Yangzhou Jingcheng Electronics Co., Ltd. is professional in designing, developing, producing, sales and service of RF (Radio Frequency) coaxial connectors.
Modern wireless, measurement, navigation, communication, and embedded electronics systems often combine components that use different coaxial interface families. A device may provide an SMA connection for secure external access while an internal module, antenna, or compact cable assembly uses an MMCX interface. Connecting these two systems reliably requires more than a simple mechanical fit. The adapter must maintain controlled RF transmission, provide appropriate mating geometry, withstand installation and service conditions, and support consistent performance across repeated production batches.
The JC3.640.758 SMA-MMCX-JK is an SMA-to-MMCX adapter designed for this type of interconnection requirement. Its product designation indicates an SMA-to-MMCX configuration, with “SMA” representing one side of the adapter and “MMCX” representing the compact coaxial interface on the other side. The “JK” suffix is commonly used in connector nomenclature to identify a particular gender or interface arrangement. Because connector coding can vary among manufacturers and product families, the exact mating configuration should always be confirmed against the applicable product drawing and ordering documentation before purchase.
This article examines the adapter’s role, construction considerations, application value, selection criteria, manufacturing background, quality advantages, and practical installation methods. It also explains why a purpose-designed RF adapter can be more effective than an improvised cable transition or a low-cost, poorly controlled alternative. The discussion is intended for engineers, purchasing teams, system integrators, distributors, and product designers who need a compact and dependable SMA-to-MMCX connection.
JC3.640.758 SMA-MMCX-JK
Content
The JC3.640.758 SMA-MMCX-JK belongs to the broad family of RF coaxial adapters. Its primary function is to connect equipment, cables, circuit boards, antennas, or test fixtures using an SMA interface to a component using an MMCX interface. In practical terms, it serves as a mechanical and electrical bridge between a comparatively robust threaded RF connection and a smaller snap-on coaxial connection.
SMA connectors are widely used in RF equipment because they offer a compact threaded coupling mechanism and dependable retention. They are common on test instruments, radios, cellular equipment, GPS and navigation devices, antennas, filters, amplifiers, and industrial communication products. MMCX connectors are smaller and are frequently selected where board space, equipment thickness, or cable routing flexibility is important. They are often found in compact wireless modules, embedded antennas, portable equipment, and internal cable assemblies.
An adapter between these two connector families allows designers to combine components that were not originally designed with the same interface. This can simplify procurement, enable the use of existing antennas or cables, support product revisions, and reduce the need to redesign a complete RF assembly. It can also be useful during engineering evaluation, laboratory testing, field replacement, and low-volume prototype construction.
The adapter is especially valuable when the system requires a direct transition rather than a longer jumper cable. A direct adapter can occupy less space, reduce the number of separate mating interfaces, and provide a clean connection between two compatible components. In a well-designed RF layout, fewer transitions may also help reduce opportunities for mismatch, mechanical movement, and assembly error.
The performance of an SMA-to-MMCX adapter depends on both interfaces being correctly specified. Connector gender, polarity, keying, impedance, mounting style, and coupling method must all match the intended application. An adapter that is mechanically similar but electrically or physically incompatible can lead to poor contact, unstable operation, or permanent damage to the mating connector.
The JC3.640.758 product title identifies the transition as SMA-MMCX-JK. The exact meaning of the final designation should be checked in the manufacturer’s technical documentation. Depending on the company’s coding system, it may refer to a jack, female, or another defined interface form. Engineers should compare the adapter with the mating SMA plug, SMA jack, MMCX plug, MMCX jack, or cable assembly specified for the project.
Correct mating is particularly important for MMCX interfaces. The small size of MMCX connectors makes them attractive for compact designs, but it also means that the mating mechanism and contact geometry must be handled carefully. Excessive force, angular loading, or repeated side pressure can affect the connector’s mechanical life. A correct adapter provides the intended contact arrangement and helps the user make the transition without modifying the original component.
Electrical compatibility must also be considered. RF systems commonly use a nominal impedance of 50 ohms, although other impedance families exist in certain applications. The adapter should be selected to match the impedance of the connected equipment and cable. A mismatch can cause signal reflection, insertion loss, reduced power transfer, and measurement error. The product drawing and electrical specification should be used to verify the rated frequency range, return loss, voltage standing wave ratio, insertion loss, power capability, and insulation resistance for the specific order configuration.
| Selection Item | Why It Matters | Recommended Verification |
|---|---|---|
| Interface family | Determines whether the adapter mates mechanically with the equipment or cable. | Confirm SMA and MMCX interface types from drawings or part numbers. |
| Gender and polarity | Prevents incompatible or unsafe mating combinations. | Verify plug, jack, male, female, and reverse-polarity requirements. |
| Impedance | Influences signal reflection and RF transfer efficiency. | Match the adapter with the system impedance, commonly 50 ohms. |
| Frequency range | Determines whether the adapter can support the operating band. | Check the manufacturer’s tested frequency specification. |
| Mounting arrangement | Affects installation space and mechanical stability. | Confirm straight, right-angle, bulkhead, board, or cable configuration. |
| Material and finish | Affects conductivity, corrosion resistance, wear, and appearance. | Review the technical specification and environmental requirements. |
| Quantity and consistency | Influences production yield and replacement compatibility. | Use a qualified supplier with controlled batch manufacturing. |
The most direct advantage of the JC3.640.758 is its ability to connect two common but differently sized RF interfaces. Designers can use an SMA-equipped instrument, antenna, or cable with an MMCX-equipped module without redesigning either component. This is valuable in development laboratories, field-service operations, and production environments where multiple interface standards must coexist.
A compact adapter can also help preserve the original form factor of a product. Replacing an MMCX connection with a larger interface may consume valuable board area or housing volume. Conversely, converting an SMA connection to a smaller interface can provide access to compact components while maintaining compatibility with existing equipment. The adapter therefore supports practical design reuse rather than forcing every subsystem to adopt one connector family.
A custom cable assembly can be an excellent solution when a system needs a defined length, flexible routing, or strain relief. However, it may also introduce additional lead time, tooling requirements, minimum order quantities, and inventory complexity. A direct SMA-to-MMCX adapter can be a more efficient option when the connected components are already close together or when a temporary test connection is required.
Using a standardized adapter can simplify procurement. Instead of ordering a different cable for every equipment combination, a manufacturer may keep a controlled stock of compatible adapters and use them in development, testing, maintenance, or service operations. This approach can shorten project schedules and make replacement planning easier.
The SMA side of the transition generally provides the benefit of a threaded coupling system, while the MMCX side offers a compact snap-on connection. This combination is useful when one side requires stronger external retention and the other side must fit within a small equipment enclosure. The threaded side can help secure a connection during equipment handling, while the compact side can serve an internal module or cable assembly.
For service teams, an adapter may allow a technician to connect a standard SMA test cable to a compact MMCX-equipped product. This can support troubleshooting, antenna verification, signal monitoring, and production testing without permanently changing the device under evaluation.
A properly designed coaxial adapter maintains a continuous signal path through the center contact, dielectric support, and outer conductor. The transition geometry is important because abrupt changes in conductor dimensions can create impedance discontinuities. A professional RF adapter is developed to control these changes as effectively as possible within the mechanical size and interface requirements.
This does not mean that every adapter performs identically in every frequency band. Actual performance depends on design, materials, manufacturing precision, mating quality, and frequency. Nevertheless, a purpose-designed component is generally more dependable than a manually modified connector or an improvised combination of mismatched parts. The manufacturer’s test data should be used to determine suitability for demanding applications.
The adapter can support many types of RF equipment, including wireless communication devices, radio modules, positioning equipment, test fixtures, antenna systems, telemetry products, industrial controls, and embedded electronics. It may be used for engineering validation, production testing, laboratory interconnection, maintenance, or final equipment integration.
Its value is not limited to one industry. The same transition concept can be used wherever a reliable connection is needed between a standard SMA interface and a compact MMCX interface. This broad applicability makes it suitable for distributors and system integrators that serve customers with varying connector requirements.
An RF adapter consists of more than a visible metal shell. Its internal structure normally includes a center contact, outer conductor, insulating or dielectric support, coupling components, and protective surface finishes. Each element contributes to electrical performance, mechanical durability, or environmental reliability.
The center contact carries the RF signal from one connector interface to the other. Its dimensions, alignment, surface condition, and contact force influence electrical continuity and high-frequency behavior. A stable center contact should provide reliable engagement without excessive insertion force or unnecessary deformation.
In production, contact components must be formed and assembled consistently. Dimensional variation can affect mating performance, contact resistance, and impedance. A manufacturer with appropriate tooling, inspection, and process controls can reduce these variations across production batches.
The outer conductor provides the return path for the RF signal and contributes to electromagnetic shielding. The external housing also protects the internal structure and supports the coupling mechanism. Good concentricity between the center contact and outer conductor is important for maintaining a controlled coaxial path.
The external finish may also influence corrosion resistance, solderability, wear behavior, and visual quality. The proper material and plating system should be selected according to the intended environment, mating frequency, power level, and customer specification.
The insulating material holds the center contact in the required position and separates it from the outer conductor. Its dielectric properties influence the RF characteristics of the adapter. Its mechanical stability also affects the ability of the connector to withstand assembly, vibration, and temperature changes.
Material selection should take into account operating temperature, frequency, moisture exposure, and manufacturing method. The appropriate material system is determined by the product design and the technical requirements of the customer’s application.
The SMA interface uses a threaded coupling concept, while the MMCX interface uses a compact mating arrangement. The coupling features must be produced to the applicable dimensional standards so that the adapter can mate with compatible products from other qualified sources. Thread quality, shoulder geometry, contact alignment, and mating depth all contribute to the user’s experience and the stability of the assembled connection.
Interoperability is one of the most important advantages of standards-based RF connectors. A well-controlled adapter allows customers to combine components from multiple equipment manufacturers while maintaining a predictable mechanical interface. This reduces dependence on a single proprietary system.
Yangzhou Jingcheng Electronics Co., Ltd. was founded in 1999 and specializes in the design, development, production, sales, and service of RF coaxial connectors and related products. Its product portfolio includes more than 2,000 types of coaxial connectors, adapters, reverse polarity connectors, coaxial lightning protectors, high-frequency cables and cable assemblies, attenuators, terminal loads, antennas, and other RF interconnection products.
This breadth is important for the production of an SMA-to-MMCX adapter. A company that works across numerous RF product families develops experience with different interface standards, contact structures, materials, machining requirements, cable configurations, and application conditions. That experience can support faster product adaptation and more informed engineering decisions when customers require a standard part or a customized variation.
The manufacturing process begins with product definition and engineering review. The required interface configuration, dimensions, electrical characteristics, environmental conditions, and production quantity must be understood before tooling and process planning begin. For a product such as the JC3.640.758, engineering work may include interface modeling, center-contact design, housing design, dielectric support selection, tolerance analysis, and inspection planning.
Engineering teams must balance compact size with mechanical strength and RF performance. A smaller connector can save space, but it may demand tighter dimensional control and more careful assembly. A robust engineering process identifies these trade-offs before production and establishes the controls needed to maintain consistent results.
RF connector components often require precise machining, stamping, forming, or a combination of these processes. The center contact and outer shell must be manufactured within defined dimensional limits. Threaded sections require accurate profiles, while small MMCX components require controlled geometry for proper snap-on engagement.
Advanced manufacturing equipment helps support repeatable production. Process capability depends not only on the machine itself but also on tooling condition, material preparation, operator training, maintenance, and measurement practices. Regular inspection can identify dimensional drift before it affects a large production batch.
Surface treatment is used to support conductivity, corrosion resistance, wear performance, and appearance. The selected finish must be compatible with the connector’s intended electrical and environmental requirements. Consistent cleaning, plating, drying, and handling processes help reduce contamination and cosmetic defects.
For RF products, surface condition can influence contact resistance and long-term mating behavior. Quality control should therefore address more than visual appearance. It should also consider plating adhesion, thickness where specified, cleanliness, and compatibility with the mating components.
Assembly is a critical stage because the RF path depends on accurate alignment between the center contact, dielectric support, and outer conductor. Poor alignment may cause mechanical interference, unstable contact, or degraded high-frequency performance. Assembly fixtures and standardized work instructions can help maintain repeatability.
Controlled assembly also reduces the risk of incorrect component orientation, incomplete seating, contamination, and damage to small contact features. For products manufactured in multiple configurations, clear part identification and process traceability are particularly important.
Yangzhou Jingcheng Electronics Co., Ltd. is described as having advanced manufacturing and testing equipment, strong technical capabilities, rigorous quality systems, and professional R&D and engineering teams. These capabilities support the inspection of mechanical and electrical characteristics throughout production.
Typical RF connector verification may include dimensional inspection, visual examination, continuity testing, insulation testing, contact resistance evaluation, mating checks, and high-frequency testing. Depending on the product specification, testing may also include voltage standing wave ratio, return loss, insertion loss, dielectric withstand, environmental exposure, and mechanical endurance.
The exact tests applied to the JC3.640.758 should be confirmed in the product specification or quality agreement. The important principle is that a reliable supplier does not rely solely on final visual inspection. Quality must be built into material control, machining, assembly, testing, packaging, and shipment procedures.
Customers often compare RF adapters primarily by price. Price is important, but the lowest initial purchase cost does not always produce the lowest total cost. An adapter with inconsistent dimensions may create assembly delays, intermittent faults, RF test failures, field returns, or repeated replacement requirements.
The JC3.640.758 can offer a stronger value proposition when it is produced under controlled engineering and manufacturing conditions. Consistent mating geometry can reduce installation problems. Stable electrical characteristics can support more repeatable testing. Reliable materials and finishes can improve service life. Professional technical support can also help customers identify the correct configuration before ordering.
Compared with an unverified generic alternative, a product from an established RF connector manufacturer may provide better documentation, greater configuration support, and more dependable batch-to-batch consistency. This is especially relevant for commercial products that require repeat production rather than one-time laboratory use.
Compared with a custom cable, a direct adapter may provide a simpler and more compact installation. It can eliminate cable length selection, cable routing, termination quality concerns, and connector overmolding requirements. However, a cable remains preferable where flexibility, vibration isolation, remote positioning, or strain relief is essential. The best choice depends on the mechanical and electrical requirements of the application.
Wireless equipment frequently uses multiple connector sizes because internal modules and external antenna ports have different space and service requirements. An SMA-to-MMCX adapter can connect a compact radio module to an external test cable, antenna, or evaluation fixture. It may also support design changes when a module supplier changes the interface without changing the complete system architecture.
Navigation receivers and positioning equipment often use compact RF modules and antenna connections. An adapter can assist during development and production testing by connecting the module to standard laboratory equipment. It can also help service personnel verify the RF path without removing the complete assembly.
Antenna systems may use SMA interfaces for external access while compact antennas or pigtails use MMCX. The adapter makes it easier to connect these components during tuning, signal measurement, and installation. Engineers should verify the frequency range, return loss, and power rating when the adapter is used in a measurement setup.
Industrial equipment often requires compact internal wiring and robust external service connections. The SMA-to-MMCX transition can help separate these requirements. A compact MMCX connection may fit near a circuit board, while the SMA side may provide a more familiar access point for maintenance or testing.
Test fixtures frequently need to accommodate products with different connector layouts. A modular adapter allows a fixture to support multiple configurations without requiring a complete redesign. It may be used for signal injection, receiver sensitivity testing, transmitter output measurement, antenna verification, cable testing, or functional inspection.
Service organizations can use adapters to connect standard test equipment to products with less common or compact interfaces. This can reduce diagnostic time and help technicians avoid making permanent changes to the customer’s equipment. The adapter should be handled carefully, particularly when the MMCX side is connected to a small board-mounted receptacle.
Before installation, inspect both mating interfaces for contamination, bent contacts, damaged threads, foreign particles, or signs of excessive wear. Small particles can interfere with RF contact and may damage the mating surfaces. If cleaning is necessary, use a method compatible with the connector materials and the equipment manufacturer’s instructions.
Align the SMA and MMCX interfaces carefully before applying coupling force. The SMA thread should engage smoothly by hand. If the threads do not start easily, stop and realign the components rather than forcing them. Cross-threading can damage both the adapter and the mating connector.
Where a torque specification is provided, use the recommended torque tool. Excessive tightening may damage the connector, deform the mating interface, or create unnecessary stress on the attached equipment. Insufficient tightening may allow loosening during vibration or handling.
For the MMCX side, apply force along the connector’s mating axis. Avoid twisting or applying side loads while pressing the connector into place. If the connector is mounted directly on a circuit board, support the board or housing so that the mating force does not transfer excessive stress to the solder joints or substrate.
Do not use the adapter as a structural handle or allow a heavy cable to hang from a small MMCX connection. Where cable movement is expected, provide strain relief or use a suitable cable assembly. A direct adapter is most effective when the connected components are mechanically supported independently.
After installation, verify that the connection is fully seated and that the adapter does not rotate unexpectedly. In a production environment, electrical continuity and RF performance checks can confirm that the connection is operating as intended. For high-frequency systems, a visual check alone may not reveal an impedance or contact problem.
Purchasers should provide complete interface information when requesting the JC3.640.758 or a similar product. The request should identify the SMA interface, MMCX interface, gender or polarity, impedance, frequency range, mounting arrangement, quantity, packaging requirements, environmental conditions, and any applicable industry or customer standards.
If the standard configuration does not meet the application, a manufacturer with broad RF product capabilities may be able to support customization. Possible customization areas can include interface gender, body shape, plating, mounting dimensions, cable attachment, right-angle orientation, packaging, labeling, or special testing. Any customized design should be reviewed for electrical and mechanical effects before mass production.
Customers should also ask for drawings, product specifications, sample approval procedures, inspection standards, and test reports where appropriate. For regulated, safety-critical, or high-reliability applications, the quality agreement should define material requirements, change notification, traceability, acceptance criteria, and environmental testing.
Yangzhou Jingcheng Electronics Co., Ltd. provides standard, customized, and specialized interconnection solutions for diverse industries. Its experience with connectors, adapters, lightning protectors, cables, attenuators, terminal loads, and antennas can be useful when a project requires more than one RF component or when a connector must be integrated into a wider signal chain.
An RF adapter is a small component, but it can influence the performance of an entire communication or measurement system. A supplier’s technical capability therefore matters as much as the basic connector dimensions. Design competence helps ensure that the transition is suitable for the target frequency and application. Manufacturing competence supports dimensional repeatability. Testing competence provides evidence that the finished product meets its specification.
A supplier with its own engineering and production resources can often respond more effectively to technical questions. It may be able to review a customer drawing, recommend a compatible interface, identify a polarity issue, propose a substitute, or develop a modified configuration. These capabilities are particularly valuable when the application involves multiple connectors, unusual packaging, or changing production requirements.
Yangzhou Jingcheng Electronics Co., Ltd. has operated in the RF connector field since 1999. Its long-term specialization and broad product range provide a foundation for serving both standard and project-specific requirements. The company’s stated combination of advanced manufacturing and testing equipment, quality systems, R&D resources, and engineering teams supports a production approach focused on consistency and application suitability.
Reliability begins with correct product selection. Even a well-made adapter can fail to perform if its connector gender, impedance, frequency range, or mechanical form is wrong for the application. Customers should therefore confirm the complete specification rather than selecting solely by visual similarity.
Once the correct configuration has been selected, manufacturing consistency becomes central to lifecycle value. Stable dimensions reduce mating problems. Reliable contact materials reduce intermittent connections. Appropriate surface finishes help resist wear and corrosion. Controlled assembly protects the internal RF path. Packaging and handling prevent damage before the product reaches the customer.
Lifecycle value also includes availability and replacement compatibility. A product supported by a broad catalog and established production capability may be easier to source over the life of a project. For equipment manufacturers, this can reduce the risk associated with redesigns, supplier changes, and service inventory shortages.
For distributors, a versatile SMA-to-MMCX adapter can complement a wider RF product portfolio. It can be offered alongside coaxial cables, lightning protectors, antennas, attenuators, terminal loads, and other interconnection products. This allows distributors to provide a more complete solution instead of treating the adapter as an isolated commodity.
When evaluating the JC3.640.758 for a new design, begin by identifying the exact mating connector on each side. Confirm whether the required interfaces are SMA male, SMA female, SMA plug, SMA jack, MMCX plug, MMCX jack, or a reverse-polarity version. Do not assume that visually similar connectors are interchangeable.
Next, confirm the electrical requirements. Review the nominal impedance, maximum operating frequency, return loss or voltage standing wave ratio, insertion loss, power level, insulation resistance, and dielectric withstand requirements. If the product will be used for precision measurement, pay particular attention to calibration uncertainty and adapter repeatability.
Then evaluate the mechanical environment. Consider available clearance, connector orientation, cable weight, vibration, shock, temperature, humidity, salt exposure, and the number of expected mating cycles. A compact direct adapter may be ideal for a protected laboratory assembly but less suitable for an exposed installation with repeated movement.
Finally, assess supply and quality requirements. Confirm sample availability, production lead time, minimum order quantity, packaging, inspection documentation, change-control procedures, and technical support. A complete evaluation helps prevent late-stage problems after the design has already entered production.
It is an RF coaxial adapter intended to connect an SMA interface with an MMCX interface. It provides a compact mechanical and electrical transition between these two connector families. The exact gender and polarity configuration should be confirmed from the manufacturer’s drawing because suffix conventions can vary.
An adapter preserves the original equipment and avoids redesigning or reterminating the connected components. It can reduce development time, support equipment reuse, and provide a convenient solution for testing, servicing, or integrating components with different interface standards.
No. RF performance depends on the adapter design, materials, dimensions, and manufacturing precision. The operating frequency, return loss, insertion loss, and other electrical data should be checked against the application requirement before use.
Only if the specific adapter configuration is designed for that purpose. Standard and reverse-polarity connectors are not automatically interchangeable. The customer should identify the required polarity and request the corresponding product configuration.
Verify the SMA and MMCX interface types, gender, polarity, impedance, frequency range, mounting form, dimensions, environmental conditions, and quantity. A drawing or sample comparison is recommended when the connector will be integrated into a production assembly.
Yangzhou Jingcheng Electronics Co., Ltd. provides standard, customized, and specialized interconnection solutions. Depending on the project, customization may involve interface configuration, dimensions, materials, plating, orientation, cable integration, packaging, or special testing. Engineering review is required to confirm feasibility.
Align the connector carefully and apply force along the mating axis. Avoid twisting, side loading, or using the adapter as a lever. If the MMCX receptacle is mounted on a circuit board, support the board or housing to limit stress on the solder joints.
Use the torque value specified by the connector or equipment manufacturer. If no value is available, follow the applicable connector standard and installation guidance. Avoid excessive tightening because it can damage the threads, contacts, or connected equipment.
A professional adapter is more likely to benefit from controlled materials, accurate tooling, stable assembly, documented testing, and consistent batch production. These factors can reduce mating problems, intermittent faults, RF measurement variation, and premature replacement.
Potential users include wireless equipment manufacturers, antenna designers, navigation and positioning developers, industrial electronics companies, laboratories, test-fixture builders, maintenance organizations, distributors, and system integrators that need to connect SMA and MMCX RF interfaces.
The JC3.640.758 SMA-MMCX-JK addresses a common challenge in RF system integration: connecting a robust, widely used SMA interface with a compact MMCX interface. Its value lies in enabling component reuse, simplifying equipment access, supporting laboratory and production testing, and reducing the need for immediate custom redesigns.
The adapter should be selected based on complete mechanical and electrical information, including interface gender, polarity, impedance, frequency range, dimensions, and environmental requirements. Correct installation is equally important. Proper alignment, controlled tightening, clean mating surfaces, and adequate mechanical support help preserve the intended performance of the connection.
Its broader advantage is supported by the manufacturing and engineering capabilities of Yangzhou Jingcheng Electronics Co., Ltd. Founded in 1999, the company specializes in RF coaxial connectors and related products and offers more than 2,000 product types. Its product scope, advanced manufacturing and testing equipment, quality systems, R&D resources, and engineering teams provide a strong foundation for standard and customized RF interconnection solutions.
For organizations seeking a practical SMA-to-MMCX transition, the JC3.640.758 can be considered as part of a controlled RF interconnection strategy. Final approval should be based on the official technical drawing, current electrical specifications, sample evaluation, and the requirements of the intended application.
1. International Electrotechnical Commission, standards and technical guidance for radio-frequency connectors and coaxial interconnection systems.
2. Institute of Electrical and Electronics Engineers, technical literature on RF transmission lines, impedance matching, return loss, and connector discontinuities.
3. Mechanical and electrical interface specifications for SMA coaxial connectors, including coupling, dimensional compatibility, and application practices.
4. Mechanical and electrical interface specifications for MMCX miniature coaxial connectors, including mating geometry and compact equipment applications.
5. General engineering references on coaxial cable assemblies, RF adapter design, contact resistance, dielectric materials, and high-frequency signal integrity.
6. Yangzhou Jingcheng Electronics Co., Ltd., product information and corporate technical materials for RF coaxial connectors, adapters, lightning protectors, cable assemblies, attenuators, terminal loads, and antennas.
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