Rainbow-electronics ATmega128RFA1 manuals

Rainbow electronics ATmega128RFA1 User Manual (524 pages)

Brand: Rainbow-electronics | Category: Sensors | Size: 4.54 MB |

English

Table of contents

Features

1

Applications

1

1 Pin Configurations

2

2 Disclaimer

2

• over 10 years at 85°C

8

• TBD years at 25°C

8

ATmega128RFA1

11

8 AVR Memories

18

8.3 EEPROM Data Memory

20

8.7 Other Port Registers

26

Section

34

9.4 Operating Modes

35

is reduced

40

E v e n t

41

B lo c k

41

T R X R S T

41

XO S C = O N

44

X O S C =O FF

44

51 20 704

56

9.5 Functional Description

61

Frame Length Value Payload

62

0 - 4 Reserved

62

5 MPDU (Acknowledgement)

62

6 – 8 Reserved

62

9 - aMaxPHYPacketSize MPDU

62

)()( xxMxN ⋅=

66

PHY_ED_LEVEL Description

69

0xFF Reset value

69

Extended Operating Mode

69

9.6 Module Description

74

The receiver is designed to

75

IC internal

82

9.7 Radio Transceiver Usage

83

ATm ega128R FA 1

89

9.10 Abbreviations

98

9.11 Reference Documents

100

9.12 Register Description

100

NA ($13D) AES_ER

101

AES_STATE7:0 AES_STATE

102

AES_KEY7:0 AES_KEY

102

8266A-MCU Wireless-12/09

103

SFD_VALUE7:0 SFD_VALUE

111

2 Antenna 0: DIG1=L, DIG2=H

114

Antenna Diversity

114

Bit 7 6 5 4

117

Read/Write RW RW RW RW

117

Initial Value 1 1 1 1

117

RX_PDT_DIS Res2 RX_SYN

118

Res1 Res0 RX_SYN

118

Initial Value 0 1 0 1

120

PART_NUM7:0 PART_NUM

122

VERSION_NUM7:0 VERSION_NUM

122

MAN_ID_07:00 MAN_ID_0

123

MAN_ID_17:10 MAN_ID_1

123

PAN_ID_07:00 PAN_ID_0

124

PAN_ID_17:10 PAN_ID_1

124

IEEE_ADDR_07:00 IEEE_ADDR_0

124

IEEE_ADDR_17:10 IEEE_ADDR_1

125

IEEE_ADDR_27:20 IEEE_ADDR_2

125

IEEE_ADDR_37:30 IEEE_ADDR_3

125

IEEE_ADDR_47:40 IEEE_ADDR_4

126

IEEE_ADDR_57:50 IEEE_ADDR_5

126

IEEE_ADDR_67:60 IEEE_ADDR_6

126

IEEE_ADDR_77:70 IEEE_ADDR_7

126

CSMA_SEED_07:00 CSMA_SEED_0

128

Resx7 Resx6 TST_CTRL_DIGI

131

Resx5 Resx4 TST_CTRL_DIGI

131

TRXFBST7:0 TRXFBST

132

TRXFBEND7:0 TRXFBEND

132

10 MAC Symbol Counter

133

10.9 Backoff Slot Counter

135

10.10 Symbol Counter Usage

135

10.11 Register Description

137

SCCNTHL7:0 SCCNTHL

138

SCCNTLH7:0 SCCNTLH

138

SCCNTLL7:0 SCCNTLL

138

SCTSRHH7:0 SCTSRHH

138

SCTSRHL7:0 SCTSRHL

139

SCTSRLH7:0 SCTSRLH

139

SCTSRLL7:0 SCTSRLL

139

SCBTSRHH7:0 SCBTSRHH

139

SCBTSRHL7:0 SCBTSRHL

140

SCBTSRLH7:0 SCBTSRLH

140

SCBTSRLL7:0 SCBTSRLL

140

SCOCR1HH7:0 SCOCR1HH

140

SCOCR1HL7:0 SCOCR1HL

141

SCOCR1LH7:0 SCOCR1LH

141

SCOCR1LL7:0 SCOCR1LL

141

SCOCR2HH7:0 SCOCR2HH

141

SCOCR2HL7:0 SCOCR2HL

142

SCOCR2LH7:0 SCOCR2LH

142

SCOCR2LL7:0 SCOCR2LL

142

SCOCR3HH7:0 SCOCR3HH

142

11.1 Overview

147

11.3 Clock Sources

148

11.6 External Clock

150

11.8 Clock Output Buffer

152

11.10 System Clock Prescaler

152

11.11 Register Description

153

NA ($61) CLKPCE

154

12.1 Deep-Sleep Mode

156

12.6 Register Description

166

NA ($12F) Res1 Res0 LLDONE

172

NA ($136) PFDRV1

174

13 System Control and Reset

176

13.4 Watchdog Timer

180

13.5 Register Description

183

14 I/O-Ports

186

DPDS0/DPDS1

187

194

Alternate Function

198

14.4 Register Description

204

PINB7:0 PINB

206

PORTD7:0 PORTD

206

PIND7:0 PIND

207

PORTE7:0 PORTE

207

PINE7:0 PINE

208

PORTF7:0 PORTF

208

15 Interrupts

211

15.4 Register Description

216

16 External Interrupts

218

16.2 Register Description

219

DATA BUS

226

17.4 Counter Unit

227

= (8-bit Comparator )

229

17.7 Modes of Operation

232

(Toggle)

233

OC0xPCPWM

236

17.9 Register Description

238

18.1 Features

244

18.2 Overview

244

18.5 Counter Unit

249

18.6 Input Capture Unit

250

DATA BUS (8-bit)

251

18.7 Output Compare Units

252

= (16-bit Comparator )

253

DATA BUS (8-bit)

253

18.9 Modes of Operation

256

OCnxPCPWM

262

OCnxPFCPWM

264

18.11 Register Description

266

TCNT1H7:0 TCNT1H

270

TCNT1L7:0 TCNT1L

271

OCR1AH7:0 OCR1AH

271

OCR1AL7:0 OCR1AL

271

OCR1BH7:0 OCR1BH

272

OCR1BL7:0 OCR1BL

272

OCR1CH7:0 OCR1CH

273

OCR1CL7:0 OCR1CL

273

ICR1H7:0 ICR1H

273

ICR1L7:0 ICR1L

274

NA ($90) COM3A1

276

TCNT3H7:0 TCNT3H

280

TCNT3L7:0 TCNT3L

280

OCR3AH7:0 OCR3AH

281

OCR3AL7:0 OCR3AL

281

OCR3BH7:0 OCR3BH

282

OCR3BL7:0 OCR3BL

282

OCR3CH7:0 OCR3CH

282

OCR3CL7:0 OCR3CL

283

ICR3H7:0 ICR3H

283

ICR3L7:0 ICR3L

283

NA ($A0) COM4A1

285

TCNT4H7:0 TCNT4H

289

TCNT4L7:0 TCNT4L

289

OCR4AH7:0 OCR4AH

290

OCR4AL7:0 OCR4AL

290

OCR4BH7:0 OCR4BH

291

OCR4BL7:0 OCR4BL

291

OCR4CH7:0 OCR4CH

291

OCR4CL7:0 OCR4CL

292

ICR4H7:0 ICR4H

292

ICR4L7:0 ICR4L

292

NA ($120) COM5A1

294

TCNT5H7:0 TCNT5H

298

TCNT5L7:0 TCNT5L

298

OCR5AH7:0 OCR5AH

299

OCR5AL7:0 OCR5AL

299

OCR5BH7:0 OCR5BH

299

OCR5BL7:0 OCR5BL

300

OCR5CH7:0 OCR5CH

300

OCR5CL7:0 OCR5CL

301

ICR5H7:0 ICR5H

301

ICR5L7:0 ICR5L

301

19.1 Internal Clock Source

304

19.2 Prescaler Reset

304

19.3 External Clock Source

304

19.4 Register Description

305

20.1 Overview

307

20.2 Description

307

20.3 Timing Example

308

21.1 Features

309

21.2 Overview

309

21.4 Counter Unit

311

21.5 Modes of Operation

311

21.6 Output Compare Unit

316

22.1 Features

330

Functional Description

330

Pin Functionality

334

22.4 Register Description

336

SPDR7:0 SPDR

338

23.3 Clock Generation

340

23.5 USART Initialization

344

23.10 Register Description

356

NA ($C2) UMSEL01

358

UBRR9 UBRR8 UBRR1H

364

24 USART in SPI Mode

368

24.4 Frame Formats

370

NA ($CA) UDORD1

376

Data Stable Data Stable

378

Data Change

378

TWI Unit

382

25.6 Using the TWI

384

1 X 0 0 X 1 0 X

388

400

26.2 Register Description

408

27.1 Features

410

27.3 ADC Start-Up

412

Tracking Phase Duration t

416

Settling Time t

418

097.0)2000/( ⋅+Ω=

420

Output Code

422

NA ($7B) AVDDOK

428

28.3 TAP - Test Access Port

436

28.9 Bibliography

440

MSB LSB

442

29.5 Boundary-scan Chain

444

See Boundary-scan

446

Description for Details!

446

30.1 Features

450

30.7 Register Description

462

31 Memory Programming

464

31.3 Signature Bytes

466

LOAD ADDRESS

476

(LOW BYTE)

476

Bit 15 B 0

480

Program Memory/

480

EEPROM Memory

480

Programming Enable

484

33 Register Summary

496

34.2 Clock Characteristics

502

Figure 34-2

504

Single Ended Conversion

506

Single Ended Conversion

506

Gain = 200x

506

35 Typical Characteristics

510

37 Packaging Information

512

39 Revision history

516

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