| Brand | Anritsu |
|---|---|
| Form factor | Benchtop |
| Category | Vector Network Analyzer |
| Ports | 4-Port |
| Frequency Range | 1 MHz to 20 GHz |
MS46524B
The Anritsu MS46524B ShockLine is a 4-port vector network analyzer designed to deliver accurate multi-port S-parameter measurements of RF and microwave components. It offers high-performance frequency coverage up to 43.5 GHz and a strong dynamic range for complex device characterization. This compact benchtop platform provides exceptional versatility for lab, R&D, and high-volume production environments.
Key Specifications & Features
- Frequency Range: 1 MHz to 8.5 GHz, 20 GHz, or 43.5 GHz options
- Port Configuration: 4-port design for full multi-port S-parameter testing
- Dynamic Range: High performance for precise RF component characterization
- Time Domain: Low Pass Time Domain with Time Gating (Option 2)
- Advanced Analysis: Universal Fixture Extraction (Option 24) available
- Active Device Support: Integrated Bias Tees for Port 1, 2, 3, and 4 (Option 61)
- Form Factor: Compact benchtop chassis with optional rack mounting
- Optimized Throughput: Designed for fast sweep speeds in production environments
| MS46524B-010 | Option 10, 8.5 GHz Frequency |
| MS46524B-020 | Option 20, 20 GHz Frequency |
| MS46524B-043 | Option 43, 43.5 GHz Frequency |
| MS46524B-001 | Option 1, Rack Mount |
| MS46524B-002 | Option 2, Low Pass Time Domain with Time Gating |
| MS46524B-024 | Option 24, Universal Fixture Extraction |
| MS46524B-061 | Option 61, Bias Tees (Port 1, 2, 3, and 4) (For MS46524B units with Option 10 Only) |
| MS46524B | 4 Port Performance Shockline VNA |
No downloads available.
MS46524B
The Anritsu MS46524B ShockLine is a high-performance 4-port vector network analyzer engineered to provide precise multi-port S-parameter measurements across a broad frequency spectrum. Available in models covering 1 MHz up to 43.5 GHz, this instrument is specifically designed to meet the rigorous demands of RF and microwave component testing. Its robust architecture ensures reliable data acquisition for complex multi-port devices in laboratory, R&D, and production settings.
Built on a compact benchtop platform, the MS46524B utilizes advanced VNA technology to provide a high dynamic range and fast sweep speeds. This combination allows engineers to characterize sophisticated components with high accuracy while maintaining efficiency in high-throughput environments. The 4-port architecture enables comprehensive testing of differential and multi-port devices without the need for external switches or time-consuming re-cabling.
The series offers several configuration options to tailor the instrument to specific needs, including frequency options for 8.5 GHz, 20 GHz, and 43.5 GHz. Users can enhance functionality with Low Pass Time Domain analysis, Universal Fixture Extraction, and integrated Bias Tees for active device testing on the 8.5 GHz model. For system integration, a rack mount option is also available to securely install the unit in automated test equipment racks.
High Frequency Coverage
Supports frequency options from 1 MHz up to 43.5 GHz for diverse RF and microwave applications.
4-Port Configuration
Enables simultaneous S-parameter measurements of multi-port devices for increased testing throughput.
Integrated Bias Tees
Optional internal bias tees facilitate the testing of active components on the 8.5 GHz model.
Versatile Form Factor
Compact benchtop design with rack mount options suitable for lab or production floor use.
Comprehensive Multi-Port Analysis
The MS46524B provides full 4-port S-parameter measurement capabilities, allowing for the complete characterization of multi-port and differential RF components. This eliminates the complexity of manual cable changes and improves measurement accuracy by capturing all port interactions in a single test setup.
Advanced Time Domain Capabilities
With Option 2, the ShockLine VNA includes Low Pass Time Domain functionality with Time Gating for detailed signal path analysis. This feature allows engineers to identify and isolate discontinuities within a device or fixture, significantly streamlining the troubleshooting and design verification process.
Request for quote
Looking for a custom solution or a tailored offer? Please fill out the form below, and we’ll get back to you as soon as possible with a personalized quote.
