WEBENCH Power Architect Power Architect Project ID : 19 PA_Project_301 FPGA Architect 2016- 10- 29 01:05:49.850 My Comments No comments Sequencer Flag Table Supply Sequencer Flag Load
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Project Summary1. Total System Efficiency 84.226 %2. Total System BOM Count 127.03. Total System Footprint 1.353 kmm24. Total System BOM Cost $15.345. Total System Power Dissipation 2.442 W
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LOAD_4XC7K70T_VCCAUX
TPS563210
0.12A 1.8V, 0.7A
SUPPLY_1
LOAD_5XC7K70T_VCCBRAM
0.2A
LOAD_6XC7K70T_VCCINT
4.0ATPS54821
0.43A 1V, 4.2A
SUPPLY_2
LOAD_7XC7K70T_VCCO_1.2
TPS563210F2
0.06A 1.2V, 0.5A
SUPPLY_3
LOAD_8XC7K70T_VCCO_1.35
TPS563210F2
0.07A 1.35V, 0.5A
SUPPLY_4
LOAD_9XC7K70T_VCCO_1.5
TPS563219F2
0.07A 1.5V, 0.5A
SUPPLY_5
LOAD_10XC7K70T_VCCO_1.8
TPS563210F2
0.09A 1.8V, 0.5A
SUPPLY_6
LOAD_11XC7K70T_VCCO_2.5
TPS563219F2
0.12A 2.5V, 0.5A
SUPPLY_7
LOAD_12XC7K70T_VCCO_3.3
TPS562210F2
0.15A 3.3V, 0.5A
SUPPLY_8
LOAD_1XC7K70T_MGTAVCC
TPS563200
0.1A 1V, 1.0A
SUPPLY_9
LOAD_2XC7K70T_MGTAVTT
TPS54335A
0.07A 1.2V, 0.6A
SUPPLY_10
LOAD_3XC7K70T_MGTVCCAUX
TPS62122
0.0A 1.8V, 0.02A
SUPPLY_11
LM3880
SEQUENCER
TPS62122
0.0A 3.3V, 0.0A
SUPPLY_12
11V - 12V 10.0A max
1.29A
SOURCE_DC_1
WEBENCH® Power Architect Project ID : 19 PA_Project_301 FPGA Architect 2016- 10- 29 01:05:49.850
11. SUPPLY_11 TPS62122 Switcher : 2V-15V,75mA, BuckConverter with DCS-Control
1.8 V 0.02 A 71.9% 44 $0.66 179 56
12. SUPPLY_12 TPS62122 Switcher : 2V-15V,75mA, BuckConverter with DCS-Control
3.3 V 0.001 A 77.5% 43 $0.66 181 63
13. SEQUENCER LM3880 Sequencer : Power Sequencer 3.3 V 0.001 A 0% 19 $0.48 180 61
Power Loads# Name VLoad ILoad Description1. XC7K70T_VCCAUX 1.8 V 0.7 A VoutRipple=5%, SoftStart delay=1.5 mSec, Up Sequence Order=0 delay=2.0 mSec,
Down Sequence Order=1 delay=2.0 mSec2. XC7K70T_VCCBRAM 1 V 0.2 A VoutRipple=5%, SoftStart delay=1.0 mSec, Down Sequence Order=1 delay=2.0
mSec3. XC7K70T_VCCINT 1 V 4 A VoutRipple=5%, SoftStart delay=1.0 mSec, Down Sequence Order=1 delay=2.0
mSec4. XC7K70T_VCCO_1.2 1.2 V 0.5 A VoutRipple=5%, SoftStart delay=2.0 mSec, Up Sequence Order=1 delay=2.0 mSec,
Down Sequence Order=0 delay=2.0 mSec5. XC7K70T_VCCO_1.35 1.35 V 0.5 A VoutRipple=5%, SoftStart delay=2.0 mSec, Up Sequence Order=1 delay=2.0 mSec,
Down Sequence Order=0 delay=2.0 mSec6. XC7K70T_VCCO_1.5 1.5 V 0.5 A VoutRipple=5%, SoftStart delay=2.0 mSec, Up Sequence Order=1 delay=2.0 mSec,
Down Sequence Order=0 delay=2.0 mSec7. XC7K70T_VCCO_1.8 1.8 V 0.5 A VoutRipple=5%, SoftStart delay=2.0 mSec, Up Sequence Order=1 delay=2.0 mSec,
Down Sequence Order=0 delay=2.0 mSec8. XC7K70T_VCCO_2.5 2.5 V 0.5 A VoutRipple=5%, SoftStart delay=2.0 mSec, Up Sequence Order=1 delay=2.0 mSec,
Down Sequence Order=0 delay=2.0 mSec9. XC7K70T_VCCO_3.3 3.3 V 0.5 A VoutRipple=5%, SoftStart delay=2.0 mSec, Up Sequence Order=1 delay=2.0 mSec,
Down Sequence Order=0 delay=2.0 mSec10. XC7K70T_MGTAVCC 1 V 1 A VoutRipple=3%, Group=TxRx11. XC7K70T_MGTAVTT 1.2 V 0.6 A VoutRipple=3%, Group=TxRx12. XC7K70T_MGTVCCAUX 1.8 V 0.02 A VoutRipple=3%, Group=TxRx
FPGAs, Processors# Manufacturer Part Number Name Series Description1. Xilinx XC7K70T FPGA_1 Kintex-7 FPGA Xilinx Kintex-7 XC7K70T
Operating Values# Name Value Category Description1. Cin IRMS 275.78 mA Current Input capacitor RMS ripple current2. Cout IRMS 283.401 mA Current Output capacitor RMS ripple current3. Iin Avg 118.63 mA Current Average input current4. L Ipp 981.73 mA Current Peak-to-peak inductor ripple current5. BOM Count 10 General Total Design BOM count6. FootPrint 152.0 mm2 General Total Foot Print Area of BOM components7. Frequency 722.493 kHz General Switching frequency8. Mode CCM General Conduction Mode9. Pout 1.26 W General Total output power
10. Total BOM $1.01 General Total BOM Cost11. Vout Actual 1.801 V Op_Point Vout Actual calculated based on selected voltage divider resistors12. Vout OP 1.8 V Op_Point Operational Output Voltage13. Duty Cycle 15.364 % Op_point Duty cycle14. Efficiency 88.512 % Op_point Steady state efficiency15. IC Tj 38.406 degC Op_point IC junction temperature16. ICThetaJA 54.0 degC/W Op_point IC junction-to-ambient thermal resistance17. IOUT_OP 700.0 mA Op_point Iout operating point18. VIN_OP 12.0 V Op_point Vin operating point19. Vout p-p 4.523 mV Op_point Peak-to-peak output ripple voltage20. Cin Pd 156.939 µW Power Input capacitor power dissipation21. Cout Pd 155.813 µW Power Output capacitor power dissipation22. IC Iq Pd 2.45 mW Power IC Iq Pd23. IC Pd 155.669 mW Power IC power dissipation24. L Pd 7.414 mW Power Inductor power dissipation25. Total Pd 163.539 mW Power Total Power Dissipation26. Vout Tolerance 2.499 % Vout Tolerance based on IC Tolerance (no load) and voltage divider
resistors if applicable
Design Inputs# Name Value Description1. Iout 700.0 m Maximum Output Current2. SoftStart 1.5 ms Soft Start Time (ms)3. VinMax 12.0 Maximum input voltage4. VinMin 11.0 Minimum input voltage5. Vout 1.8 Output Voltage6. base_pn TPS563210 Base Product Number7. source DC Input Source Type8. Ta 30.0 Ambient temperature
Design Assistance1. TPS563210 Product Folder : http://www.ti.com/product/TPS563210 : contains the data sheet and other resources.
Operating Values# Name Value Category Description1. Cin IRMS 1.232 A Current Input capacitor RMS ripple current2. Cout IRMS 373.487 mA Current Output capacitor RMS ripple current3. IC Ipk 4.847 A Current Peak switch current in IC4. Iin Avg 434.31 mA Current Average input current5. L Ipp 1.294 A Current Peak-to-peak inductor ripple current6. M1 Irms 1.296 A Current Q Iavg7. BOM Count 18 General Total Design BOM count8. FootPrint 202.0 mm2 General Total Foot Print Area of BOM components9. Frequency 539.299 kHz General Switching frequency
10. IC Tolerance 6.0 mV General IC Feedback Tolerance11. M Vds Act 35.968 mV General Voltage drop across the MosFET
# Name Value Category Description12. Mode CCM General Conduction Mode13. Pout 4.2 W General Total output power14. Total BOM $2.19 General Total BOM Cost15. Vout Actual 999.095 mV Op_Point Vout Actual calculated based on selected voltage divider resistors16. Vout OP 1.0 V Op_Point Operational Output Voltage17. Cross Freq 74.006 kHz Op_point Bode plot crossover frequency18. Duty Cycle 9.515 % Op_point Duty cycle19. Efficiency 80.588 % Op_point Steady state efficiency20. Gain Marg -26.804 dB Op_point Bode Plot Gain Margin21. IC Tj 54.39 degC Op_point IC junction temperature22. ICThetaJA 32.0 degC/W Op_point IC junction-to-ambient thermal resistance23. IOUT_OP 4.2 A Op_point Iout operating point24. Phase Marg 71.953 deg Op_point Bode Plot Phase Margin25. VIN_OP 12.0 V Op_point Vin operating point26. Vout p-p 4.715 mV Op_point Peak-to-peak output ripple voltage27. Cin Pd 6.631 mW Power Input capacitor power dissipation28. Cout Pd 337.573 µW Power Output capacitor power dissipation29. IC Pd 762.185 mW Power IC power dissipation30. L Pd 242.55 mW Power Inductor power dissipation31. Total Pd 1.012 W Power Total Power Dissipation32. Vout Tolerance 1.815 % Vout Tolerance based on IC Tolerance (no load) and voltage divider
resistors if applicable
Design Inputs# Name Value Description1. Iout 4.2 Maximum Output Current2. SoftStart 1.0 ms Soft Start Time (ms)3. VinMax 12.0 Maximum input voltage4. VinMin 11.0 Minimum input voltage5. Vout 1.0 Output Voltage6. base_pn TPS54821 Base Product Number7. source DC Input Source Type8. Ta 30.0 Ambient temperature
Design Assistance1. TPS54821 Product Folder : http://www.ti.com/product/TPS54821 : contains the data sheet and other resources.
Operating Values# Name Value Category Description1. Cin IRMS 180.573 mA Current Input capacitor RMS ripple current2. Cout IRMS 325.414 mA Current Output capacitor RMS ripple current3. Iin Avg 60.263 mA Current Average input current4. L Ipp 1.068 A Current Peak-to-peak inductor ripple current5. BOM Count 10 General Total Design BOM count6. FootPrint 77.0 mm2 General Total Foot Print Area of BOM components7. Frequency 619.846 kHz General Switching frequency8. Mode PFM General Conduction Mode9. Pout 600.0 mW General Total output power
10. Total BOM $1.34 General Total BOM Cost11. Vout Actual 1.198 V Op_Point Vout Actual calculated based on selected voltage divider resistors12. Vout OP 1.2 V Op_Point Operational Output Voltage13. Duty Cycle 9.218 % Op_point Duty cycle14. Efficiency 82.97 % Op_point Steady state efficiency15. IC Tj 36.354 degC Op_point IC junction temperature16. ICThetaJA 54.0 degC/W Op_point IC junction-to-ambient thermal resistance17. IOUT_OP 500.0 mA Op_point Iout operating point18. VIN_OP 12.0 V Op_point Vin operating point19. Vout p-p 5.287 mV Op_point Peak-to-peak output ripple voltage20. Cin Pd 67.284 µW Power Input capacitor power dissipation21. Cout Pd 205.435 µW Power Output capacitor power dissipation22. IC Iq Pd 2.45 mW Power IC Iq Pd23. IC Pd 117.665 mW Power IC power dissipation24. L Pd 5.125 mW Power Inductor power dissipation25. Total Pd 123.153 mW Power Total Power Dissipation26. Vout Tolerance 2.064 % Vout Tolerance based on IC Tolerance (no load) and voltage divider
resistors if applicable
Design Inputs# Name Value Description1. Iout 500.0 m Maximum Output Current2. SoftStart 2.0 ms Soft Start Time (ms)3. VinMax 12.0 Maximum input voltage4. VinMin 11.0 Minimum input voltage5. Vout 1.2 Output Voltage6. base_pn TPS563210 Base Product Number7. source DC Input Source Type8. Ta 30.0 Ambient temperature
Design Assistance1. TPS563210 Product Folder : http://www.ti.com/product/TPS563210 : contains the data sheet and other resources.
Operating Values# Name Value Category Description1. Cin IRMS 199.873 mA Current Input capacitor RMS ripple current2. Cout IRMS 371.086 mA Current Output capacitor RMS ripple current3. Iin Avg 66.45 mA Current Average input current4. L Ipp 1.163 A Current Peak-to-peak inductor ripple current5. BOM Count 10 General Total Design BOM count6. FootPrint 77.0 mm2 General Total Foot Print Area of BOM components7. Frequency 580.749 kHz General Switching frequency8. Mode PFM General Conduction Mode9. Pout 675.0 mW General Total output power
10. Total BOM $1.34 General Total BOM Cost11. Vout Actual 1.344 V Op_Point Vout Actual calculated based on selected voltage divider resistors12. Vout OP 1.35 V Op_Point Operational Output Voltage13. Duty Cycle 9.542 % Op_point Duty cycle14. Efficiency 84.651 % Op_point Steady state efficiency15. IC Tj 36.283 degC Op_point IC junction temperature16. ICThetaJA 54.0 degC/W Op_point IC junction-to-ambient thermal resistance17. IOUT_OP 500.0 mA Op_point Iout operating point18. VIN_OP 12.0 V Op_point Vin operating point19. Vout p-p 6.544 mV Op_point Peak-to-peak output ripple voltage20. Cin Pd 82.435 µW Power Input capacitor power dissipation21. Cout Pd 267.147 µW Power Output capacitor power dissipation22. IC Iq Pd 2.45 mW Power IC Iq Pd23. IC Pd 116.36 mW Power IC power dissipation24. L Pd 5.583 mW Power Inductor power dissipation25. Total Pd 122.393 mW Power Total Power Dissipation26. Vout Tolerance 2.205 % Vout Tolerance based on IC Tolerance (no load) and voltage divider
resistors if applicable
Design Inputs# Name Value Description1. Iout 500.0 m Maximum Output Current2. SoftStart 2.0 ms Soft Start Time (ms)3. VinMax 12.0 Maximum input voltage4. VinMin 11.0 Minimum input voltage5. Vout 1.35 Output Voltage6. base_pn TPS563210 Base Product Number7. source DC Input Source Type8. Ta 30.0 Ambient temperature
Design Assistance1. TPS563210 Product Folder : http://www.ti.com/product/TPS563210 : contains the data sheet and other resources.
Operating Values# Name Value Category Description1. Cin IRMS 211.253 mA Current Input capacitor RMS ripple current2. Cout IRMS 362.673 mA Current Output capacitor RMS ripple current3. Iin Avg 74.766 mA Current Average input current4. L Ipp 1.256 A Current Peak-to-peak inductor ripple current5. BOM Count 10 General Total Design BOM count6. FootPrint 77.0 mm2 General Total Foot Print Area of BOM components7. Frequency 709.082 kHz General Switching frequency8. Mode FCCM General Conduction Mode9. Pout 750.0 mW General Total output power
10. Total BOM $1.34 General Total BOM Cost11. Vout Actual 1.502 V Op_Point Vout Actual calculated based on selected voltage divider resistors
# Name Value Category Description12. Vout OP 1.5 V Op_Point Operational Output Voltage13. Duty Cycle 12.765 % Op_point Duty cycle14. Efficiency 83.594 % Op_point Steady state efficiency15. IC Tj 37.627 degC Op_point IC junction temperature16. ICThetaJA 54.0 degC/W Op_point IC junction-to-ambient thermal resistance17. IOUT_OP 500.0 mA Op_point Iout operating point18. VIN_OP 12.0 V Op_point Vin operating point19. Vout p-p 5.829 mV Op_point Peak-to-peak output ripple voltage20. Cin Pd 92.089 µW Power Input capacitor power dissipation21. Cout Pd 255.171 µW Power Output capacitor power dissipation22. IC Iq Pd 2.45 mW Power IC Iq Pd23. IC Pd 141.233 mW Power IC power dissipation24. L Pd 5.494 mW Power Inductor power dissipation25. Total Pd 147.193 mW Power Total Power Dissipation26. Vout Tolerance 2.327 % Vout Tolerance based on IC Tolerance (no load) and voltage divider
resistors if applicable
Design Inputs# Name Value Description1. Iout 500.0 m Maximum Output Current2. SoftStart 2.0 ms Soft Start Time (ms)3. VinMax 12.0 Maximum input voltage4. VinMin 11.0 Minimum input voltage5. Vout 1.5 Output Voltage6. base_pn TPS563219 Base Product Number7. source DC Input Source Type8. Ta 30.0 Ambient temperature
Design Assistance1. TPS563219 Product Folder : http://www.ti.com/product/TPS563219 : contains the data sheet and other resources.
Operating Values# Name Value Category Description1. Cin IRMS 210.789 mA Current Input capacitor RMS ripple current2. Cout IRMS 281.692 mA Current Output capacitor RMS ripple current3. Iin Avg 86.213 mA Current Average input current4. L Ipp 975.81 mA Current Peak-to-peak inductor ripple current5. BOM Count 10 General Total Design BOM count6. FootPrint 152.0 mm2 General Total Foot Print Area of BOM components7. Frequency 722.769 kHz General Switching frequency8. Mode CCM General Conduction Mode9. Pout 900.0 mW General Total output power
10. Total BOM $1.01 General Total BOM Cost11. Vout Actual 1.801 V Op_Point Vout Actual calculated based on selected voltage divider resistors12. Vout OP 1.8 V Op_Point Operational Output Voltage13. Duty Cycle 15.258 % Op_point Duty cycle14. Efficiency 86.993 % Op_point Steady state efficiency15. IC Tj 37.014 degC Op_point IC junction temperature16. ICThetaJA 54.0 degC/W Op_point IC junction-to-ambient thermal resistance17. IOUT_OP 500.0 mA Op_point Iout operating point18. VIN_OP 12.0 V Op_point Vin operating point19. Vout p-p 4.497 mV Op_point Peak-to-peak output ripple voltage20. Cin Pd 91.686 µW Power Input capacitor power dissipation21. Cout Pd 153.94 µW Power Output capacitor power dissipation22. IC Iq Pd 2.45 mW Power IC Iq Pd23. IC Pd 129.897 mW Power IC power dissipation24. L Pd 4.282 mW Power Inductor power dissipation25. Total Pd 134.565 mW Power Total Power Dissipation26. Vout Tolerance 2.499 % Vout Tolerance based on IC Tolerance (no load) and voltage divider
resistors if applicable
Design Inputs# Name Value Description1. Iout 500.0 m Maximum Output Current2. SoftStart 2.0 ms Soft Start Time (ms)3. VinMax 12.0 Maximum input voltage4. VinMin 11.0 Minimum input voltage5. Vout 1.8 Output Voltage6. base_pn TPS563210 Base Product Number7. source DC Input Source Type8. Ta 30.0 Ambient temperature
Design Assistance1. TPS563210 Product Folder : http://www.ti.com/product/TPS563210 : contains the data sheet and other resources.
Operating Values# Name Value Category Description1. Cin IRMS 260.48 mA Current Input capacitor RMS ripple current2. Cout IRMS 352.722 mA Current Output capacitor RMS ripple current3. Iin Avg 116.71 mA Current Average input current4. L Ipp 1.222 A Current Peak-to-peak inductor ripple current5. BOM Count 10 General Total Design BOM count6. FootPrint 152.0 mm2 General Total Foot Print Area of BOM components7. Frequency 743.0 kHz General Switching frequency8. Mode FCCM General Conduction Mode9. Pout 1.25 W General Total output power
10. Total BOM $1.01 General Total BOM Cost11. Vout Actual 2.523 V Op_Point Vout Actual calculated based on selected voltage divider resistors
# Name Value Category Description12. Vout OP 2.5 V Op_Point Operational Output Voltage13. Duty Cycle 21.092 % Op_point Duty cycle14. Efficiency 89.253 % Op_point Steady state efficiency15. IC Tj 37.834 degC Op_point IC junction temperature16. ICThetaJA 54.0 degC/W Op_point IC junction-to-ambient thermal resistance17. IOUT_OP 500.0 mA Op_point Iout operating point18. VIN_OP 12.0 V Op_point Vin operating point19. Vout p-p 5.799 mV Op_point Peak-to-peak output ripple voltage20. Cin Pd 140.008 µW Power Input capacitor power dissipation21. Cout Pd 241.36 µW Power Output capacitor power dissipation22. IC Iq Pd 2.45 mW Power IC Iq Pd23. IC Pd 145.082 mW Power IC power dissipation24. L Pd 4.867 mW Power Inductor power dissipation25. Total Pd 150.514 mW Power Total Power Dissipation26. Vout Tolerance 2.746 % Vout Tolerance based on IC Tolerance (no load) and voltage divider
resistors if applicable
Design Inputs# Name Value Description1. Iout 500.0 m Maximum Output Current2. SoftStart 2.0 ms Soft Start Time (ms)3. VinMax 12.0 Maximum input voltage4. VinMin 11.0 Minimum input voltage5. Vout 2.5 Output Voltage6. base_pn TPS563219 Base Product Number7. source DC Input Source Type8. Ta 30.0 Ambient temperature
Design Assistance1. TPS563219 Product Folder : http://www.ti.com/product/TPS563219 : contains the data sheet and other resources.
Operating Values# Name Value Category Description1. Cin IRMS 271.12 mA Current Input capacitor RMS ripple current2. Cout IRMS 288.252 mA Current Output capacitor RMS ripple current3. Iin Avg 154.47 mA Current Average input current4. L Ipp 998.53 mA Current Peak-to-peak inductor ripple current5. BOM Count 10 General Total Design BOM count6. FootPrint 86.0 mm2 General Total Foot Print Area of BOM components7. Frequency 729.116 kHz General Switching frequency8. Mode CCM General Conduction Mode9. Pout 1.65 W General Total output power
10. Total BOM $0.9 General Total BOM Cost11. Vout Actual 3.283 V Op_Point Vout Actual calculated based on selected voltage divider resistors12. Vout OP 3.3 V Op_Point Operational Output Voltage13. Duty Cycle 27.918 % Op_point Duty cycle14. Efficiency 89.012 % Op_point Steady state efficiency15. IC Tj 40.14 degC Op_point IC junction temperature16. ICThetaJA 53.0 degC/W Op_point IC junction-to-ambient thermal resistance17. IOUT_OP 500.0 mA Op_point Iout operating point18. VIN_OP 12.0 V Op_point Vin operating point19. Vout p-p 9.539 mV Op_point Peak-to-peak output ripple voltage20. Cin Pd 151.68 µW Power Input capacitor power dissipation21. Cout Pd 290.563 µW Power Output capacitor power dissipation22. IC Iq Pd 2.244 mW Power IC Iq Pd23. IC Pd 191.33 mW Power IC power dissipation24. L Pd 11.658 mW Power Inductor power dissipation25. Total Pd 203.678 mW Power Total Power Dissipation26. Vout Tolerance 2.889 % Vout Tolerance based on IC Tolerance (no load) and voltage divider
resistors if applicable
Design Inputs# Name Value Description1. Iout 500.0 m Maximum Output Current2. SoftStart 2.0 ms Soft Start Time (ms)3. VinMax 12.0 Maximum input voltage4. VinMin 11.0 Minimum input voltage5. Vout 3.3 Output Voltage6. base_pn TPS562210 Base Product Number7. source DC Input Source Type8. Ta 30.0 Ambient temperature
Design Assistance1. TPS562210 Product Folder : http://www.ti.com/product/TPS562210 : contains the data sheet and other resources.
Operating Values# Name Value Category Description1. Cin IRMS 291.938 mA Current Input capacitor RMS ripple current2. Cout IRMS 268.164 mA Current Output capacitor RMS ripple current3. Iin Avg 99.95 mA Current Average input current4. L Ipp 928.95 mA Current Peak-to-peak inductor ripple current5. BOM Count 8 General Total Design BOM count6. FootPrint 76.0 mm2 General Total Foot Print Area of BOM components7. Frequency 678.98 kHz General Switching frequency8. Mode CCM General Conduction Mode9. Pout 1.0 W General Total output power
10. Total BOM $1.88 General Total BOM Cost11. Vout Actual 1.0 V Op_Point Vout Actual calculated based on selected voltage divider resistors
# Name Value Category Description12. Vout OP 1.0 V Op_Point Operational Output Voltage13. Duty Cycle 8.649 % Op_point Duty cycle14. Efficiency 83.375 % Op_point Steady state efficiency15. IC Tj 41.554 degC Op_point IC junction temperature16. ICThetaJA 62.9 degC/W Op_point IC junction-to-ambient thermal resistance17. IOUT_OP 1.0 A Op_point Iout operating point18. VIN_OP 12.0 V Op_point Vin operating point19. Vout p-p 2.614 mV Op_point Peak-to-peak output ripple voltage20. Cin Pd 175.867 µW Power Input capacitor power dissipation21. Cout Pd 20.279 µW Power Output capacitor power dissipation22. IC Iq Pd 2.047 mW Power IC Iq Pd23. IC Pd 183.694 mW Power IC power dissipation24. L Pd 15.436 mW Power Inductor power dissipation25. Total Pd 199.4 mW Power Total Power Dissipation26. Vout Tolerance 1.807 % Vout Tolerance based on IC Tolerance (no load) and voltage divider
resistors if applicable
Design Inputs# Name Value Description1. Iout 1.0 Maximum Output Current2. VinMax 12.0 Maximum input voltage3. VinMin 11.0 Minimum input voltage4. Vout 1.0 Output Voltage5. base_pn TPS563200 Base Product Number6. source DC Input Source Type7. Ta 30.0 Ambient temperature
Design Assistance1. TPS563200 Product Folder : http://www.ti.com/product/TPS563200 : contains the data sheet and other resources.
Operating Values# Name Value Category Description1. Cin IRMS 187.612 mA Current Input capacitor RMS ripple current2. Cout IRMS 50.749 mA Current Output capacitor RMS ripple current3. Iin Avg 74.25 mA Current Average input current4. L Ipp 175.8 mA Current Peak-to-peak inductor ripple current5. BOM Count 13 General Total Design BOM count6. FootPrint 196.0 mm2 General Total Foot Print Area of BOM components7. Frequency 366.973 kHz General Switching frequency8. IC Tolerance 12.0 mV General IC Feedback Tolerance9. Mode CCM General Conduction Mode
10. Pout 720.0 mW General Total output power11. Total BOM $1.52 General Total BOM Cost12. ICThetaJA Effective 34.0 degC/W Op_Point Effective IC Junction-to-Ambient Thermal Resistance13. Low Freq Gain 91.477 dB Op_Point Gain at 10Hz14. Vout Actual 1.2 V Op_Point Vout Actual calculated based on selected voltage divider resistors15. Vout OP 1.2 V Op_Point Operational Output Voltage16. Cross Freq 13.991 kHz Op_point Bode plot crossover frequency17. Duty Cycle 10.884 % Op_point Duty cycle18. Efficiency 80.808 % Op_point Steady state efficiency19. Gain Marg -21.625 dB Op_point Bode Plot Gain Margin20. IC Tj 34.761 degC Op_point IC junction temperature21. IOUT_OP 600.0 mA Op_point Iout operating point22. Phase Marg 60.619 deg Op_point Bode Plot Phase Margin23. VIN_OP 12.0 V Op_point Vin operating point24. Vout p-p 538.386 µV Op_point Peak-to-peak output ripple voltage25. Cin Pd 145.263 µW Power Input capacitor power dissipation26. Cout Pd 6.233 µW Power Output capacitor power dissipation27. IC Iq Pd 3.72 mW Power IC Iq Pd28. IC Pd 140.025 mW Power IC power dissipation29. L Pd 30.819 mW Power Inductor power dissipation30. Total Pd 171.001 mW Power Total Power Dissipation31. Vout Tolerance 2.184 % Vout Tolerance based on IC Tolerance (no load) and voltage divider
resistors if applicable
Design Inputs# Name Value Description1. Iout 600.0 m Maximum Output Current2. VinMax 12.0 Maximum input voltage3. VinMin 11.0 Minimum input voltage4. Vout 1.2 Output Voltage5. base_pn TPS54335A Base Product Number6. source DC Input Source Type7. Ta 30.0 Ambient temperature
Design Assistance1. TPS54335A Product Folder : http://www.ti.com/product/TPS54335A : contains the data sheet and other resources.
Operating Values# Name Value Category Description1. Cin IRMS 22.008 mA Current Input capacitor RMS ripple current2. Cout IRMS 23.969 mA Current Output capacitor RMS ripple current3. IC Ipk 62.869 mA Current Peak switch current in IC4. Iin Avg 4.173 mA Current Average input current5. L Ipp 85.738 mA Current Peak-to-peak inductor ripple current6. BOM Count 7 General Total Design BOM count7. FootPrint 44.0 mm2 General Total Foot Print Area of BOM components8. Frequency 411.187 kHz General Switching frequency9. Mode DCM General Conduction Mode
10. Pout 36.0 mW General Total output power11. Total BOM $0.66 General Total BOM Cost
# Name Value Category Description12. Vout Actual 1.8 V Op_Point Vout Actual calculated based on selected voltage divider resistors13. Vout OP 1.8 V Op_Point Operational Output Voltage14. Duty Cycle 7.604 % Op_point Duty cycle15. Efficiency 71.885 % Op_point Steady state efficiency16. IC Tj 32.325 degC Op_point IC junction temperature17. ICThetaJA 259.7 degC/W Op_point IC junction-to-ambient thermal resistance18. IOUT_OP 20.0 mA Op_point Iout operating point19. VIN_OP 12.0 V Op_point Vin operating point20. Vout p-p 3.802 mV Op_point Peak-to-peak output ripple voltage21. Cin Pd 0.0 W Power Input capacitor power dissipation22. Cout Pd 2.873 µW Power Output capacitor power dissipation23. IC Iq Pd 142.8 µW Power IC Iq Pd24. IC Pd 8.951 mW Power IC power dissipation25. L Pd 5.12 mW Power Inductor power dissipation26. Total Pd 14.08 mW Power Total Power Dissipation27. Vout Tolerance 3.65 % Vout Tolerance based on IC Tolerance (no load) and voltage divider
resistors if applicable
Design Inputs# Name Value Description1. Iout 20.0 m Maximum Output Current2. VinMax 12.0 Maximum input voltage3. VinMin 11.0 Minimum input voltage4. Vout 1.8 Output Voltage5. base_pn TPS62122 Base Product Number6. source DC Input Source Type7. Ta 30.0 Ambient temperature
Design Assistance1. TPS62122 Product Folder : http://www.ti.com/product/TPS62122 : contains the data sheet and other resources.
Operating Values# Name Value Category Description1. BOM Count 4 General Total Design BOM count2. FootPrint 19.0 mm2 General Total Foot Print Area of BOM components3. Total BOM $0.48 General Total BOM Cost4. Total Pd 82.5 µW Power Total Power Dissipation5. Flag Voltage 3.3 V Flag Voltage6. Flag1 Down delay
(From EN high to low)6.0 ms Flag Delay
7. Flag1 Up delay (FromEN low to high)
2.0 ms Flag Delay
8. Flag2 Down delay(From EN high to low)
4.0 ms Flag Delay
9. Flag2 Up delay (FromEN low to high)
4.0 ms Flag Delay
10. Flag3 Down delay(From EN high to low)
2.0 ms Flag Delay
11. Flag3 Up delay (FromEN low to high)
6.0 ms Flag Delay
12. Flags Used 2.0 Flags Used13. Total Flags 3.0 Total Flags14. Vcc 3.3 V Vcc
Design Inputs# Name Value Description1. Iout 1.0 µ Maximum Output Current2. VinMax 3.3 Maximum input voltage3. VinMin 3.3 Minimum input voltage4. Vout 3.3 Output Voltage5. base_pn LM3880 Base Product Number6. source DC Input Source Type7. Ta 30.0 Ambient temperature
Design Assistance1. LM3880 Product Folder : http://www.ti.com/product/LM3880 : contains the data sheet and other resources.
Operating Values# Name Value Category Description1. Cin IRMS 8.641 mA Current Input capacitor RMS ripple current2. Cout IRMS 37.769 mA Current Output capacitor RMS ripple current3. IC Ipk 69.141 mA Current Peak switch current in IC4. Iin Avg 354.95 µA Current Average input current5. L Ipp 136.28 mA Current Peak-to-peak inductor ripple current6. BOM Count 7 General Total Design BOM count7. FootPrint 43.0 mm2 General Total Foot Print Area of BOM components8. Frequency 12.713 kHz General Switching frequency9. Mode DCM General Conduction Mode
10. Pout 3.3 mW General Total output power11. Total BOM $0.66 General Total BOM Cost
# Name Value Category Description12. Vout Actual 3.288 V Op_Point Vout Actual calculated based on selected voltage divider resistors13. Vout OP 3.3 V Op_Point Operational Output Voltage14. Duty Cycle 438.105 m% Op_point Duty cycle15. Efficiency 77.476 % Op_point Steady state efficiency16. IC Tj 30.134 degC Op_point IC junction temperature17. ICThetaJA 259.7 degC/W Op_point IC junction-to-ambient thermal resistance18. IOUT_OP 1.0 mA Op_point Iout operating point19. VIN_OP 12.0 V Op_point Vin operating point20. Vout p-p 10.674 mV Op_point Peak-to-peak output ripple voltage21. Cin Pd 0.0 W Power Input capacitor power dissipation22. Cout Pd 7.133 µW Power Output capacitor power dissipation23. IC Iq Pd 142.8 µW Power IC Iq Pd24. IC Pd 516.502 µW Power IC power dissipation25. L Pd 403.414 µW Power Inductor power dissipation26. Total Pd 959.387 µW Power Total Power Dissipation27. Vout Tolerance 4.067 % Vout Tolerance based on IC Tolerance (no load) and voltage divider
resistors if applicable
Design Inputs# Name Value Description1. Iout 1.0 m Maximum Output Current2. VinMax 12.0 Maximum input voltage3. VinMin 11.0 Minimum input voltage4. Vout 3.3 Output Voltage5. base_pn TPS62122 Base Product Number6. source DC Input Source Type7. Ta 30.0 Ambient temperature
Design Assistance1. TPS62122 Product Folder : http://www.ti.com/product/TPS62122 : contains the data sheet and other resources.
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