Products Description
Our power RF amplifier portfolio includes two advanced solutions engineered for mission-critical RF systems: the Ka-Band Amplifier-Attenuator and the Limiting Amplifier. Designed with state-of-the-art microwave technology and manufactured under rigorous aerospace-grade quality standards, these modules deliver precise signal control, wideband compatibility, and exceptional reliability. Covering key frequency ranges from 1.3GHz to 21.25GHz, the series supports applications such as satellite communication ground stations, radar receivers, electronic warfare, and high-power RF front-end protection. With over 20 years of expertise in RF component design and production, our company ensures robust performance, long-term stability, and dependable global supply capability.
Products Specification
|
Parameter |
Ka-Band Amplifier-Attenuator |
Limiting Amplifier |
|
Operating Frequency |
Input/Output: 18.95~21.25GHz |
Amplifier: 8~9GHz; Limiter: 1.3~15GHz |
|
Input/output Channels |
2 inputs / 8 outputs |
1 input / 1 output |
|
Input Signal |
-60dBm ~ -20dBm |
Not specified (optimized for weak signal reception) |
|
Input/output Coupling |
21±1.5dB |
Not applicable |
|
Gain |
Adjustable: +35~-15dB (1dB step) |
36±2dB |
|
Noise Figure |
Not specified (optimized for signal integrity) |
≤1.8dB (with isolators at input/output) |
|
Amplitude Flatness |
≤1dB (F0±250MHz); ≤2dB (full band: 18.95~21.25GHz) |
≤±0.7dB (full band: 8~9GHz) |
|
1dB Compression Point (P1) |
≥5dBm (output) |
≥+15dBm (output) |
|
Third-Order Intercept Point (OIP3) |
Not specified |
≥25dBm |
|
Input/output VSWR |
≤1.6 |
≤2 |
|
Isolation |
50dB (between 2 input channels) |
Not applicable |
|
Spurious Emissions |
≥70dBc |
Not specified (compliant with EMI standards) |
|
Harmonics |
≤40dBc |
Not specified (compliant with EMI standards) |
|
Max. Power Handling |
＞+15dBm (single port) |
3KW (pulsed, 0.1% duty cycle); 3W (continuous wave) |
|
Power Consumption |
≤15W |
Not specified (low-power design) |
Products Features
Ka-Band Amplifier-Attenuator
| Flexible multi-channel signal management |
2-input/8-output architecture with 21±1.5dB coupling, enabling efficient signal splitting and distribution for multi-receiver systems |
| Precise gain adjustment |
+35~-15dB gain range with 1dB step adjustment, supporting fine-tuning of signal levels to match downstream component requirements |
| Intelligent memory & recovery | Saves network parameters and gain settings when powered off, and automatically restores them on power-up-reducing reconfiguration time for mission-critical systems. |
| Comprehensive fault detection | Monitors current of each internal module in real time, triggers alarms for abnormal conditions, and supports full-status query/response via remote control. |
| Dual-control modes | Allows local setting (via front-panel display) and remote control (for networked systems), enhancing operational flexibility. |
Limiting Amplifier
| Ultra-low noise & high gain |
Noise figure ≤1.8dB and gain 36±2dB, ensuring weak signal amplification without significant distortion-critical for radar and satellite signal reception. |
| Robust burn-in protection |
Withstands 3KW pulsed power (0.1% duty cycle) and 3W continuous wave, preventing device damage from sudden high-power interference (e.g., jamming signals). |
| Real-time status monitoring | Integrated monitoring circuit tracks the state of the amplification module, reports "normal/fault" status via RS485 serial port, and triggers alarms for timely troubleshooting. |
| Wide Limiter Frequency Coverage |
Limiter works across 1.3~15GHz, providing protection for the amplifier even when exposed to out-of-band high-power signals. |
Advantages
Solid Operational Stability
Strong financial foundation ensures long-term reliability; standardized governance reduces risks.
Advanced R&D & Production Capabilities
SO 14644 Class 100,000 cleanroom (micro-packaging),meets strict aerospace manufacturing standards.
100+ test instruments (0.1–67GHz) enable full-process quality control for precision products.
300+ professional team (R&D, production, integration) guarantees efficient project delivery.
Leading Position in Aerospace Sector
Specializes in aerospace ground equipment (R&D, production, integration); products applied in:
satellite communication, remote sensing, TT&C, radio monitoring, spectrum awareness.
Supports over 80% of satellite ground station projects within its key market; supplies critical equipment for major aerospace initiatives (manned spaceflight, lunar exploration, etc.).
Powerful Technological Innovation
Leading RF integrated design supplier in its industry sector; original inventor & patent holder of large-scale matrix switching technology.
Products Application
Service
Technical Resources
Provide free technical documentation, including datasheets, S-parameter files, PCB footprints (for Altium/Cadence), and application notes.
Warranty & Maintenance
3-year global warranty with free repair/replacement.
FAQ
Q: What is the purpose of the RS485 port on the Limiting Amplifier?
A: The RS485 port enables real-time status reporting (e.g., module fault, gain level) and remote control (e.g., enabling/disabling the limiter). We provide a standard communication protocol manual to facilitate integration with your system's control platform.
Q: Are the products compatible with outdoor environments?
A: Yes, both products have an operating temperature range of -40℃~+60℃ and use corrosion-resistant materials (stainless steel interfaces, aluminum alloy enclosures). For extreme humidity (≥95%), we offer optional IP67 waterproof enclosures.
Q: How does the Ka-Band Amplifier-Attenuator ensure channel isolation of 50dB?
A: We use high-isolation internal filters and shielded compartments between channels, minimizing crosstalk. The design is verified via EMI testing to ensure 50dB isolation across the full operating band.
Q: Can the Limiting Amplifier's limiter level be adjusted from 10dBm?
A: Yes, the limiter level can be customized to 5dBm~15dBm by replacing the internal limiting diode. This adjustment does not affect the amplifier's noise figure or gain.
Q: What power supply is required for the Ka-Band Amplifier-Attenuator?
A: It uses a standard AC 220V power supply (via Y50DX-1204ZJ10 connector). For DC-powered systems, we offer a optional AC-DC converter module (input: 12~28V DC, output: 220V AC).
Q: How long does it take to resolve a field fault?
A: For minor issues (e.g., parameter misconfiguration), our engineers can provide remote troubleshooting within 4 hours. For hardware faults, we offer a "swap-out" service: send a replacement unit within 3 business days, and repair the faulty unit upon receipt.
Q: Are the products compatible with third-party RF components (e.g., filters, mixers)?
A: Yes, all products have 50Ω impedance matching, which is standard for RF systems. We can also test compatibility with your specific third-party components upon request.
Q: What is the maximum cable length between the Ka-Band Amplifier-Attenuator and downstream components?
A: For Ka-band signals (18.95~21.25GHz), we recommend ≤3m (using low-loss coaxial cable, e.g., RG-405) to minimize signal attenuation. We can provide custom low-loss cables as part of the solution.
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