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Component List 

 

S6SBP501A00VA1001, S6SBP502A00VA1001 Automotive PMIC Evaluation Kit Operation Guide, Doc. No. 002-08766 Rev. *E 

17 

No. 

Compone
nt 

Parts Number 

Vendor 

Value 

Rated 
Voltage 
(V) 

Rated 
Current 

(A) 

Remarks 

30 

C23-1 

CGA5L1X7R1C106K160AC 

TDK 

10 µF 

16 

- 

- 

31 

C23-2 

CGA2B3X7R1H104K050BB 

TDK 

0.1 µF 

50 

- 

- 

32 

C24-1 

CGA6P1X7R1C226M250AC 

TDK 

22 µF 

16 

- 

- 

33 

C24-2 

CGA6P1X7R1C226M250AC 

TDK 

22 µF 

16 

- 

- 

34 

C24-3 

CGA2B3X7R1H104K050BB 

TDK 

0.1 µF 

50 

- 

- 

35 

C24-4 

CGA2B3X7R1H104K050BB 

TDK 

0.1 µF 

50 

- 

- 

36 

D1 

RB521S30T1G 

ON 
Semi 

- 

30 

0.2 

- 

37 

FB1 

RK73Z2A 

KOA 

0Ω 

- 

2 

- 

38 

L1 

CLF12577NIT-4R7N-D 

TDK 

4.7 µH 

- 

9 

- 

39 

L2 

CLF6045NIT-1R5N-D 

TDK 

1.5 µH 

- 

4.5 

- 

40 

L3 

CLF6045NIT-1R5N-D 

TDK 

1.5 µH 

- 

4.5 

- 

41 

L4 

CLF7045T-4R7N 

TDK 

4.7 µH 

- 

3.6 

- 

42 

M1 

S6BP501A00SN2B000 

Cypress 

- 

- 

- 

S6SBP501A00VA1001 

S6BP502A00SN2B000 

Cypress 

- 

- 

- 

S6SBP502A00VA1001 

43 

Q1 

NVTFS5826NL 

ON 
Semi 

- 

60 

7.6 

- 

44 

Q2 

NVTFS5826NL 

ON 
Semi 

- 

60 

7.6 

- 

45 

R2-1 

RK73H1JTTD2003F 

KOA 

200 kΩ 

- 

- 

- 

46 

R2-2 

RK73H1JTTD1203F 

KOA 

120 kΩ 

- 

- 

- 

47 

R3 

RK73H1JTTD1203F 

KOA 

120 kΩ 

- 

- 

- 

48 

R6-1 

RK73H1JTTD2004F 

KOA 

2 MΩ 

- 

- 

- 

49 

R6-2 

RK73H1JTTD1804F 

KOA 

1.8 MΩ 

- 

- 

- 

50 

R7 

RK73H1JTTD1204F 

KOA 

1.2 MΩ 

- 

- 

- 

51 

R10-1 

RK73Z1J 

KOA 

0Ω 

- 

1 

 

52 

R10-2 

RK73H1JTTD2743F 

KOA 

274 kΩ 

- 

- 

S6SBP501A00VA1001 

RK73H1JTTD2703F 

KOA 

270 kΩ 

 

 

S6SBP502A00VA1001 

53 

R11 

RK73H1JTTD3013F 

KOA 

301 kΩ 

- 

- 

S6SBP501A00VA1001 

RK73H1JTTD2703F 

KOA 

270 kΩ 

- 

- 

S6SBP502A00VA1001 

54 

R13 

RK73H1JTTD1003F 

KOA 

100 kΩ 

- 

- 

- 

55 

R14 

RK73H1JTTD1003F 

KOA 

100 kΩ 

- 

- 

- 

56 

R15 

RK73H1JTTD1003F 

KOA 

100 kΩ 

- 

- 

- 

57 

R16 

RK73H1JTTD1003F 

KOA 

100 kΩ 

- 

- 

- 

58 

R17 

ERJB2CFR012V 

Pana 

12 mΩ 

- 

- 

S6SBP501A00VA1001 

KRL3216E-M-R010-F 

SSM 

10 mΩ 

- 

- 

S6SBP502A00VA1001 

59 

R20 

RK73Z1E 

KOA 

0Ω 

- 

1 

- 

60 

R21 

RK73H1ETTD1001F 

KOA 

1kΩ 

- 

- 

- 

61 

R22 

- 

- 

- 

- 

- 

NMT 

62 

R23 

- 

- 

- 

- 

- 

NMT 

63 

R24 

RK73Z1E 

KOA 

0Ω 

- 

1 

- 

Summary of Contents for Cypress S6SBP501A00VA1001

Page 1: ...ers as part of the Infineon product portfolio Continuity of document content The fact that Infineon offers the following product as part of the Infineon product portfolio does not lead to any changes to this document Future revisions will occur when appropriate and any changes will be set out on the document history page Continuity of ordering part numbers Infineon continues to support existing pa...

Page 2: ...S6SBP501A00VA1001 S6SBP502A00VA1001 Doc No 002 08766 Rev E Cypress Semiconductor 198 Champion Court San Jose CA 95134 1709 www cypress com Automotive PMIC Evaluation Kit Operation Guide ...

Page 3: ...you shall and hereby do release Cypress from any claim damage or other liability arising from any Security Breach In addition the products described in these materials may contain design defects or errors known as errata which may cause the product to deviate from published specifications To the extent permitted by applicable law Cypress reserves the right to make changes to this document without ...

Page 4: ...les representatives or support representatives Handling and use Handling and use of this product and notes regarding its safe use are described in the manual Follow the instructions in the manual to use this product Notice on this document All information included in this document is current as of the date it is issued Such information is subject to change without any prior notice Confirm the late...

Page 5: ... step when carrying the product Do not use the product in an unstable location such as a place exposed to strong vibration or a sloping surface Doing so may cause the product to fall resulting in an injury or fault Cuts The product contains sharp edges that are left unavoidably exposed such as jumper plugs Handle the product with due care not to get injured with such pointed parts Damage Do not pl...

Page 6: ...cument Using the product incorrectly or inappropriately may cause a fault Damage Always turn the power off before connecting or disconnecting any cables from the product When unplugging a cable unplug the cable by holding the connector part without pulling on the cable itself Pulling the cable itself or bending it may expose or disconnect the cable core resulting in a fault Damage Because the prod...

Page 7: ... 12 5 2 Wiring Layout 13 6 Circuit Schematic 14 7 Component List 16 8 Reference Data 19 8 1 DC Characteristics 19 8 1 1 Conversion Efficiency 19 8 1 2 Regulations 20 8 2 Waveforms 21 8 2 1 Start up and Stop 21 8 2 2 Switching Waveform 22 8 2 3 Output Ripple Waveform 23 8 2 4 Load Transient Waveforms 24 8 2 5 Line Transient Waveforms 24 8 2 6 Protection and Detection Function Waveforms 25 8 3 AC Ch...

Page 8: ...P502A respectively Figure 1 1 Evaluation Board Block Diagram S6BP501A PMIC S6BP502A PMIC DC DC Converter HOT PG5V PG3V PG1V Logic Power Good DD3V Buck SW DD5V Boost DD1V Buck LDO S6SBP501A00VA1001 S6SBP502A00VA1001 VOUT3V 3 30V 1 6A S6SBP501A00VA1001 3 30V 1 9A S6SBP502A00VA1001 DC Power Supply 4 5V to 42V EN5V EN1V ENSS SYNC EN3V VIN A B C A C B VOUT5V 5 00V 1 3A VOUT1V 1 15V 1 4A S6SBP501A00VA10...

Page 9: ...e 2 1 Evaluation Board Specification Item Symbol Min Typ Max Unit Input Voltage VIN 4 5 12 42 V S6SBP501A00VA1001 Output Voltage VOUT3V 3 30 V VOUT5V 5 00 V VOUT1V 1 15 V Output Current IOUT3 1 6 A IOUT5 1 3 A IOUT1 1 4 A S6SBP502A00VA1001 Output Voltage VOUT3V 3 30 V VOUT5V 5 00 V VOUT1V 1 20 V Output Current IOUT3 1 9 A IOUT5 1 3 A IOUT1 2 0 A ...

Page 10: ...1Vf O DD1V DC DC convertor output terminal PGNDf PGND3Vf PGND5Vf PGND1Vf Ground terminal CN EN EN3V I VOUT3V Load switch of DD3V enable terminal EN5V I VOUT5V DD3V and DD5V enable terminal EN1V I VOUT1V DD1V enable terminal SYNC I Mode setting or external clock input terminal See the S6BP501A S6BP502A datasheet CN PG PG3V O VOUT3V power good terminal PG5V O VOUT5V power good terminal PG1V O VOUT1V...

Page 11: ...tween VB and ENSS SSCG function is ON R24 Short Shorted between GND and ENSS SSCG function is OFF R23 and R24 must not be shorted simultaneously Not mounted R24 Short Table 3 3 Pin Socket Descriptions Pin Socket Function Description Initial Setting EN3V Shorted between EN3V and VB Inserted EN5V Shorted between EN5V and VIN through R21 Inserted EN1V Shorted between EN1V and VB Inserted SYNC Shorted...

Page 12: ... and voltage meter as shown in Figure 4 1 Figure 4 1 Connecting the Board and Equipment 4 2 Verification 1 Insert pin sockets of EN1V EN3V and EN5V 2 Turn ON the 12 V power supply VOUT1Vf VOUT3Vf and VOUT5Vf will start output 3 Check that each output voltage is the same as the Output Voltage listed in Table 2 1 12V Power Supply Voltage Meter Voltage Meter Load Load Voltage Meter Load ...

Page 13: ... S6SBP502A00VA1001 Automotive PMIC Evaluation Kit Operation Guide Doc No 002 08766 Rev E 12 5 Layout 5 1 Component Layout Figure 5 1 Evaluation Board Component Layout Layer1 Top View Board size 65mm 65mm Layer4 Top View ...

Page 14: ...001 S6SBP502A00VA1001 Automotive PMIC Evaluation Kit Operation Guide Doc No 002 08766 Rev E 13 5 2 Wiring Layout Figure 5 2 Evaluation Board Wiring Layout layer 1 Top View layer 2 Top View layer 3 Top View layer 4 Top View ...

Page 15: ...S6SBP501A00VA1001 S6SBP502A00VA1001 Automotive PMIC Evaluation Kit Operation Guide Doc No 002 08766 Rev E 14 6 Circuit Schematic ...

Page 16: ... VOUT5V C17 1 C19 5 C 19 3 C19 2 FB5V 8 LX5V PGND5V 6 2 L3 5 PVCC1V C24 1 C24 2 C24 3 C23 1 3 LX1V 4 PGND1V C18 1 32 PG5V 31 PG3V R15 R16 R14 R13 R3 EP EN5V 18 FB1V 1 EN1V 26 EN1V 30 PG1V 28 HOT R2 2 C3 D1 VOUT5V A Q1 Q2 B C B C EN1V EN3V C13 C6 4 C6 6 A VIN VIN VBATf FB1 L4 C10 2 PGNDf C12 C10 1 R2 1 R7 R6 2 C15 R6 1 R11 R10 2 C11 R10 1 CN EN 1 2 3 4 R21 R23 VIN VB VB R20 C5 1 C6 3 C6 1 C6 5 C6 7...

Page 17: ... 22 µF 16 10 C6 4 CGA6P1X7R1C226M250AC TDK 22 µF 16 11 C6 5 CGA6P1X7R1C226M250AC TDK 22 µF 16 12 C6 6 CGA6P1X7R1C226M250AC TDK 22 µF 16 13 C6 7 CGA2B3X7R1H104K050BB TDK 0 1 µF 50 14 C10 1 CGA5L3X7R1H475K160AB TDK 4 7 µF 50 15 C10 2 CGA2B3X7R1H104K050BB TDK 0 1 µF 50 16 C11 CGA3E2C0G1H120J080AA TDK 12 pF 50 17 C12 NMT 18 C13 CGA3E2C0G1H100D080AA TDK 10 pF 50 19 C15 NMT 20 C17 1 CGA3E1X7R1C105K080AC...

Page 18: ...00 Cypress S6SBP501A00VA1001 S6BP502A00SN2B000 Cypress S6SBP502A00VA1001 43 Q1 NVTFS5826NL ON Semi 60 7 6 44 Q2 NVTFS5826NL ON Semi 60 7 6 45 R2 1 RK73H1JTTD2003F KOA 200 kΩ 46 R2 2 RK73H1JTTD1203F KOA 120 kΩ 47 R3 RK73H1JTTD1203F KOA 120 kΩ 48 R6 1 RK73H1JTTD2004F KOA 2 MΩ 49 R6 2 RK73H1JTTD1804F KOA 1 8 MΩ 50 R7 RK73H1JTTD1204F KOA 1 2 MΩ 51 R10 1 RK73Z1J KOA 0Ω 1 52 R10 2 RK73H1JTTD2743F KOA 27...

Page 19: ...nt Parts Number Vendor Value Rated Voltage V Rated Current A Remarks 64 R25 RK73Z2A KOA 0Ω 2 TDK TDK Corporation ON Semi ON Semiconductor Cypress Cypress Semiconductor Corp KOA KOA Corporation Pana Panasonic Corporation SSM SUSUMU CO LTD NMT No mount These components are compliant with RoHS and ask each vendor for details if necessary ...

Page 20: ...of S6SBP502A00VA1001 8 1 DC Characteristics 8 1 1 Conversion Efficiency Ta 25 VBAT 12V EN5V VIN EN1V VB EN3V GND Ta 25 VBAT 12V EN5V VIN EN1V GND EN3V VB Ta 25 VBAT 12V EN5V VIN EN1V EN3V GND Ta 25 IOUT1 1A EN5V VIN EN1V VB EN3V GND SYNC GND Ta 25 IOUT3 0 95A EN5V VIN EN1V GND EN3V VB SYNC GND Ta 25 IOUT5 0 65A EN5V VIN EN1V EN3V GND SYNC GND VOUT5V VOUT3V VOUT1V VOUT5V VOUT3V VOUT1V ...

Page 21: ...5 VBAT 12V EN5V VIN EN1V GND EN3V VB Ta 25 VBAT 12V EN5V VIN EN1V EN3V GND Ta 25 IOUT1 1A EN5V VIN EN1V VB EN3V GND SYNC GND Ta 25 IOUT3 0 95A EN5V VIN EN1V GND EN3V VB SYNC GND Ta 25 IOUT5 0 65A EN5V VIN EN1V EN3V GND SYNC GND VBAT 12V IOUT1 1A EN5V VIN EN1V VB EN3V GND SYNC GND VBAT 12V IOUT3 0 95A EN5V VIN EN1V GND EN3V VB SYNC GND VBAT 12V IOUT5 0 65A EN5V VIN EN1V EN3V GND SYNC GND ...

Page 22: ...Start up and Stop VBAT 5V div IN3V DD3V output 2V div PG5V 5V div EN5V VIN EN3V EN1V GND SYNC GND IOUT5 0A 5ms div VOUT5V 2V div EN3V 5V div PG3V 5V div VBAT 12V EN5V VIN EN1V GND SYNC GND IOUT5 IOUT3 0A 5ms div VOUT3V 2V div 5ms div 5ms div EN1V 5V div PG1V 5V div VBAT 12V EN5V VIN EN3V GND SYNC GND IOUT5 IOUT1 0A 5ms div VOUT1V 1V div 5ms div ...

Page 23: ... div VBAT 12V EN5V VIN EN3V VB EN1V GND SYNC GND IOUT5 0A IOUT3 100mA 20us div 1us div VBAT 12V EN5V VIN EN3V VB EN1V GND SYNC GND IOUT5 0A IOUT3 1 9A LX3V 2V div LX5V 1V div VBAT 12V EN5V VIN EN3V EN1V GND SYNC GND IOUT5 50mA 5us div 200ns div VBAT 12V EN5V VIN EN3V EN1V GND SYNC GND IOUT5 1 3A LX5V 1V div LX1V 1V div VBAT 12V EN5V VIN EN3V GND EN1V VB SYNC GND IOUT5 0A IOUT1 2A 200ns div VBAT 12...

Page 24: ...2V EN5V VIN EN3V EN1V VB SYNC GND IOUT5 1 3A IOUT3 IOUT1 0A 1us div VOUT3V 20mV div VBAT 12V EN5V VIN EN3V EN1V VB SYNC GND IOUT5 0A IOUT3 1 9A IOUT1 0A 1us div VOUT1V 10mV div 1us div VOUT5V 50mV div VOUT3V 20mV div VOUT1V 10mV div VBAT 12V EN5V VIN EN3V EN1V VB SYNC GND IOUT5 IOUT3 0A IOUT1 2A 500us div VBAT 12V EN5V VIN EN3V EN1V VB SYNC GND IOUT5 IOUT3 IOUT1 0A VOUT5V 50mV div VOUT3V 20mV div ...

Page 25: ...OUT3 0 95A IOUT1 1A 5ms div VOUT5V 200mV div VOUT1V 50mV div VOUT3V 100mV div VBAT 12V 42V 10V div 5ms div VOUT5V 200mV div VOUT1V 50mV div VOUT3V 100m div VOUT5V 500mV div VBAT 12V EN5V VIN EN3V EN1V VB SYNC GND IOUT3 IOUT1 0A 100us div IOUT5 0A 1 3A 1A div VOUT3V 200mV div VBAT 12V EN5V VIN EN3V EN1V VB SYNC GND IOUT3 IOUT1 0A 100us div IOUT3 0A 1 9A 1A div VOUT1V 100mV div VBAT 12V EN5V VIN EN3...

Page 26: ...iv VOUT1V 500mV div IOUT1 1A div PG1V 5V div Over current protection of DD1V Over voltage detection of DD5V VOUT5V 500mV div LX3V 10V div LX5V 4V div 5ms div PG5V 5V div Rising to 5 5V Reducing load resistance VBAT 12V EN5V VIN EN3V GND EN1V VB SYNC GND IOUT5 0A VOUT1 Connected to electronic load VBAT 12V EN5V VIN EN3V EN1V GND SYNC GND IOUT5 100mA Under voltage detection of DD1V ...

Page 27: ...0 80 60 40 20 0 20 40 60 80 1000 10000 100000 1000000 Phase Degree G ain dB Frequency Hz Gain Phase 180 135 90 45 0 45 90 135 180 80 60 40 20 0 20 40 60 80 1000 10000 100000 1000000 Phase Degree G ain dB Frequency Hz Gain Phase Band width 29kHz Phase margin 58degree VBAT 12V EN5V VIN EN3V EN1V GND SYNC GND IOUT5 1 3A DD5V Band width 37kHz Phase margin 31degree VBAT 12V EN5V VIN EN3V VB EN1V GND SY...

Page 28: ...7 8 4 Temperature 8 5 EMI Radiated Emissions Example VBAT 12V EN5V VIN EN3V EN1V VB IOUT5 1 3A IOUT3 1 9A IOUT1 2A SYNC GND SSCG ON Measured in ALSE TA 25 VBAT 12V EN5V VIN EN3V EN1V VB Full load IOUT5 1 3A IOUT3 1 9A IOUT1 2A SYNC GND TA 25 VBAT 12V EN5V VIN EN3V EN1V VB Half load IOUT5 0 65A IOUT3 0 95A IOUT1 1A SYNC GND ...

Page 29: ...on Kit Operation Guide Doc No 002 08766 Rev E 28 9 Ordering Information Table 9 1 Ordering Information Part Number EVB Revision Note S6SBP501A00VA1001 S6SBP501A VA1 S6SBP502A VA1 Rev 2 0 Mounted IC S6BP501A00SN2B000 S6SBP502A00VA1001 Mounted IC S6BP502A00SN2B000 ...

Page 30: ...tion of Change 09 25 2015 Initial release A 02 04 2016 Migrated Spansion guide from S6SBP501A00VA1001_SS901 00044 1v0 E to Cypress format B 12 20 2016 Changed VOUT1f output voltage of S6SBP501A00VA1001 Changed some compoments Added pin socket Added Reference Data C 09 26 2017 Adapted Cypress new logo D 09 12 2018 Sunset Review Fixed waveform names in 8 2 4 Load Transient Waveforms and 8 2 6 Protec...

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