADEN bit to "1" in ADCC register (30002004h). Set ADEN bit to "0" in ADCC register (30002004h).
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CXD5091AGG
Analog Block
1. OSC45
Item Equivalent series resistance Input frequency Frequency fluctuation Period jitter Supply current in suspend mode Operating supply current Lock-in time Symbol ESR FP FOUT TCYC ICCS IOS TL Crystal mode Ceramic mode Crystal mode Ceramic mode Crystal mode Conditions Min. -- 40 -30 -500 80 -- -- -- -- Typ. 30 45 -- -- 100 2 500 700 -- Max. -- 60 30 500 120 -- -- -- 5 Unit MHz ppm ppm ps A A A ms
2. OSC12
Item Equivalent series resistance Input frequency Frequency fluctuation Period jitter Supply current in suspend mode Operating supply current Lock-in time Symbol ESR FP FOUT TCYC ICCS IOS TL Crystal mode Ceramic mode Crystal mode Ceramic mode Conditions Min. -- 10 -30 -500 80 -- -- -- -- Typ. 30 12 -- -- 100 2 200 300 -- Max. -- 20 30 500 120 -- -- -- 5 Unit MHz ppm ppm ps A A A ms
3. Crystal/Ceramic and Oscillator Connection
Exact matching parameters for feedback resistance and capacitance depend on the system.
EXTAL (TEX)
XTAL (TX)
EXTAL (TEX)
XTAL (TX)
OPEN External clock
(a) Crystal/Ceramic
(b) External clock
Fig. 3. Crystal/Ceramic Connection
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CXD5091AGG
4. PLL
Item Input frequency Output frequency Output duty cycle Period jitter Cycle-to-cycle jitter Lock-in time Symbol FIN FOUT D TP TC TL Peak to peak RMS Peak to peak RMS Conditions Min. -- 47 -80 -- -150 -- -- Typ. 12 50 -- -- -- -- -- Max. -- 53 80 20 150 40 10 Unit MHz MHz % ps ps ps ps s
40/32/20/16 (switchable)
5. LPF
Item Dynamic range Signal to noise ratio Total harmonic distortion Symbol Conditions A-weight = ON, Vp-p 1.6V 10 to 20kHz, Vp-p 1.6V, AVDLPF = 2.0V, 0dB, A-weight = OFF 10 to 20kHz, Vp-p 1.6V, AVDLPF = 2.0V, 0dB, A-weight = ON 10 to 20kHz at 100k load L R, R L 1kHz Gain Cutoff frequency Power supply rejection ratio Charge time of capacitor at reference voltage Output resistance load fCUT PSRR AVDLPF pin voltage deviation: 100Hz, -10dBV External capacitor at VREFL and VREFR pins: 10F Signal input: DC CVREF = 1F 20kHz 1kHz, A-weight = ON Min. -- -- -- -- -- -- -- -- -- -- Typ. 93 90 93 0.01 90 -1.9 -1.9 -36.8 90 -60 Max. -- -- -- 0.03 -- -- -- -- -- -- kHz dB dB Unit dB dB dB % dB
SNR
THD+N
Interchannel isolation
tVREF
--
24
--
ms
ROUT
15
--
100
k
6. SAR-ADC
Item Input frequency Conversion cycle time Accuracy Differential nonlinearity Integral nonlinearity Symbol FIN TCYC NACC DNL INL -10 to +75C 7 -- -- Conditions Min. -- Typ. -- 11 -- -- -- -- 3 8 Max. 11 Unit MHz cyc bit LSB LSB
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CXD5091AGG
7. USB PHY 7-1. FS Specific
Item Bus pull-up resistance on D+ FS differential input sensitivity FS differential common mode range FS source Low output signal level FS source High output signal level FS output signal crossover voltage FS driver rise time FS driver fall time FS source jitter FS source jitter FS source SE0 interval of EOP FS width of SE0 during transition Symbol RPU VDI VCM VFSOL VFSOH VCRS TFSR TFSF TDJ1 TDJ2 TFEOPT TFST 10% to 90% 10% to 90% Next transition Paired transitions Conditions Min. 0.9 0.2 0.8 0.0 2.8 1.3 4 4 -3.5 -4 160 -- Typ. -- -- -- -- -- -- -- -- -- -- -- -- Max. 1.8 -- 2.5 0.3 3.6 2.0 20 20 3.5 4 175 14 Unit k V V V V V ns ns ns ns ns ns
7-2. HS Specific
Item HS squelch detection threshold (differential signal amplitude) HS data signaling common mode voltage range HS idle signal level HS data signaling High HS data signaling Low Chirp J level Chirp K level HS driver rise time HS driver fall time Symbol VHSSQ VHSCM VHSOI VHSOH VHSOL VCHIRPJ VCHIRPK THSR THSF Differential voltage Differential voltage 10% to 90% 10% to 90% Conditions Min. 100 -50 -10 360 -10 700 -900 500 500 Typ. -- -- -- -- -- -- -- -- -- Max. 150 500 10 500 10 1100 -500 -- -- Unit mV mV mV mV mV mV mV ps ps
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CXD5091AGG
Recommended Power-on/Power-off Sequence
DVDK0-2 and analog power supply should be powered on prior to DVDIO0-2 power supply. The system must wait until its stabilization by asserting RST for over 1ms. There is not any requirement for supply order between DVDK0-2 and analog power supply. The power-off sequence does not care the state of RST.
DVDK0-2 Analog power supply
DVDIO0-2 TON RST
TRST
Fig. 4. Power-on Sequence
DVDK0-2 Analog power supply
DVDIO0-2 TOFF
Fig. 5. Power-off Sequence
Item DVDIO0-2 power-on wait for DVDK0-2 and analog power supply RST power-on wait for DVDIO0-2 DVDK0-2 and analog power supply power-off wait for DVDIO0-2
Symbol TON TRST TOFF
Min. 5 1 1
Typ. 10 10 2
Unit ms ms ms
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CXD5091AGG
Package Outline
(Unit: mm)
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Sony Corporation

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