HP ProBook 6560b FoxConn Cure Schematic
Technical Specifications
Technical Summary
This Foxconn CURE DIS motherboard, revision 0.1, is manufactured by Hon Hai Precision Industry Co. Ltd. and carries document number C152. The power architecture is centered around a TI BQ24726 battery charger supporting a 19.5V 90W/65W adapter and a 3S2P battery pack. Multiple power ICs manage the various voltage rails, including RICHTEK RT8205C for +V3.3A and +V5CP generation, MAX17511 for VCC_CORE, and TPS51218 and TPS51217 for additional core and system voltages. The design incorporates a comprehensive power map with sequenced enable signals such as KBC_PW_ON, SLP_S3#_3R, and SLP_S4#_3R, utilizing MOSFETs like FDC655BN and FDMC7692 for rail switching.
Technician FAQ
Q: What is the charging IC used on this motherboard?
A: The charging IC is a TI BQ24726.
Q: What is the charger architecture?
A: The charger architecture is a Battery Charger supporting a 19.5V 90W/65W adapter and a 3S2P battery pack.
Q: What power ICs are used for voltage regulation?
A: Key power ICs include RICHTEK RT8205C, MAX17511, TPS51218, TPS51217, APL5930, and G2997, along with MOSFETs such as FDC655BN, FDMC7692, and FDN340P.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
Technical Specifications
| Parameter | Value |
|---|---|
| Brand | Foxconn |
| Motherboard Manufacturer | Hon Hai Precision Industry Co. Ltd. |
| Project Code | CURE DIS |
| Revision | 0.1 |
| Date | Tuesday, January 25, 2011 16:22:09 |
| Document Number | C152 |
| Charging IC | TI BQ24726 |
| Charger Architecture | Battery Charger |
| Power IC(s) | RICHTEK RT8205C, MAX17511, TPS51218, TPS51217, APL5930, G2997, G5671RE1U, FDC655BN, FDC655BN, FDC655BN, FDC655BN, FDC655BN, FDN340P, FDMC7692, FDMC7692 |
Technical Summary
This Foxconn CURE DIS motherboard, revision 0.1, is manufactured by Hon Hai Precision Industry Co. Ltd. and carries document number C152. The power architecture is centered around a TI BQ24726 battery charger supporting a 19.5V 90W/65W adapter and a 3S2P battery pack. Multiple power ICs manage the various voltage rails, including RICHTEK RT8205C for +V3.3A and +V5CP generation, MAX17511 for VCC_CORE, and TPS51218 and TPS51217 for additional core and system voltages. The design incorporates a comprehensive power map with sequenced enable signals such as KBC_PW_ON, SLP_S3#_3R, and SLP_S4#_3R, utilizing MOSFETs like FDC655BN and FDMC7692 for rail switching.
Technician FAQ
Q: What is the charging IC used on this motherboard?
A: The charging IC is a TI BQ24726.
Q: What is the charger architecture?
A: The charger architecture is a Battery Charger supporting a 19.5V 90W/65W adapter and a 3S2P battery pack.
Q: What power ICs are used for voltage regulation?
A: Key power ICs include RICHTEK RT8205C, MAX17511, TPS51218, TPS51217, APL5930, and G2997, along with MOSFETs such as FDC655BN, FDMC7692, and FDN340P.
Technical data structured and organized by Dr-Bios.com, based on original schematic source analysis.
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