HD6417705F133V Datasheet, PDF(63/741 Page) Renesas Technology Corp – Renesas 32-Bit RISC Microcomputer SuperH RISC engine Family/SH7700 Series

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HD6417705F133V Datasheet, PDF (63/741 Pages) Renesas Technology Corp – Renesas 32-Bit RISC Microcomputer SuperH RISC engine Family/SH7700 Series

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Pin No.

FP- TBP-

208C 208A Pin Name

I/O

Description

180 A10 VssQ

181 D9 CTS2/SCPT5

ï£§

I / I/O

I/O power supply (0 V)

SCIF2 transmit clear / SC port

182 B9 Vss

ï£§

I/O power supply (0 V)

183 A9 RESETM

I

Manual reset request

184 C9

185 A8

186 B8

187 C8

188 D8

Vcc

IRQ0/IRL0/PTH0

IRQ1/IRL1/PTH1

IRQ2/IRL2/PTH2

IRQ3/IRL3/PTH3

ï£§

I / I / I/O

I / I / I/O

I / I / I/O

I / I / I/O

Internal power supply (1.5 V)

External interrupt request / input/output port H

External interrupt request / input/output port H

External interrupt request / input/output port H

External interrupt request / input/output port H

189 A7 IRQ4/PTH4

I / I/O

External interrupt request / input/output port H

190 B7 IRQ5/PTE2

I / I/O

External interrupt request / input/output port E

191 C7 AUDCK/PTG4

O / I/O

AUD clock / input/output port G

192 D7 NMI

I

Nonmaskable interrupt request

193 A6 DREQ0/PTH5

I / I/O

DMA request / input/output port H

194 B6

195 C6

DREQ1/PTH6

RESETP*6

I / I/O

I

DMA request / input/output port H

Power-on reset request

196 D6 CA

I

Hardware standby request

197 A5 MD3

I

Area 0 bus width setting

198 B5 MD4

I

Area 0 bus width setting

199 C5 AVss

ï£§

Analog power supply (0 V)

200 D5 AN0/PTL0

I/I

A/D converter input / input port L

201 A4 AN1/PTL1

I/I

A/D converter input / input port L

202 B4 AN2/PTL2

I/I

A/D converter input / input port L

203 C4 AN3/PTL3

I/I

A/D converter input / input port L

204 A3 AVcc

ï£§

Analog power supply (3.3 V)

205 B3 VssQ

ï£§

I/O power supply (0 V)

206 D4 EXTAL_USB

I

USB clock

207 A2 XTAL_USB

O

USB clock

208 B2 VccQ

ï£§

I/O power supply (3.3 V)

Notes: The unused pins should be handled according to table A.1, I/O Port States in Each

Processing State, in Appendix.

1. The TRST pin must be driven low for a specified period when power supply is turned on

regardless of whether the UDI function is used or not. As the same as the RESETP pin,

the TRST pin should be driven low at the power-on set state and driven high after the

power-on reset state is released.

Rev. 2.00, 09/03, page 15 of 690

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