Semiconductor components encounter mechanical forces during manufacturing, shipping, installation, and operation. These forces can affect materials, connections, packages, and complete assemblies. Semiconductor material testing helps organizations study how their products respond under defined conditions.
The Applied Technical Services Family of Companies (ATS FoC) provides semiconductor material testing services for semiconductor manufacturers, developing project scopes around client components, objectives, and specified requirements. Our team uses controlled procedures to produce clear, traceable test data.
What Does Semiconductor Material Testing Examine?
Semiconductor material testing can address the strength, durability, and mechanical response of a component or material. The appropriate method depends on the sample design and the conditions under evaluation. Some projects focus on small interconnections within a microelectronic package. Others evaluate packaged devices, supporting materials, or larger electronic assemblies. Testing may apply a single load or repeat forces over time. ATS offers several mechanical methods for semiconductor applications:
- Wire bond shear testing
- Wire bond pull testing
- Mechanical shock testing
- Vibration testing
- Drop testing
- Fatigue testing
- Compression testing
These methods do not answer the same question. Our team reviews the test objective before recommending or performing a procedure. This review helps align the selected method with the client’s intended use.
Which Test Methods Fit Common Semiconductor Concerns?
Wire bond shear testing applies a controlled lateral force to a bonded connection. It often helps clients evaluate ball bond strength and observe where separation occurs. Wire bond pull testing applies an upward force to a wire connection. The resulting data can support process comparisons, production monitoring, or investigations involving bond integrity. Shock testing exposes a sample to a short-duration mechanical input. It can help clients assess how a device responds to sudden forces associated with handling or service conditions.
Vibration testing applies controlled motion across defined frequencies or profiles. Manufacturers may use it to evaluate components intended for vehicles, aircraft, industrial equipment, or other dynamic environments. Drop testing examines a product’s response to impact after a specified fall. The method may suit packaged components, electronic devices, or shipping-related evaluations. Fatigue testing uses repeated loading to study performance over a selected number of cycles. Compression testing measures behavior under a crushing or compressive force. Both methods can provide useful data for materials, packages, and assemblies.
Who Uses Semiconductor Material Testing Services?
Semiconductor manufacturers may need mechanical data during research, design verification, and process development. Testing can help teams compare prototypes or evaluate changes before broader implementation.
Component suppliers and contract manufacturers may use testing for quality programs or customer requirements. Independent results can also support discussions between supply chain partners. Clients that commonly request our services include:
- Integrated circuit and microelectronic manufacturers
- Automotive electronics suppliers
- Aerospace and defense contractors
- Medical device companies
- Telecommunications equipment manufacturers
- Consumer electronics producers
- Materials and packaging suppliers
- Research and development laboratories
Testing requirements vary by industry and application. Some projects follow a recognized standard. Others use client-developed procedures or product-specific conditions. We document the agreed approach and identify relevant limitations.
How Does ATS Build an Effective Semiconductor Testing Program?
We begin by reviewing the sample, test purpose, and requested conditions. Important details may include component dimensions, material type, mounting needs, load levels, and acceptance criteria. Our team then selects suitable equipment and establishes the test sequence. For multi-method programs, we consider whether the order of tests could influence later results. We discuss these considerations before testing starts.
During the project, our technicians monitor test conditions and record the requested measurements. Reports may include procedures, equipment details, force data, test profiles, observations, and sample identification. Results require context. A measured value may support a comparison without predicting every service condition. We avoid unsupported conclusions and distinguish recorded findings from client-defined acceptance decisions.
Professional communication remains part of every project. We address sample access concerns, unusual geometry, and specification questions as they arise. This approach helps reduce delays and keeps the work aligned with its purpose. ATS performs semiconductor material testing in our ISO 9001:2015-registered, ISO/IEC 17025:2017-accredited testing laboratories.
Contact Us
ATS supports semiconductor testing programs ranging from focused bond evaluations to broader mechanical assessments. Give us a call at +1 (888) 287-5227 or submit a request form on this page to discuss your components and schedule semiconductor material testing.
