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Taconic TSM-DS3 PCB Material: Properties & Design

RF multilayers with dimension and thermal-expansion constraints. Use the source context, engineering checks and project tools below to turn the material name into a usable fabrication specification.

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RF circuit photograph supplied for this Taconic update. The image shows conductor geometry; it does not certify a laminate grade or measured RF performance.
RF circuit photograph supplied for this Taconic update. The image shows conductor geometry; it does not certify a laminate grade or measured RF performance.

What to specify for TSM-DS3

Taconic TSM-DS3 is covered here as a named RF material. Older catalogs show different Df values. Use the selected supplier revision, not the smallest figure found online.

FieldSpecification context
Material identityTSM-DS3
Reference Dk3
Reference Df0.0014
Test contextDk: TDS 2.5.5.3; Df: 10 GHz modified stripline
Thermal conductivity0.65 W/m繚K; see specimen/test condition
Supply statusConfirm current grade, thickness, foil and order quantity; no stock promise

Do not miss: Older catalogs show different Df values. Use the selected supplier revision, not the smallest figure found online.

Reference trail: 繚 繚 . Numerical values are typical material references, not purchase acceptance limits, live stock or guaranteed fabricated performance.

TSM-DS3: Dimensional stability across an RF multilayer
TSM-DS3: Dimensional stability across an RF multilayer. Conceptual engineering illustration.

Dimensional stability across an RF multilayer

Multilayer registration and thermal expansion matter alongside dielectric loss. A narrow coupled structure can be sensitive to changes in layer separation or alignment. Define the required conductor geometry and press construction before moving the design between laminate variants.

  • Plan bonding-layer Dk with the core
  • Keep registration and Z-expansion requirements explicit
  • Model connector launches and layer transitions separately
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Taconic PCB Design Workbench

Taconic RF Engineering
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Using this tool & sharing results

Use the stated units, input limits and model assumptions. Results support an engineering discussion; they do not approve a design, process or production order.

After changing inputs, update the result before using it. Where a download or copy action is available, review that brief and attach or paste it into your enquiry. Opening Contact does not transfer these inputs or send a request.

How to use and share tool results

The RF tool uses an editable model Dk; the preset is a supplier reference at its stated method and frequency. It is not a universal design Dk. Blank parameters stay blank until you provide a value. Geometry calculations do not approve a fabrication tolerance.

For microstrip, h is the dielectric separation to the reference plane; for symmetric stripline it is the total plane spacing. Propagation follows 弇g = c/(f���庰eff). Thermal screening uses R = h/(kA). Read the selected model���s exclusions beside the result.

For more geometries and fabrication tolerance context, use the PCB impedance calculator and design guide.

From material callout to fabricated PCB

01

Material release

Name TSM-DS3, the supplier revision, thickness and foil. Separate approved substitutions from suggestions awaiting approval.

02

CAM and stackup

Review layer references, panelization, copper balance, minimum features and finished geometry. Plan bonding-layer Dk with the core.

03

Process definition

Use the applicable laminate and bonding guides. Agree drilling, hole-wall treatment and lamination details for this construction; do not assume a universal FR-4 recipe.

04

Patterning and final build

Control conductor geometry, hole quality, mask openings and finish on exposed RF areas. Include special edges, cavities or connectors in the release.

05

Inspection and acceptance

Define dimensional, netlist and impedance checks. RF loss or phase measurements need a separate coupon/fixture, frequency range and acceptance limit.

Review the manufacturing capability tables for general process limits and quality documentation and acceptance planning for supplier review. A listed material property is not a 勛圖tv test report.

TSM-DS3: material-to-build review
TSM-DS3: material-to-build review. Conceptual engineering illustration.

TSM-DS3 PCB cost & quotation brief

A quote for TSM-DS3 depends on the approved material construction, purchased sheet utilization, quantity, layer count, drilling/lamination work, finish and inspection scope. There is no defensible fixed ���Taconic multiplier��� across these products. For older designations, sourcing confirmation may be the first cost decision.

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Taconic PCB Cost & Quotation Brief

Taconic RF Engineering
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Using this tool & sharing results

Budget outputs are planning scenarios. Check the included costs and rate assumptions; a confirmed quotation requires a review of your files and scope.

After changing inputs, update the result before using it. Where a download or copy action is available, review that brief and attach or paste it into your enquiry. Opening Contact does not transfer these inputs or send a request.

How to use and share tool results

Use the brief without prices, or enter your own setup and fabrication-area allowances to explore a simple two-layer planning range. The tool does not contain verified current supplier rates. Hybrid, multilayer, bonding-film and RF-qualified builds are routed to engineering quotation.

Cost questionInformation to provide
MaterialExact code, thickness, foil, substitutions allowed or prohibited
FabricationGerber/ODB++, drill data, stackup, copper, outline and special features
AcceptanceNet classes, impedance target/tolerance and any RF test fixture
OrderQuantity, requested delivery date, repeat-build needs and assembly scope

TSM-DS3 questions before ordering

What does the TSM-DS3 material name guarantee?

It identifies a material or family to resolve in the supplier documentation. The exact code, thickness, foil and data-sheet revision still need to be specified. It does not guarantee 勛圖tv stock, lead time or an application qualification.

Which Dk should I use in my RF model?

Dk: TDS 2.5.5.3; Df: 10 GHz modified stripline. Use a model Dk appropriate to your geometry and frequency. A process test value is useful reference data but is not automatically the effective permittivity of a microstrip.

Can I replace TSM-DS3 with another Taconic or Rogers grade?

Older catalogs show different Df values. Use the selected supplier revision, not the smallest figure found online. Compare the complete electrical, mechanical and processing requirements, then approve the alternate explicitly.

What design detail deserves the first review?

Plan bonding-layer Dk with the core. Agree panel compensation from the actual laminate and process.

Does a netlist test verify RF performance?

No. Netlist testing checks connectivity. RF performance requires defined measurement structures, frequency range, reference planes and limits. State the required measurement in the RFQ.

How do I obtain a usable quotation?

Send the fabrication files, drill data, stackup, exact material code, quantity and acceptance requirements. Include your requested date; the delivery commitment depends on sourcing and process review.

Next useful references: Taconic PCB manufacturing 繚 full Taconic material directory 繚 Fabrication preparation for TSM-DS3 繚 TSM-DS3M 繚 TSM-DS3b.

Send the design with its material context

Preliminary files are welcome. Identify the design revision and open material decisions so the enquiry can address the actual manufacturing scope.

Send TSM-DS3 files for review