Datasheet NV6287 (Navitas Semiconductor) - 6
| Manufacturer | Navitas Semiconductor |
| Description | GaNSense Motor Drive IC in half-bridge configuration |
| Pages / Page | 34 / 6 — NV6287. 7.5. Electrical Characteristics. Covered part numbers: NV6287-01, … |
| File Format / Size | PDF / 2.3 Mb |
| Document Language | English |
NV6287. 7.5. Electrical Characteristics. Covered part numbers: NV6287-01, NV6287-02, NV6287-03, NV6287-04. SYMBOL. PARAMETER. MIN
Model Line for this Datasheet
Text Version of Document
link to page 2 link to page 2 link to page 2
NV6287 7.5. Electrical Characteristics
Typical conditions: V =400V, V =15V, F =1MHz, T =25ºC, I =3.5A (unless otherwise specified) IN CC SW AMB D
Covered part numbers: NV6287-01, NV6287-02, NV6287-03, NV6287-04
(See Table 1)
SYMBOL PARAMETER MIN TYP MAX UNITS CONDITIONS VCC and VB UVLO Characteristics
VCCUV+ VCC UVLO Rising Threshold 8.6 V VCCUV- VCC UVLO Falling Threshold 6.05 V V – BUV+ VB UVLO Rising Threshold (VB VSW) 8.6 V VBUV- VB UVLO Falling Threshold (VB – VSW) 6.05 V
Bootstrap FET Characteristics
IBOOT Bootstrap Charging Current 1.2 A VCC=12V, VB=0V, VSW=0V
Covered part numbers: NV6287-01, NV6287-04
(See Table 1)
SYMBOL PARAMETER MIN TYP MAX UNITS CONDITIONS VCC and VB Supply Characteristics
IQCC-STBY VCC Standby Current 300 µA VINL = 0V, VSW >=VCC IQCC VCC Static Operating Current 1.1 mA VINL = 5V, VINH = 0 V FSW = 500 KHz (INL and IQCC-SW VCC Operating Current 6.8 mA INH @ 50% Duty cycle), VSW=0V V I INH = VINL=0V, VSW=0V, VB QVB-STBY VB Standby Current 210 µA = 15V V I INH=5V, VINL=0V, VSW=0V, QVB VB Static Operating Current 520 µA VB = 15V
Standby Mode Characteristics
Time Out Delay Entering Standby t TO_STBY 90 µs V Mode CC > VCCUV+ VINL=0V First Pulse Propagation Delay, from t ON_FP_LS 58 ns V INL CC > VCCUV+, VINL 5V First Pulse Propagation Delay, from t ON_FP_HS 55 ns V INH CC > VCCUV+, VINH 5V
Covered part numbers: NV6287-02, NV6287-03
(See Table 1)
SYMBOL PARAMETER MIN TYP MAX UNITS CONDITIONS VCC and VB Supply Characteristics
IQCC-STBY VCC Standby Current 875 µA VINL=0V, VSW >=VCC IQCC VCC Static Operating Current 1.2 mA VINL=5V, VINH=0V FSW = 500 KHz (INL and IQCC-SW VCC Operating Current 6.8 mA INH @ 50% Duty cycle), VSW=0V V I INH = VINL = 0V, VSW=0V, QVB-STBY VB Standby Current 340 µA VB=15V V I INH = 5V, VINL = 0V, VSW = QVB VB Static Operating Current 612 µA 0V, VB = 15V
Final Datasheet 6 Rev Apr. 29, 2025
NV6287 7.5. Electrical Characteristics
Typical conditions: V =400V, V =15V, F =1MHz, T =25ºC, I =3.5A (unless otherwise specified) IN CC SW AMB D
Covered part numbers: NV6287-01, NV6287-02, NV6287-03, NV6287-04
(See Table 1)
SYMBOL PARAMETER MIN TYP MAX UNITS CONDITIONS VCC and VB UVLO Characteristics
VCCUV+ VCC UVLO Rising Threshold 8.6 V VCCUV- VCC UVLO Falling Threshold 6.05 V V – BUV+ VB UVLO Rising Threshold (VB VSW) 8.6 V VBUV- VB UVLO Falling Threshold (VB – VSW) 6.05 V
Bootstrap FET Characteristics
IBOOT Bootstrap Charging Current 1.2 A VCC=12V, VB=0V, VSW=0V
Covered part numbers: NV6287-01, NV6287-04
(See Table 1)
SYMBOL PARAMETER MIN TYP MAX UNITS CONDITIONS VCC and VB Supply Characteristics
IQCC-STBY VCC Standby Current 300 µA VINL = 0V, VSW >=VCC IQCC VCC Static Operating Current 1.1 mA VINL = 5V, VINH = 0 V FSW = 500 KHz (INL and IQCC-SW VCC Operating Current 6.8 mA INH @ 50% Duty cycle), VSW=0V V I INH = VINL=0V, VSW=0V, VB QVB-STBY VB Standby Current 210 µA = 15V V I INH=5V, VINL=0V, VSW=0V, QVB VB Static Operating Current 520 µA VB = 15V
Standby Mode Characteristics
Time Out Delay Entering Standby t TO_STBY 90 µs V Mode CC > VCCUV+ VINL=0V First Pulse Propagation Delay, from t ON_FP_LS 58 ns V INL CC > VCCUV+, VINL 5V First Pulse Propagation Delay, from t ON_FP_HS 55 ns V INH CC > VCCUV+, VINH 5V
Covered part numbers: NV6287-02, NV6287-03
(See Table 1)
SYMBOL PARAMETER MIN TYP MAX UNITS CONDITIONS VCC and VB Supply Characteristics
IQCC-STBY VCC Standby Current 875 µA VINL=0V, VSW >=VCC IQCC VCC Static Operating Current 1.2 mA VINL=5V, VINH=0V FSW = 500 KHz (INL and IQCC-SW VCC Operating Current 6.8 mA INH @ 50% Duty cycle), VSW=0V V I INH = VINL = 0V, VSW=0V, QVB-STBY VB Standby Current 340 µA VB=15V V I INH = 5V, VINL = 0V, VSW = QVB VB Static Operating Current 612 µA 0V, VB = 15V
Final Datasheet 6 Rev Apr. 29, 2025
