Analog Devices ADRV9002

To Next Page

To Previous Page

UG-1828 Preliminary Technical Data

Rev. PrB | Page 254 of 277

2. Frequency Hopping (selected from Carrier Configuration Mode drop down menu)

• For details on using the Frequency Hopping settings in the TES see the Frequency Hopping section above.

Figure 249. Carriers Configuration Tab (Frequency Hopping)

Main Page

Table of Contents2
How to Use this Document5
Block Diagram6
Product Highlights7
- Adrv90027
- Bandwidth and Sample Rate Support7
- Adrv90039
- Adrv90049
ADRV9001 Example Use Cases10
- ADRV9001 in a Single-Band 2RT2R FDD Type Small-Cell Application10
- ADRV9001 in Dual-Band 2RT2R FDD Type Small-Cell Application12
- ADRV9001 in Single-Band 2T2R TDD Type Small-Cell Application14
- ADRV9001 in 1T1R FDD with DPD Type Application16
- ADRV9001 in TETRA Type Portable Radio Application18
- ADRV9001 in DMR Type Portable Radio Application20
- ADRV9001 in FDD Type Repeater Application22
- ADRV9001 in a FDD Type Repeater Application Using Internal Loopbacks24
- ADRV9001 in TDD Type Repeater Application26
- ADRV9001 in Radar Type Application28
Software System Architecture Description30
- Software Architecture30
- Folder Structure31
Customising the System Architecture and File Structure32
Software Integration35
- Hardware Abstraction Layer35
- Developing the Application41
System Initialization and Shutdown43
- TES Configuration and Initialization43
- API Initialization Sequence44
- Shutdown Sequence46
Serial Peripheral Interface (SPI)47
- SPI Configuration47
- SPI Bus Signals48
- SPI Data Transfer Protocol48
- Timing Diagrams50
- SPI Test51
Data Interface52
- General Description52
- Electrical Specification52
- CMOS Synchronous Serial Interface (CMOS-SSI)54
- LVDS Synchronous Serial Interface (LVDS-SSI)61
- Enhanced Rx SSI Mode64
- Power Saving for LSSI65
- SSI Timing Parameters65
- API Programming65
- CSSI/LSSI Testability and Debug68
Microprocessor and System Control70
- System Control71
- Timing Parameters Control71
Clock Generation86
Multichip Synchronization88
- Introduction88
- Theory of Operation88
- MCS Substates (Internal MCS State Transition)91
- Procedure91
- Sample Delay and Read Delay92
- Phase Synchronization94
Synthesizer Configuration and lo Operation96
- Clock Synthesizer96
- RF Synthesizer96
- Auxiliary Synthesizer97
- External lo97
- API Operation99
Frequency Hopping102
- Key Signals102
- Modes of Operation105
- Channel and Profile Selection106
- Frequency Hopping Operation Ranges107
- Frequency Hopping Table107
- Frequency Hopping Calibrations111
- Frequency Hopping Timing113
- Additional Frequency Hopping Operations117
- Diversity Mode121
- Frequency Hopping with Rx/Orx Gain Control121
- Integration with Other Advanced Features122
Transmitter Signal Chain123
- Data Interface123
- Datapath124
- Digital Front End (DFE)124
- Analog Front End (AFE)129
- Transmit Data Chain API Programming130
Receiver/Observation Receiver Signal Chain131
- Receive Data Chain133
- Analog Front-End Components134
- Lpf135
- Adc135
- Digital Front End Components136
- DC Offset136
- Qec137
- DDC137
- Frequency Offset Correction137
- Pfir137
- Rssi137
- Receive Data Chain API Programming138
Transmitter/Receiver/Observation Receiver Signal Chain Calibrations140
- Initial Calibrations140
- Tracking Calibrations150
Receiver Gain Control154
- Receiver Datapath155
- Gain Control Modes158
- Gain Control Detectors166
- AGC Clock and Gain Block Timing169
- Analog Gain Control API Programming170
- Digital Gain Control and Interface Gain (Slicer)177
- Digital Gain Control and Interface Gain API Programming179
- Usage Recommendations180
- TES Configuration and Debug Information181
Rx Demodulator184
- Rx Narrow-Band Demodulator Subsystem184
- Normal IQ Output Mode188
- Frequency Deviation Output Mode188
- API Programming189
Power Saving and Monitor Mode191
- Power-Down Modes191
- Power-Down/Power-Up Channel in Calibrated State192
- Dynamic Interframe Power Saving192
- Monitor Mode194
Digital Predistortion197
- Background197
- ADRV9001 DPD Function197
- ADRV9001 DPD Supported Waveforms199
- DPD with Frequency Hopping (FH)199
- ADRV9001 DPD Performance199
- Closed Loop Gain Control (CLGC)201
- DPD/CLGC Configuration201
- Board Configuration210
- Save and Load DPD Coefficients from Last Transmission211
- Define the Frequency Region When Performing DPD with FH211
- DPD/CLGC API Programming212
- DPD Tuning and Testing212
- CLGC Target Gain Measurment215
Dynamic Profile Switching216
- Overview216
- Initial Calibration with DPS216
- Perform DPS on the Fly217
- DPS API Programming218
- Summary of DPS Limitations218
- DPS Operations in TES219
General-Purpose Input/Output and Interrupt Configuration221
- Digital GPIO Operation222
- Analog GPIO Operation225
- Interrupt226
Auxiliary Converters and Temperature Sensor227
- Auxiliary DAC (Auxdac)227
- Auxiliary ADC (Auxadc)227
- Temperature Sensor228
RF Port Interface Information229
- Transmit Ports: TX1± and TX2229
- Receive Ports: RX1A±, RX1B±, RX2A±, and RX2B229
- External lo Ports: LO1± and LO2229
- Device Clock Port: DEV_CLK1229
- RF Rx/Tx Ports Impedance Data229
- General Receiver Port Interface232
- General Transmitter Bias and Port Interface234
- Impedance Matching Network Examples236
- Receiver RF Port Impedance Matching Network236
- Receiver RF Port Impedance Match Measurement Data239
- Transmitter RF Port Impedance Matching Network241
- Transmitter RF Port Impedance Match Measurement Data242
- External lo Port Impedance Matching Network243
- External lo Impedance Match Measurement Data246
- Connection for External Device Clock (DEV_CLK_IN)247
- DEV_CLK_IN Phase Noise Requirements249
- Connection for Multichip Synchronization (MCS) Input250
Printed Circuit Board Layout Recommendations251
- PCB Material and Stack up Selection251
- Fan-Out and Trace Space Guidelines252
- Component Placement and Routing Priorities253
- RF and Data Port Transmission Line Layout259
- Isolation Techniques Used on the ADRV9001 Evaluation Card266
Power Supply Recommendations269
Power Management Considerations269
- Power Supply Sequence269
- Power Supply Domain Connections270
- Power Supply Architecture272
- RF and Clock Synthesizer Supplies275
Power Supply Configurations276
Summary282
LDO Configurations283
ADRV9001 Evaluation System290
- Initial Setup290
- Hardware Kit290
- Hardware Operation295
- Transceiver Evaluation Software (TES)296
- Automated Time Division Duplexing (TDD)317
- Tracking Calibrations320
- Digital Predistortion321
- TDD Enablement Delays321
- Auxiliary DAC/ADC321
- Frequency Hopping TES Examples322
- Radio State331
- Power/Temperature Monitoring331
- Driver Debugger332
- Log File333
- Automatically Generate Initialisation Code334
- Evaluation System Troubleshooting334

Analog Devices ADRV9002

Table of Contents

Related product manuals