1.35mm Terminations
Cryogenic Components are precision-engineered RF and microwave devices specifically designed to operate reliably at extremely low temperatures while maintaining excellent electrical performance and mechanical stability. These components are widely used in quantum computing, superconducting systems, space research, satellite communication, radio astronomy, aerospace, defense, particle accelerators, cryogenic laboratories, and advanced scientific research where signal integrity is critical under cryogenic conditions. At SRFS Teleinfra, we manufacture high-quality Cryogenic Components that deliver exceptional RF performance, low insertion loss, excellent return loss, superior thermal stability, and long-term reliability for demanding low-temperature applications.
Our Cryogenic Components are manufactured using premium non-magnetic materials, precision machining processes, and high-performance dielectric materials to ensure stable impedance, minimal thermal contraction, and outstanding microwave performance across cryogenic temperature ranges. Designed for research laboratories, quantum technologies, aerospace systems, and high-frequency communication equipment, our components provide reliable electrical performance even in harsh operating environments.
All our Cryogenic Components are manufactured in India under stringent quality control procedures using carefully selected raw materials and advanced manufacturing technologies. Every component undergoes comprehensive electrical and mechanical testing to ensure dependable performance, excellent durability, and long operational life for research institutions, defense organizations, telecom industries, and scientific laboratories across India.
What are Cryogenic Components?
Cryogenic Components are specialized RF, microwave, and electronic interconnect components engineered to function efficiently at extremely low temperatures, often ranging from room temperature down to cryogenic environments. These components are designed to minimize signal loss, maintain precise impedance, and withstand thermal cycling without compromising electrical performance.
Cryogenic RF components are extensively used in quantum computing, superconducting electronics, deep-space communication, radio telescopes, particle physics research, cryogenic measurement systems, and advanced aerospace technologies where reliable signal transmission is essential under ultra-low-temperature conditions.
Types of Cryogenic Components
Cryogenic RF Cable Assemblies
Designed for reliable signal transmission at cryogenic temperatures while maintaining low insertion loss and excellent flexibility.
Cryogenic RF Connectors
Precision RF connectors engineered to deliver stable electrical performance with minimal signal reflection under extreme temperature conditions.
Cryogenic RF Attenuators
Provide accurate signal attenuation while maintaining excellent impedance matching and thermal stability in cryogenic systems.
Cryogenic RF Terminations
Used to absorb RF power and eliminate unwanted signal reflections during low-temperature testing and microwave measurements.
Cryogenic RF Adapters
Enable secure interconnection between different RF interfaces while ensuring excellent electrical continuity in cryogenic environments.
Custom Cryogenic Components
Designed according to customer-specific frequency ranges, connector interfaces, materials, and application requirements.
Technical Specifications
Our Cryogenic Components are manufactured to meet international RF and microwave standards while delivering reliable performance in cryogenic environments.
Impedance
Standard 50 Ohm impedance for precise impedance matching and minimal signal reflection.
Frequency Range
Available for applications from DC up to 65 GHz depending on component configuration.
Temperature Range
Designed to operate reliably from room temperature to cryogenic environments.
VSWR
Low VSWR for superior return loss and highly accurate signal transmission.
Insertion Loss
Optimized to provide extremely low insertion loss across the operating frequency range.
Materials
Manufactured using stainless steel, non-magnetic alloys, copper alloys, PTFE, and other cryogenic-compatible materials for long-term stability.
Mechanical Construction
Precision-machined components designed to withstand repeated thermal cycling and mechanical stress.
Compliance
Manufactured according to international RF, microwave, aerospace, defense, and scientific research quality standards.
Applications of Cryogenic Components
Our Cryogenic Components are widely used in:
- Quantum computing systems
- Superconducting electronics
- Cryogenic laboratories
- Particle accelerators
- Space research
- Satellite communication
- Radio astronomy
- Aerospace communication systems
- Defense electronics
- Microwave measurement systems
- RF calibration laboratories
- Test & measurement equipment
- Scientific research institutes
- Medical imaging systems
- High-frequency communication networks
Key Performance Factors
Choosing the right Cryogenic Components ensures dependable RF performance in low-temperature environments.
- Stable 50 Ohm impedance
- Low insertion loss
- Excellent return loss
- Superior thermal stability
- Cryogenic temperature compatibility
- Precision mechanical construction
- High-frequency performance up to 65 GHz
- Non-magnetic material options
- Excellent durability
- Reliable thermal cycling performance
- Long operational life
- High electrical stability
High-quality Cryogenic Components improve signal integrity, minimize RF losses, and ensure consistent performance in quantum computing, scientific research, aerospace, defense, and cryogenic microwave applications.
RF Dummy Load & Termination Specifications
| Product Type | Impedance | Frequency Range | Application |
|---|---|---|---|
| 2.92mm Male RF Termination | 50 Ohm | DC to 40 GHz | Terminate Female RF Ports |
| 2.92mm Female RF Termination | 50 Ohm | DC to 40 GHz | Terminate Male RF Ports |
| 2.92mm Male Dummy Load | 50 Ohm | DC to 40 GHz | RF Testing & Calibration |
| 2.92mm Female Dummy Load | 50 Ohm | DC to 40 GHz | Microwave Test Equipment |
| 2.92mm Precision Microwave Termination | 50 Ohm | DC to 40 GHz | Vector Network Analyzer (VNA) |
| 2.92mm Low Power Termination | 50 Ohm | DC to 40 GHz | Laboratory RF Measurements |
| 2.92mm High Power Termination | 50 Ohm | DC to 40 GHz | High Power RF Systems |
| 2.92mm Coaxial Termination | 50 Ohm | DC to 40 GHz | Microwave Communication |
| 2.92mm Precision Dummy Load | 50 Ohm | DC to 40 GHz | Signal Reflection Control |
| 2.92mm Test Port Termination | 50 Ohm | DC to 40 GHz | RF Production Testing |
Why Choose us
Precision Cryogenic Engineering
Our Cryogenic Components are designed to deliver outstanding electrical performance under extremely low-temperature operating conditions.
Excellent RF Performance
Each component is optimized for low insertion loss, excellent return loss, and superior impedance stability across wide frequency ranges.
Premium Quality Manufacturing
Using advanced CNC machining, precision inspection, and high-quality cryogenic-compatible materials, we manufacture components that meet demanding scientific and industrial requirements.
Manufactured in India
All Cryogenic Components are manufactured in India under strict quality standards, ensuring reliable performance, competitive pricing, and timely delivery for domestic and international customers.
Frequently Asked Questions
Cryogenic Components are RF and microwave devices specifically designed to operate reliably at extremely low temperatures while maintaining stable electrical performance.
They are widely used in quantum computing, superconducting electronics, aerospace, defense, satellite communication, particle accelerators, radio astronomy, and scientific research laboratories.
Depending on the component type, Cryogenic Components can support frequencies from DC up to 65 GHz.
Cryogenic-compatible materials minimize thermal contraction, maintain electrical stability, and ensure reliable operation during repeated cooling and heating cycles.
Yes. SRFS Teleinfra manufactures customized Cryogenic RF Components according to customer specifications, including connector types, frequency ranges, cable configurations, and mechanical designs.
We offer Cryogenic Components with SMA, 2.92mm, 1.85mm, SMP, SMPM, and other custom RF interfaces.
Yes. Our Cryogenic Components are suitable for quantum computing, superconducting circuits, dilution refrigerators, cryogenic test systems, and advanced microwave research applications.
Yes. All our Cryogenic Components are manufactured in India using precision engineering, premium materials, and strict quality control procedures.
Yes. They are designed for long-term reliability and consistent electrical performance through multiple cryogenic temperature cycles.
SRFS Teleinfra provides precision-engineered Cryogenic Components with excellent RF performance, customized manufacturing, stringent quality testing, competitive pricing, fast delivery, and dependable technical support for aerospace, defense, telecom, scientific research, and quantum technology applications.