CBB170-XXXXX-XX Precision where boards meet.
Review CBB170-XXXXX-XX using the available catalog data, product view and reference drawings. Confirm the exact variant before design-in.
Every detail, in view.
Representative 60-contact STEP geometry; confirm the selected variant against its controlled drawing.
Examine the connection.
Review the available product views and confirm this variant against the controlled drawing.
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3D model preview
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Pad layout is illustrative; refer to the controlled drawing.
CBB170-XXXXX-XX
Mating height and floating range are not stated on the drawing, so mating is not shown. Positions 20, 30, 40, 50 are built from the factory STEP of another pin count by repeating the pitch cell; lengths follow the dimension table. On 20, 30, 40, 50 the centre pick-up area / housing detail is approximate.
- Model length
- — mm
- Model width
- — mm
- Model height
- — mm
- Pitch
- 0.4 mm
- Product contacts
- 20, 30, 40, 50, 60
- Mated height
- Pending
- Rated current
- 0.3 A max
- Rated voltage
- 50 V AC
- Contact resistance
- 90 mΩ max (initial)
- Operating temperature
- -40 °C to 125 °C
- Mating cycles
- 30 cycles
- Housing
- LCP, UL94 V-0, black
- Contact material
- Phosphor bronze 0.08 mm; hold-down 0.12 mm
- Hold-down
- Pending
See the structure.
Review supplied product and engineering views. Confirm the exact variant against the current controlled drawing.
Another angle.
More context.
This additional image is from the supplied materials. Where it shows a series representative, verify the exact order code before design-in.
PRODUCT VIEWCheck the
geometry.
Use this drawing as a reference for shape and orientation. Request the controlled drawing for the exact part before approving a PCB layout.
ENGINEERING VIEWTwo sides.
One system.
Review the mating counterpart, target stack height and assembly direction together.
Confirm the mating part.
The catalog lists CBB169. Confirm the exact variant, geometry and stack height with engineering.
About this model.
CBB170-XXXXX-XX is a floating board-to-board connector listed in the factory product catalog. Its recorded selection points include 0.4 mm pitch, 20, 30, 40, 50, 60 contacts. The part number should be checked against the board or cable interface before any footprint is released.
The termination method should be confirmed for this exact order code. It names CBB169 as a mating part or series; engineering should confirm the precise counterpart and assembly height. Consider contact assignment, insertion direction, tooling access and the total tolerance stack in the completed product.
Use the specifications and drawings below as a traceable starting point for CBB170-XXXXX-XX. Values shown for a series are not a substitute for a released variant drawing. Request the latest datasheet, confirm any pending fields with engineering and validate the complete assembly under your own project conditions before production design-in.
Engineering, at a glance.
Catalog values below are tied to the product series or variant shown. Request the current controlled datasheet.
01 Mechanical
- Pitch
- 0.4 mm
- Contacts
- 20, 30, 40, 50, 60
- Floating range
- Pending confirmation
- Insertion force
- 0.9 N/pin max
- Withdrawal force
- 0.1 N/pin min
- Contact material
- Phosphor bronze 0.08 mm; hold-down 0.12 mm
- Contact plating
- Ni underplate 50 μin min; D = 4 μin gold on contact
- Mated height
- Pending confirmation
02 Electrical
- Contact resistance
- 90 mΩ max (initial)
- Rated voltage
- 50 V AC
- Rated current
- 0.3 A max
- Withstanding voltage
- Pending confirmation
- Insulation resistance
- Pending confirmation
03 Environmental
- Mating cycles
- 30 cycles
- Operating temperature
- −40 ℃ ~ 125 ℃
04 Mating & assembly
- Mating part
- CBB169
05 Other catalog data
- Housing
- LCP, UL94 V-0, black
Specifications source: factory catalog (PPT, slide 43) / drawing CBB170 rev A. Confirm current controlled documents before design release.
Choose the pin count. Check the geometry.
Dimensions are in mm, following the drawing columns. In formula rows, n is the number of contacts per row.
| PIN count | DIM A (mm) | DIM B (mm) | DIM C (mm) |
|---|---|---|---|
| 20 | 8.2 | 3.6 | 4.8 |
| 30 | 10.2 | 5.6 | 6.8 |
| 40 | 12.2 | 7.6 | 8.8 |
| 50 | 14.2 | 9.6 | 10.8 |
| 60 | 16.2 | 11.6 | 12.8 |
Geometry made legible.
Select a view to open it at full size.
Dimension drawing
Reference drawing
Reference drawing – request the controlled datasheet for design-in
A connector is a system.
Check both halves and the intended stack height before approving a footprint.
Explore assembly contexts.
These guides explain system-level selection questions. The scenes are illustrations, not evidence that this exact model is qualified for an application.
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Precision has a process.
Founded in 2021, Weicheng designs and develops molds, automation equipment and production lines in-house. Approximately 90% of production processes are fully automated.
Explore manufacturing →
01 / PROCESSSTAMPING
02 / PROCESSMOLDING
03 / PROCESSASSEMBLY
04 / PROCESSINSPECTION
05 / PROCESSQUALITYThe files behind the design.
Request current controlled files for this exact model.
Datasheet
Current model specifications
2D drawing
Controlled dimensions and PCB layout
3D model
Mechanical integration file, if available
Good questions. Clear answers.
Where can I review dimensions for CBB170-XXXXX-XX?
The reference drawing and PIN × DIM table appear on this page. Request the controlled datasheet for design-in.
How do I check the mating part for CBB170-XXXXX-XX?
Review the listed mating series and confirm the exact variant and stack height with engineering.
Can I request files or samples for CBB170-XXXXX-XX?
Add the part number to the technical inquiry with your target contact count, quantity and project stage.
Tell us what you are building.
Share the part number, target quantity and project stage.