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Waveguide Isolator
A waveguide isolator is a passive device used in the RF and microwave frequency bands to achieve unidirectional transmission and isolation of signals. It has the characteristics of low insertion loss, high isolation, and broadband, and is widely used in communication, radar, antenna and other systems.The basic structure of waveguide isolators includes waveguide transmission lines and magnetic materials. A waveguide transmission line is a hollow metal pipeline through which signals are transmitted. Magnetic materials are usually ferrite materials placed at specific locations in waveguide transmission lines to achieve signal isolation. The waveguide isolator also includes load absorbing auxiliary components to optimize performance and reduce reflection.
Frequency range 5.4 to 110GHz.
Military, space and commercial applications.
Low insertion loss, high isolation, high power handling.
Custom design available upon request.
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Dual Junction Circulator
Double junction Circulator is a passive device commonly used in the microwave and millimeter wave frequency bands. It can be divided into dual junction coaxial circulators and dual junction embedded circulators. It can also be divided into four port double junction circulators and three port double junction circulators based on the number of ports. It is composed of a combination of two annular structures. Its insertion loss and isolation are usually twice that of a single Circulator. If the isolation degree of a single Circulator is 20dB, the isolation degree of a double junction Circulator can often reach 40dB. However, there is not much change in the port standing wave.Coaxial product connectors are generally SMA, N, 2.92, L29, or DIN types. Embedded products are connected using ribbon cables.
Frequency range 10MHz to 40GHz,up to 500W power.
Military, space and commercial applications.
Low insertion loss, high isolation, high power handling.
Custom design available upon request.
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SMT Circulator
SMT surface mount Circulator is a type of ring-shaped device used for packaging and installation on a PCB (printed circuit board). They are widely used in communication systems, microwave equipment, radio equipment, and other fields. The SMD surface mount Circulator has the characteristics of being compact, lightweight, and easy to install, making it suitable for high-density integrated circuit applications. The following will provide a detailed introduction to the characteristics and applications of SMD surface mount Circulators.Firstly, the SMD surface mount Circulator has a wide range of frequency band coverage capabilities. They typically cover a wide frequency range, such as 400MHz-18GHz, to meet the frequency requirements of different applications. This extensive frequency band coverage capability enables SMD surface mount Circulators to perform excellently in multiple application scenarios.
Frequency range 200MHz to 15GHz.
Military, space and commercial applications.
Low insertion loss, high isolation, high power handling.
Custom design available upon request.
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Waveguide Circulator
Waveguide Circulator is a passive device used in the RF and microwave frequency bands to achieve unidirectional transmission and isolation of signals. It has the characteristics of low insertion loss, high isolation, and broadband, and is widely used in communication, radar, antenna and other systems.The basic structure of a waveguide Circulator includes waveguide transmission lines and magnetic materials. A waveguide transmission line is a hollow metal pipeline through which signals are transmitted. Magnetic materials are usually ferrite materials placed at specific locations in waveguide transmission lines to achieve signal isolation.
Frequency range 5.4 to 110GHz.
Military, space and commercial applications.
Low insertion loss, high isolation, high power handling.
Custom design available upon request.
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Leaded Termination
Leaded Termination is a resistor installed at the end of a circuit, which absorbs signals transmitted in the circuit and prevents signal reflection, thereby affecting the transmission quality of the circuit system.Leaded Terminations are also known as SMD single lead terminal resistors. It is installed at the end of the circuit by welding. The main purpose is to absorb signal waves transmitted to the end of the circuit, prevent signal reflection from affecting the circuit, and ensure the transmission quality of the circuit system.
Main technical specs：
Rated power：5-800W
Substrate materials：BeO、AlN、Al2O3
Nominal resistance value：50Ω
Resistance tolerance：±5%、±2%、±1%
Emperature coefficient：＜150ppm/℃
Operation temperature：-55～+150℃
ROHS standard: Compliant with
Lead length: L as specified in the data sheet
Custom design available upon request.
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RFTXX-30RM0904 Flanged Resistor
Outline Drawing (Unit: mm) The length of lead wire can meet the customer’s requirements Size Tolerance：5% unless otherwise stated Suggested Stress Relief Methods Power De-rating P/N Designation Use attention ■ After the storage period of newly purchased components exceeds 6 months, attention should be paid to weldability before use. Storage is recommended for storage after vacuum packaging. ■ The best heat conduction is required on the ground surface. ■ Manual welding lead out should... -
Coaxial Fixed Termination (Dummy Load)
Coaxial loads are microwave passive single port devices widely used in microwave circuits and microwave equipment.The coaxial load is assembled by connectors, heat sinks, and built-in resistor chips. According to different frequencies and powers, connectors typically use types such as 2.92, SMA, N, DIN, 4.3-10, etc. The heat sink is designed with corresponding heat dissipation dimensions according to the heat dissipation requirements of different power sizes. The built-in chip adopts a single chip or multiple chipsets according to different frequency and power requirements.
Military, space and commercial applications.
Custom design available upon request.
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Coaxial Low PIM Termination
Low intermodulation load is a type of coaxial load. The low intermodulation load is designed to solve the problem of passive intermodulation and improve communication quality and efficiency. At present, multi-channel signal transmission is widely used in communication equipment. However, the existing testing load is prone to interference from external conditions, resulting in poor test results. And low intermodulation loads can be used to solve this problem. In addition, it also has the following characteristics of coaxial loads.Coaxial loads are microwave passive single port devices widely used in microwave circuits and microwave equipment.
Military, space and commercial applications.
Custom design available upon request.
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RFT50-10WT0404
Outline Drawing (Unit: mm/inch) Dimensional tolerance: 5% unless otherwise stated Typical Performance: Installation method Power De-rating Reflow time and temperature diagram P/N Designation Matters needing attention ■ After the storage period of newly purchased parts exceeds 6 months, attention should be paid to their weldability before use. It is recommended to store in vacuum packaging. ■ Drill out the hot hole on the PCB and fill the solder. ■ Reflow welding is ... -
RFT50N-10WT0404
Outline Drawing (Unit: mm/inch) Dimensional tolerance: 5% unless otherwise stated Typical Performance: Installation method Power De-rating Reflow time and temperature diagram P/N Designation Matters needing attention ■ After the storage period of newly purchased parts exceeds 6 months, attention should be paid to their weldability before use. It is recommended to store in vacuum packaging. ■ Drill out the hot hole on the PCB and fill the solder. ■ Reflow welding is ... -
RFT50-100CT6363
Use attention Typical Performance: Installation method Power De-rating Reflow time and temperature diagram P/N Designation Matters needing attention ■ After the storage period of newly purchased parts exceeds 6 months, attention should be paid to their weldability before use. It is recommended to store in vacuum packaging. ■ Drill out the hot hole on the PCB and fill the solder. ■ Reflow welding is preferred for bottom welding, see Introduction to Reflow welding. ■ ...
