Rosenberger HFM to SMA Dual RF Cable
Product Specifications
| Item | Specification |
|---|---|
| Coding | Z Code |
| SMA Male Model | SMA-J2-3 |
| SMA Female Model | SMA-KY-2 |
| Cable Type | Dacar302-4 |
| HFM Male Model | AMS11B-1M4Z5-Z |
| HFM Female Model | AMK16B-1M4Z5-Z |
| Signal Type | RF Coaxial Signal |
| Channel Count | Two Independent RF Channels |
| Connector Gender | HFM Male or Female, SMA Male or Female |
| Interface | Rosenberger HFM Dual Cavity to Dual SMA |
| Product Type | Automotive Dual Channel RF Coaxial Cable Assembly |
| Cable Length | 0.1m, 0.15m, 0.2m, 0.25m, 0.3m, 0.4m, 0.5m, 0.6m, 0.8m, 1m, 1.5m, 2m |
| Custom Options | Cable length, connector combination, channel identification, labeling and packaging |
Available Configurations
HFM Dual Cavity Male to Dual SMA Male Cable
Connection Structure
AMS11B-1M4Z5-Z → 2 × SMA-J2-3
Unique Difference
A male HFM interface branches into two SMA male connectors with center pins.
Suitable Installation
RF test equipment and adapter fixtures equipped with SMA female ports.
HFM Dual Cavity Male to Dual SMA Female Cable
Connection Structure
AMS11B-1M4Z5-Z → 2 × SMA-KY-2
Unique Difference
Retains the male HFM connector while providing two externally threaded SMA female terminations.
Suitable Installation
RF panels and modules with compatible SMA male connections.
HFM Dual Cavity Female to Dual SMA Male Cable
Connection Structure
AMK16B-1M4Z5-Z → 2 × SMA-J2-3
Unique Difference
Uses a female HFM dual cavity interface and two SMA male test connections.
Suitable Installation
HFM male equipment interfaces connected to SMA female instrument ports.
HFM Dual Cavity Female to Dual SMA Female Cable
Connection Structure
AMK16B-1M4Z5-Z → 2 × SMA-KY-2
Unique Difference
Combines the HFM female mating structure with two SMA female connections.
Suitable Installation
Prototype assemblies and test panels with compatible HFM male and SMA male ports.
Applications & Customer Value
Automotive RF Module Development
Engineers can access individual coaxial paths during prototype evaluation. The dual SMA ends connect to separate measurement ports while the device retains its original HFM interface.
Vector Network Analyzer Testing
Each SMA branch can connect to a compatible VNA port for channel measurements such as insertion loss and return loss, subject to the test setup and specified operating range.
Automotive RF Test Fixture Integration
SMA based measurement fixtures can be connected to HFM equipped devices without replacing the connector on the automotive module.
Dual Channel RF Signal Verification
Separate SMA terminations allow channel by channel checks and comparison of measurement results during RF troubleshooting and development.
Product Features
Dual Cavity HFM Interface
One compact HFM housing contains two coaxial connections, keeping both RF paths together at the equipment interface.
Independent SMA Channel Terminations
Two SMA connectors provide separate RF channel access, with male and female termination options available.
Rosenberger Z Code Connector Options
AMS11B-1M4Z5-Z and AMK16B-1M4Z5-Z provide distinct male and female mating configurations with Z Code keying.
Dacar302-4 Coaxial Construction
Two Dacar302-4 coaxial cable branches can be routed to separate instrument ports and terminated independently.
Customization Capabilities
Premier Cable supports customized dual channel HFM to SMA cable assemblies for automotive RF testing and integration projects.
Connector Configuration
Premier Cable supports HFM male and female connector selection, SMA male and female terminations, and mechanical mating requirements based on customer drawings.
Cable Length and Routing
Cable length, branch separation, cable routing, labeling and assembly layout can be reviewed for different installation spaces and fixture arrangements.
RF Channel Requirements
Premier Cable supports customer specified channel identification, coaxial wiring definitions and RF testing requirements, subject to technical review.
OEM Manufacturing
Premier Cable supports drawing review, prototype production, volume manufacturing, product identification labels and customized packaging.
Product FAQ
Q1: What is a dual cavity HFM to SMA cable?
It connects two coaxial channels in one HFM connector to two individual SMA connectors, allowing independent RF signal access.
Q2: How do AMS11B-1M4Z5-Z and AMK16B-1M4Z5-Z differ?
AMS11B-1M4Z5-Z is the HFM dual cavity male connector; AMK16B-1M4Z5-Z is the female version. Their mating structures differ.
Q3: Can this cable connect to any SMA test instrument?
The SMA gender must match the instrument port. Confirm mechanical mating and RF specifications before use.
Q4: What frequency range and impedance does this assembly support?
The supplied product information does not confirm an assembly frequency range or impedance. Verify these parameters from the cable and connector specifications and relevant tests.
Q5: Can Premier Cable manufacture custom HFM to SMA assemblies?
Yes. Premier Cable supports OEM lengths, connector combinations, channel labeling, drawing review, prototypes and volume manufacturing.
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