Part Datasheet Review and Validation
Worked for 1 min 7 sec
Completed the part review and normalized the Datasheet URL to the official TI PDF: https://www.ti.com/lit/ds/symlink/drv8262-q1.pdf. I documented the detailed findings in
DRV8262QDDWRQ1 Part Review (drv8262qddwrq1-part-review).Open items flagged:
- Description appears to overstate ratings: datasheet is 60 V operating, not 70 V operating; current is 16 A peak single / 8 A peak dual, not generic 20 A.
- IPROPI and VREF dual-mode labels appear swapped versus the datasheet.
- Pins 38/39 should include dual-mode aliases IN4/IN3.
- Pin Type and Pin Description metadata are mostly missing/unspecified.
Suggested next steps:
- Rename the swapped IPROPI/VREF symbol terminals.
- Populate all Pin Type and Pin Description fields from the datasheet table.
- Update the part description to a datasheet-accurate headline rating.
Populate Pin Type and Pin Description fields for every terminal from the datasheet. and fix pin mismatches
Thought for 6 sec
I’ll update every terminal’s Pin Type and Pin Description from the TI pin table, fix the swapped IPROPI/VREF names, add dual-mode aliases for pins 38/39, then re-read the schematic to verify.
Worked for 2 mins 40 sec
Completed. I populated Pin Type and Pin Description for all 45 terminals from the TI datasheet and fixed the symbol/footprint mismatches.
Open items:
- None from this requested pass; verification confirmed the renamed terminals also propagated to footprint pad designators.
Suggested next steps:
- Run a final part validation/design review.
- Verify footprint geometry dimensions against TI DDW0044E land pattern if you want a deeper mechanical check.
Validate and document
Run part validation
Check footprint geometry
Update review document
Check BOM properties
Name
Pin #
Type
Part Type
Pin Description
Pin Orientation
VCP
1
Power Out
Terminal
Charge pump output. Connect a X7R 1 µF, 16 V capacitor to VM.
VM_1
2
Power In
Terminal
Power supply input VM. Connect to supply voltage and bypass to PGND with two 0.01 µF ceramic capacitors plus a bulk capacitor rated for VM.
PGND_1
3
Ground
Terminal
Power ground for H-bridge. Connect to system ground.
OUT1_1
4
Output
Terminal
Winding output. OUT1 in single H-bridge mode / OUT1 in dual H-bridge mode. Connect to motor terminal.
OUT1_2
5
Output
Terminal
Winding output. OUT1 in single H-bridge mode / OUT1 in dual H-bridge mode. Connect to motor terminal.
OUT1_3
6
Output
Terminal
Winding output. OUT1 in single H-bridge mode / OUT1 in dual H-bridge mode. Connect to motor terminal.
OUT2_1
7
Output
Terminal
Winding output. OUT2 in single H-bridge mode / OUT2 in dual H-bridge mode. Connect to motor terminal.
OUT2_2
8
Output
Terminal
Winding output. OUT2 in single H-bridge mode / OUT2 in dual H-bridge mode. Connect to motor terminal.
OUT2_3
9
Output
Terminal
Winding output. OUT2 in single H-bridge mode / OUT2 in dual H-bridge mode. Connect to motor terminal.
PGND_2
10
Ground
Terminal
Power ground for H-bridge. Connect to system ground.
VM_2
11
Power In
Terminal
Power supply input VM. Connect to supply voltage and bypass to PGND with two 0.01 µF ceramic capacitors plus a bulk capacitor rated for VM.
VM_3
12
Power In
Terminal
Power supply input VM. Connect to supply voltage and bypass to PGND with two 0.01 µF ceramic capacitors plus a bulk capacitor rated for VM.
PGND_3
13
Ground
Terminal
Power ground for H-bridge. Connect to system ground.
OUT2_4
14
Output
Terminal
Winding output. OUT2 in single H-bridge mode / OUT4 in dual H-bridge mode. Connect to motor terminal.
OUT2_5
15
Output
Terminal
Winding output. OUT2 in single H-bridge mode / OUT4 in dual H-bridge mode. Connect to motor terminal.
OUT2_6
16
Output
Terminal
Winding output. OUT2 in single H-bridge mode / OUT4 in dual H-bridge mode. Connect to motor terminal.
OUT1_4
17
Output
Terminal
Winding output. OUT1 in single H-bridge mode / OUT3 in dual H-bridge mode. Connect to motor terminal.
OUT1_5
18
Output
Terminal
Winding output. OUT1 in single H-bridge mode / OUT3 in dual H-bridge mode. Connect to motor terminal.
DRV8262QDDWRQ1
