SBASAK2B march   2022  – june 2023 AFE7903

PRODUCTION DATA  

  1.   1
  2. 1Features
  3. 2Applications
  4. 3Description
  5. 4Description (continued)
  6. 5Revision History
  7. 6Specifications
    1. 6.1  Absolute Maximum Ratings
    2. 6.2  ESD Ratings
    3. 6.3  Recommended Operating Conditions
    4. 6.4  Thermal Information
    5. 6.5  Transmitter Electrical Characteristics
    6. 6.6  RF ADC Electrical Characteristics
    7. 6.7  PLL/VCO/Clock Electrical Characteristics
    8. 6.8  Digital Electrical Characteristics
    9. 6.9  Power Supply Electrical Characteristics
    10. 6.10 Timing Requirements
    11. 6.11 Switching Characteristics
    12. 6.12 Typical Characteristics
      1. 6.12.1  RX Typical Characteristics 30 MHz and 400 MHz
      2. 6.12.2  RX Typical Characteristics at 800 MHz
      3. 6.12.3  RX Typical Characteristics 1.75 GHz to 1.9 GHz
      4. 6.12.4  RX Typical Characteristics 2.6 GHz
      5. 6.12.5  RX Typical Characteristics 3.5 GHz
      6. 6.12.6  RX Typical Characteristics 4.9 GHz
      7. 6.12.7  RX Typical Characteristics 6.8 GHz
      8. 6.12.8  TX Typical Characteristics at 30 MHz and 600 MHz
      9. 6.12.9  TX Typical Characteristics at 800 MHz
      10. 6.12.10 TX Typical Characteristics at 1.8 GHz
      11. 6.12.11 TX Typical Characteristics at 2.6 GHz
      12. 6.12.12 TX Typical Characteristics at 3.5 GHz
      13. 6.12.13 TX Typical Characteristics at 4.9 GHz
      14. 6.12.14 TX Typical Characteristics at 7.1 GHz
      15. 6.12.15 PLL and Clock Typical Characteristics
  8. 7Device and Documentation Support
    1. 7.1 Receiving Notification of Documentation Updates
    2. 7.2 Support Resources
    3. 7.3 Trademarks
    4. 7.4 Electrostatic Discharge Caution
    5. 7.5 Glossary
  9. 9Mechanical, Packaging, and Orderable Information

Package Options

Mechanical Data (Package|Pins)
Thermal pad, mechanical data (Package|Pins)
Orderable Information

6.9 Power Supply Electrical Characteristics

Typical values at TA = +25°C, full temperature range is TA,MIN = -40°C to TJ,MAX = +110°C; nominal power supplies; 1 tone at -1 dBFS; DSA Attenuation =0dB; SerDes rate = 24.33Gbps; unless otherwise noted.
PARAMETER TEST CONDITIONS MIN TYP MAX UNIT
IVDD1P8 Group 3A: VDD1P8FB + VDD1P8RX + VDD1P8TX  Mode 1a: 2T2R - TDD, 50%/50% duty cycle
TX: 125 MSPS input, 24x Int, fDAC = 3 GSPS
RX: fADC = 1.5 GSPS, 12x Dec, 125 MSPS output 
fOUT=fIN= 400 MHz
Serdes: 8b/10b, 10 Gbps TX/RX LMFS: 1-4-8-1		 260 mA
Group 3B: VDD1P8FBCLK + VDD1P8RXCLK + VDD1P8TXDAC+ VDD1P8GPIO + VDDA1P8 297 mA
Group 3C: VDD1P8PLL + VDD1P8PLLVCO 70 mA
IVDD1P2 Group 2A: VDD1P2FB + VDD1P2RX 89 mA
Group 2B: VDD1P2TXCLK + VDD1P2TXENC 288 mA
Group 2C: VDD1P2FBCML + VDD1P2RXCML + VDD1P2PLLCLKREF 76 mA
IVDD0P9 Group 1A: DVDD0P9 + VDDT0P9 536 mA
Pdiss Power Dissipation 2166 mW
IVDD1P8 Group 3A: VDD1P8FB + VDD1P8RX + VDD1P8TX  Mode 1b: 2T2R - TX active, RX in standby,
TX: 125 MSPS input, 24x Int, fDAC = 3 GSPS
RX: fADC = 1.5 GSPS, 12x Dec, 125 MSPS output 
fOUT=fIN= 400 MHz
Serdes: 8b/10b, 10 Gbps TX/RX LMFS: 1-4-8-1		 205 mA
Group 3B: VDD1P8FBCLK + VDD1P8RXCLK + VDD1P8TXDAC+ VDD1P8GPIO + VDDA1P8 282 mA
Group 3C: VDD1P8PLL + VDD1P8PLLVCO 71 mA
IVDD1P2 Group 2A: VDD1P2FB + VDD1P2RX 21 mA
Group 2B: VDD1P2TXCLK + VDD1P2TXENC 365 mA
Group 2C: VDD1P2FBCML + VDD1P2RXCML + VDD1P2PLLCLKREF 76 mA
IVDD0P9 Group 1A: DVDD0P9 + VDDT0P9 499 mA
Pdiss Power Dissipation 2014 mW
IVDD1P8 Group 3A: VDD1P8FB + VDD1P8RX + VDD1P8TX  Mode 1c: 2T2R - RX active, TX in standby
TX: 125 MSPS input, 24x Int, fDAC = 3 GSPS
RX: fADC = 1.5 GSPS, 12x Dec, 125 MSPS output 
fOUT=fIN= 400 MHz
Serdes: 8b/10b, 10 Gbps TX/RX LMFS: 1-4-8-1		 315 mA
Group 3B: VDD1P8FBCLK + VDD1P8RXCLK + VDD1P8TXDAC+ VDD1P8GPIO + VDDA1P8 313 mA
Group 3C: VDD1P8PLL + VDD1P8PLLVCO 70 mA
IVDD1P2 Group 2A: VDD1P2FB + VDD1P2RX 157 mA
Group 2B: VDD1P2TXCLK + VDD1P2TXENC 211 mA
Group 2C: VDD1P2FBCML + VDD1P2RXCML + VDD1P2PLLCLKREF 76 mA
IVDD0P9 Group 1A: DVDD0P9 + VDDT0P9 573 mA
Pdiss Power Dissipation 2318 mW
IVDD1P8 Group 3A: VDD1P8FB + VDD1P8RX + VDD1P8TX  Mode 2: 2T2R - FDD
TX: 125MSPS input, 24x Int, fDAC = 3GSPS
RX: fADC = 1.5GSPS, 12x Dec, 125MSPS output 
fOUT = 400 MHz, fIN = 500 MHz
Serdes: 8b/10b, 10Gbps TX/RX LMFS: 1-4-8-1		 458 mA
Group 3B: VDD1P8FBCLK + VDD1P8RXCLK + VDD1P8TXDAC+ VDD1P8GPIO + VDDA1P8 335 mA
Group 3C: VDD1P8PLL + VDD1P8PLLVCO 71 mA
IVDD1P2 Group 2A: VDD1P2FB + VDD1P2RX 158 mA
Group 2B: VDD1P2TXCLK + VDD1P2TXENC 386 mA
Group 2C: VDD1P2FBCML + VDD1P2RXCML + VDD1P2PLLCLKREF 77 mA
IVDD0P9 Group 1A: DVDD0P9 + VDDT0P9 728 mA
Pdiss Power Dissipation 2974 mW
IVDD1P8 Group 3A: VDD1P8FB + VDD1P8RX + VDD1P8TX  Mode 3a: 2T2R - TDD, 50%/50% duty cycle
TX: 500 MSPS input, 24x Int, fDAC = 12 GSPS
RX: fADC = 3 GSPS, 6x Dec, 500 MSPS output 
fOUT=fIN= 3.5 GHz
Serdes: 8b/10b, 20 Gbps TX/RX LMFS: 2-4-4-1		 307 mA
Group 3B: VDD1P8FBCLK + VDD1P8RXCLK + VDD1P8TXDAC+ VDD1P8GPIO + VDDA1P8 321 mA
Group 3C: VDD1P8PLL + VDD1P8PLLVCO 73 mA
IVDD1P2 Group 2A: VDD1P2FB + VDD1P2RX 157 mA
Group 2B: VDD1P2TXCLK + VDD1P2TXENC 397 mA
Group 2C: VDD1P2FBCML + VDD1P2RXCML + VDD1P2PLLCLKREF 89 mA
IVDD0P9 Group 1A: DVDD0P9 + VDDT0P9 1108 mA
Pdiss Power Dissipation 3047 mW
IVDD1P8 Group 3A: VDD1P8FB + VDD1P8RX + VDD1P8TX  Mode 3b: 2T2R - TX active, RX in standby
TX: 500 MSPS input, 24x Int, fDAC = 12 GSPS
RX: fADC = 3 GSPS, 6x Dec, 500 MSPS output 
fOUT=fIN= 3.5 GHz
Serdes: 8b/10b, 20 Gbps TX/RX LMFS: 2-4-4-1		 266 mA
Group 3B: VDD1P8FBCLK + VDD1P8RXCLK + VDD1P8TXDAC+ VDD1P8GPIO + VDDA1P8 293 mA
Group 3C: VDD1P8PLL + VDD1P8PLLVCO 73 mA
IVDD1P2 Group 2A: VDD1P2FB + VDD1P2RX 26 mA
Group 2B: VDD1P2TXCLK + VDD1P2TXENC 545 mA
Group 2C: VDD1P2FBCML + VDD1P2RXCML + VDD1P2PLLCLKREF 89 mA
IVDD0P9 Group 1A: DVDD0P9 + VDDT0P9 1061 mA
Pdiss Power Dissipation 2899 mW
IVDD1P8 Group 3A: VDD1P8FB + VDD1P8RX + VDD1P8TX  Mode 3c: 2T2R - RX active, TX in standby
TX: 500 MSPS input, 24x Int, fDAC = 12 GSPS
RX: fADC = 3 GSPS, 6x Dec, 500 MSPS output 
fOUT=fIN= 3.5 GHz
Serdes: 8b/10b, 20 Gbps TX/RX LMFS: 2-4-4-1		 349 mA
Group 3B: VDD1P8FBCLK + VDD1P8RXCLK + VDD1P8TXDAC+ VDD1P8GPIO + VDDA1P8 350 mA
Group 3C: VDD1P8PLL + VDD1P8PLLVCO 73 mA
IVDD1P2 Group 2A: VDD1P2FB + VDD1P2RX 287 mA
Group 2B: VDD1P2TXCLK + VDD1P2TXENC 248 mA
Group 2C: VDD1P2FBCML + VDD1P2RXCML + VDD1P2PLLCLKREF 89 mA
IVDD0P9 Group 1A: DVDD0P9 + VDDT0P9 1155 mA
Pdiss Power Dissipation 3195 mW
IVDD1P8 Group 3A: VDD1P8FB + VDD1P8RX + VDD1P8TX  Mode 4: 2T2R - FDD
TX: 500MSPS input, 24x Int, fDAC = 12 GSPS
RX: fADC = 3 GSPS, 6x Dec, 500MSPS output 
fOUT= 3.5GHz, fIN= 3.7 GHz
Serdes: 8b/10b, 20 Gbps TX/RX LMFS: 2-4-4-1		 550 mA
Group 3B: VDD1P8FBCLK + VDD1P8RXCLK + VDD1P8TXDAC+ VDD1P8GPIO + VDDA1P8 371 mA
Group 3C: VDD1P8PLL + VDD1P8PLLVCO 73 mA
IVDD1P2 Group 2A: VDD1P2FB + VDD1P2RX 288 mA
Group 2B: VDD1P2TXCLK + VDD1P2TXENC 567 mA
Group 2C: VDD1P2FBCML + VDD1P2RXCML + VDD1P2PLLCLKREF 89 mA
IVDD0P9 Group 1A: DVDD0P9 + VDDT0P9 1568 mA
Pdiss Power Dissipation 4354 mW
IVDD1P8 Group 3A: VDD1P8FB + VDD1P8RX + VDD1P8TX  Mode 5a: 2T2R - TDD, 50%/50% duty cycle
TX: dual 125 MSPS input, 48x Int, fDAC = 6 GSPS, MixMode
RX: dual fADC = 3 GSPS, 24x Dec, 125 MSPS output 
fOUT=fIN= 3.5 GHz
Serdes: 8b/10b, 20 Gbps TX/RX LMFS: 1-8-16-1		 307 mA
Group 3B: VDD1P8FBCLK + VDD1P8RXCLK + VDD1P8TXDAC+ VDD1P8GPIO + VDDA1P8 312 mA
Group 3C: VDD1P8PLL + VDD1P8PLLVCO 73 mA
IVDD1P2 Group 2A: VDD1P2FB + VDD1P2RX 157 mA
Group 2B: VDD1P2TXCLK + VDD1P2TXENC 370 mA
Group 2C: VDD1P2FBCML + VDD1P2RXCML + VDD1P2PLLCLKREF 88 mA
IVDD0P9 Group 1A: DVDD0P9 + VDDT0P9 1051 mA
Pdiss Power Dissipation 2948 mW
IVDD1P8 Group 3A: VDD1P8FB + VDD1P8RX + VDD1P8TX  Mode 5b: 2T2R - TX active, RX in Standby
TX: dual 125 MSPS input, 48x Int, fDAC = 6 GSPS, MixMode
RX: dual fADC = 3 GSPS, 24x Dec, 125 MSPS output 
fOUT=fIN= 3.5 GHz
Serdes: 8b/10b, 20 Gbps TX/RX LMFS: 1-8-16-1		 265 mA
Group 3B: VDD1P8FBCLK + VDD1P8RXCLK + VDD1P8TXDAC+ VDD1P8GPIO + VDDA1P8 284 mA
Group 3C: VDD1P8PLL + VDD1P8PLLVCO 73 mA
IVDD1P2 Group 2A: VDD1P2FB + VDD1P2RX 26 mA
Group 2B: VDD1P2TXCLK + VDD1P2TXENC 507 mA
Group 2C: VDD1P2FBCML + VDD1P2RXCML + VDD1P2PLLCLKREF 88 mA
IVDD0P9 Group 1A: DVDD0P9 + VDDT0P9 969 mA
Pdiss Power Dissipation 2749 mW
IVDD1P8 Group 3A: VDD1P8FB + VDD1P8RX + VDD1P8TX  Mode 5c: 2T2R - RX active, TX in standby
TX: dual 125 MSPS input, 48x Int, fDAC = 6 GSPS, MixMode
RX: dual fADC = 3 GSPS, 24x Dec, 125 MSPS output 
fOUT=fIN= 3.5 GHz
Serdes: 8b/10b, 20 Gbps TX/RX LMFS: 1-8-16-1		 348 mA
Group 3B: VDD1P8FBCLK + VDD1P8RXCLK + VDD1P8TXDAC+ VDD1P8GPIO + VDDA1P8 341 mA
Group 3C: VDD1P8PLL + VDD1P8PLLVCO 73 mA
IVDD1P2 Group 2A: VDD1P2FB + VDD1P2RX 287 mA
Group 2B: VDD1P2TXCLK + VDD1P2TXENC 234 mA
Group 2C: VDD1P2FBCML + VDD1P2RXCML + VDD1P2PLLCLKREF 88 mA
IVDD0P9 Group 1A: DVDD0P9 + VDDT0P9 1133 mA
Pdiss Power Dissipation 3146 mW
IVDD1P8 Group 3A: VDD1P8FB + VDD1P8RX + VDD1P8TX  Mode 6: 2T2R FDD
TX: dual 125 MSPS input, 48x Int, fDAC = 6 GSPS, MixMode
RX: dual fADC = 3 GSPS, 24x Dec, 125 MSPS output 
fOUT=fIN= 3.5 GHz
Serdes: 8b/10b, 10 Gbps TX/RX LMFS: 1-8-16-1		 550 mA
Group 3B: VDD1P8FBCLK + VDD1P8RXCLK + VDD1P8TXDAC+ VDD1P8GPIO + VDDA1P8 362 mA
Group 3C: VDD1P8PLL + VDD1P8PLLVCO 73 mA
IVDD1P2 Group 2A: VDD1P2FB + VDD1P2RX 289 mA
Group 2B: VDD1P2TXCLK + VDD1P2TXENC 530 mA
Group 2C: VDD1P2FBCML + VDD1P2RXCML + VDD1P2PLLCLKREF 89 mA
IVDD0P9 Group 1A: DVDD0P9 + VDDT0P9 1518 mA
Pdiss Power Dissipation 4253 mW
IVDD1P8 Group 3A: VDD1P8FB + VDD1P8RX + VDD1P8TX  Mode 7: same configuration as mode 2, Sleep Mode. SLEEP pin is pull high. 16 mA
Group 3B: VDD1P8FBCLK + VDD1P8RXCLK + VDD1P8TXDAC+ VDD1P8GPIO + VDDA1P8 174 mA
Group 3C: VDD1P8PLL + VDD1P8PLLVCO 12 mA
IVDD1P2 Group 2A: VDD1P2FB + VDD1P2RX 4 mA
Group 2B: VDD1P2TXCLK + VDD1P2TXENC 33 mA
Group 2C: VDD1P2FBCML + VDD1P2RXCML + VDD1P2PLLCLKREF 37 mA
IVDD0P9 Group 1A: DVDD0P9 + VDDT0P9 155 mA
Pdiss Power Dissipation 596 mW