Equivalent & Substitute Parts for Grayhill 95C06C6T Tactile Switch

Part Overview

The Grayhill 95C06C6T is an SPST-NO tactile switch rated for 0.05A at 12VDC, featuring top actuation through-hole mounting with a 7.00mm actuator height. This component is classified as Active product status and is RoHS Compliant with unlimited moisture sensitivity level (MSL 1).

Substitute parts are identified when equivalent electrical performance, mechanical compatibility, and circuit function can be maintained across different manufacturer offerings. The 95C06C6T has two qualified substitutes from E-Switch's TL6100 series that maintain the same contact rating, circuit topology, and mounting configuration.

Substiute Parts

95C06C6T

Grayhill Inc.In Stock: 85495C06C6T Datasheet

Current PartRFQ

TL6100CF130QP

E-SwitchIn Stock: 818TL6100CF130QP Datasheet

SimilarRFQ

TL6100DF130QP

E-SwitchIn Stock: 1797TL6100DF130QP Datasheet

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Key Parameters

Substitute Part Grouping Explanation

Substitution eligibility for the 95C06C6T is determined by strict equivalence in the following critical parameters:

Mandatory Equivalence Parameters:

• Circuit configuration (SPST-NO)
• Contact rating (0.05A @ 12VDC)
• Switch function (Off-Mom momentary operation)
• Mounting type (Through Hole)
• Termination style (PC Pin)
• Actuator orientation (Top Actuated)
• Actuator material (Polyamide/Nylon)

Allowed Variation Parameters:

• Actuator height off PCB (within mechanical envelope constraints)
• Outline dimensions (within PCB footprint tolerance)
• Operating force (different actuation feel acceptable if circuit function maintained)
• Switch travel distance (mechanical stroke variation)
• Mechanical life rating (higher values acceptable)
• Operating temperature range (wider ranges acceptable)
• Packaging format (Tube vs. other formats)

Both E-Switch TL6100CF130QP and TL6100DF130QP meet all mandatory equivalence criteria and are qualified substitutes for the 95C06C6T.

Parameter Comparison

Engineering Selection Recommendations

Compliance and Regulatory Status: All three parts maintain equivalent regulatory compliance. The 95C06C6T is RoHS Compliant, while both E-Switch substitutes are ROHS3 Compliant, representing enhanced compliance standards. All parts are REACH Unaffected and classified under identical ECCN (EAR99) and HTSUS (8536.50.9031) codes.

Product Status: All three components maintain Active product status, ensuring continued availability and manufacturer support.

Mechanical Considerations: The TL6100CF130QP features a 6.90mm actuator height, which is 0.10mm lower than the 95C06C6T's 7.00mm height. The TL6100DF130QP provides a 10.00mm actuator height, representing a 3.00mm increase. Both E-Switch parts have larger outline dimensions (7.20mm x 7.20mm) compared to the 95C06C6T (6.20mm x 6.20mm). PCB layout and mechanical envelope constraints must be evaluated for each application.

Electrical Performance: Operating force differs significantly: the 95C06C6T requires 520gf actuation force, while both E-Switch substitutes require 130gf. This represents a substantial reduction in required actuation pressure. Switch travel is doubled in the E-Switch parts (0.50mm vs. 0.25mm). These differences affect user interface feel and may impact application suitability.

Environmental Operating Range: E-Switch substitutes provide extended temperature range (-40°C ~ 85°C) compared to the 95C06C6T (-25°C ~ 70°C), offering broader environmental compatibility.

Mechanical Life: E-Switch parts provide 1,000,000 cycle mechanical life rating, compared to 300,000 cycles for the 95C06C6T, representing a 3.33x improvement in rated durability.

Frequently Asked Questions (FAQ)

Q: Can the TL6100CF130QP or TL6100DF130QP be used as direct replacements for the 95C06C6T?

A: Both E-Switch parts maintain electrical equivalence (SPST-NO circuit, 0.05A @ 12VDC contact rating, Off-Mom function, Through Hole mounting, PC Pin termination, Top Actuated orientation). However, mechanical differences exist: actuator height variation (6.90mm or 10.00mm vs. 7.00mm), larger outline dimensions (7.20mm x 7.20mm vs. 6.20mm x 6.20mm), and significantly lower operating force (130gf vs. 520gf). PCB layout compatibility and user interface requirements must be verified before substitution.

Q: What is the primary difference between TL6100CF130QP and TL6100DF130QP?

A: Both parts are electrically and functionally identical. The sole difference is actuator height: TL6100CF130QP provides 6.90mm height, while TL6100DF130QP provides 10.00mm height. Selection depends on mechanical clearance requirements and desired actuator protrusion above the PCB surface.

Q: Are there packaging differences between the main part and substitutes?

A: The 95C06C6T packaging format is not specified in the provided data. Both E-Switch substitutes are supplied in Tube packaging. Packaging format may affect procurement, handling, and assembly processes.

Q: Do the substitute parts meet the same regulatory requirements?

A: Yes. All three parts are RoHS Compliant (95C06C6T is RoHS Compliant; TL6100 series are ROHS3 Compliant, representing enhanced standards), REACH Unaffected, and classified under identical ECCN (EAR99) and HTSUS (8536.50.9031) codes. MSL rating is 1 (Unlimited) for all parts.

Q: How do the operating force differences affect substitution?

A: The 95C06C6T requires 520gf actuation force, while E-Switch substitutes require 130gf. This 4x reduction in required force significantly alters user interface feel and may impact applications where specific actuation pressure is critical to system design or user experience.

Q: What is the mechanical life advantage of the E-Switch substitutes?

A: E-Switch TL6100 series parts provide 1,000,000 cycle mechanical life rating compared to 300,000 cycles for the 95C06C6T. This represents a 3.33x improvement in rated durability and may extend component service life in high-cycle applications.

Q: Are the outline dimension differences critical for PCB compatibility?

A: The E-Switch substitutes have larger outline dimensions (7.20mm x 7.20mm) compared to the 95C06C6T (6.20mm x 6.20mm). This 1.00mm increase in each dimension must be verified against PCB layout constraints, available footprint space, and adjacent component placement to ensure mechanical compatibility.