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Microstrip Isolator
Microstrip isolators are a commonly used RF and microwave device used for signal transmission and isolation in circuits. It uses thin film technology to create a circuit on top of a rotating magnetic ferrite, and then adds a magnetic field to achieve it. The installation of microstrip isolators generally adopts the method of manual soldering of copper strips or gold wire bonding. The structure of microstrip isolators is very simple, compared to coaxial and embedded isolators. The most obvious difference is that there is no cavity, and the conductor of the microstrip isolator is made by using a thin film process (vacuum sputtering) to create the designed pattern on the rotary ferrite. After electroplating, the produced conductor is attached to the rotary ferrite substrate. Attach a layer of insulating medium on top of the graph, and fix a magnetic field on the medium. With such a simple structure, a microstrip isolator has been fabricated.
Frequency range 2.7 to 43GHz
Military, space and commercial applications.
Low insertion loss, high isolation, high power handling.
Custom design available upon request.
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RFTXX-20RM1304 RF Resistor
Model RFTXX-20RM1304 Power 20 W Resistance XX Ω (10~3000Ω Customizable) Resistance Tolerance ±5% Capacitance 1.2 PF@100Ω Temperature Coefficient <150ppm/℃ Substrate BeO Cover AL2O3 Mounting Flange Brass Lead 99.99% pure silver Resistive Element Thick Film Operating Temperature -55 to +150°C (See de Power De-rating) -
RFT50-100CT6363 RF Termination
Model RFT50-100CT6363 Frequency Range DC~5.0GHz Power 100 W Resistance Range 50 Ω Resistance tolerance ±5% VSWR DC~4.0GHz 1.20MaxDC~5.0GHz 1.25Max Temperature coefficient <150ppm/℃ Substrate material BeO Resistance technology Thick Film Operating Temperature -55 to +155°C (See de Power De-rating) -
Coaxial Isolator
RF coaxial isolator is a passive device used to isolate signals in RF systems. Its main function is to effectively transmit signals and prevent reflection and interference.The main function of RF coaxial isolators is to provide isolation and protection functions in RF systems.In RF systems,some reverse signals may be generated, which may have a negative impact on the operation of the system.RF coaxial isolators can effectively isolate these reverse signals and prevent them from interfering with the transmission and reception of the main signal.The working principle of RF coaxial isolators is based on the irreversible behavior of magnetic fields.The basic structure of a coaxial circulator consists of a coaxial connector, a cavity, an inner conductor, a ferrite rotating magnet, and magnetic materials.
Can be dual junction even three for high isolation.
Military, space and commercial applications.
Custom design available upon request.
Guaranteed for one year standard.
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Coaxial Circulator
Coaxial circulator is a passive device used in the RF and microwave frequency bands, often used in isolation, directional control, and signal transmission applications. It has the characteristics of low insertion loss, high isolation, and wide frequency band, and is widely used in communication, radar, antenna and other systems.The basic structure of a coaxial circulator consists of a coaxial connector, a cavity, an inner conductor, a ferrite rotating magnet, and magnetic materials.
Frequency range 10MHz to 50GHz, up to 30KW power.
Military, space and commercial applications.
Low insertion loss, high isolation, high power handling.
Custom design available upon request.
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2.6 to 6.2GHz Microstrip Circulator MH1515-09 Strip Line Type
2.6 to 6.0GHz Microstrip Circulator Basic Specifications：
Freq. Range GHz: 2.6-6.2
IL. dB max: 0.8
Isolation dB min: 14
VSWR max: 1.45
Forward Power CW: 40
Impedance: 50 Ω
Connector Type: Micro strip
Size: 15.0mm*15.0mm*4.5mm
Operating Temp: -55~+85℃
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Chip Attenuator
Chip Attenuator is a micro electronic device widely used in wireless communication systems and RF circuits. It is mainly used to weaken the signal strength in the circuit, control the power of signal transmission, and achieve signal regulation and matching functions.
Chip attenuator has the characteristics of miniaturization, high performance, broadband range, adjustability, and reliability.
Custom design available upon request.
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2.0 to 6.0GHz Microstrip Circulator MH1515-10 Strip Line Type
2.0 to 6.0GHz Microstrip Circulator Basic Specifications：
Freq. Range GHz: 2.0-6.0
IL. dB max: 1.5
Isolation dB min: 10
VSWR max: 1.8
Forward Power CW: 50
Impedance: 50 Ω
Connector Type: Micro strip
Size: 15.0mm*15.0mm*3.5mm
Operating Temp: -55~+85℃
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RFT50-500WT1313 RF Termination
Model RFT50-500WT1313 Frequency Range DC~2.0GHz Power 500 W Resistance Range 50 Ω Resistance tolerance ±5% VSWR 1.20Max Temperature coefficient <150ppm/℃ Substrate material BeO Cap material Medium Resistance technology Thick Film Operating Temperature -55 to +155°C (See de Power De-rating) -
RFT50-100TM2595 RF Termination
Model RFT50-100TM2595 Frequency Range DC~3.0GHz Power 100 W Resistance Range 50 Ω Resistance Tolerance ±5% VSWR 1.20 max Temperature Coefficient <150ppm/℃ Substrate Material BeO Cap Material Al2O3 Flange Nickel-plated copper Lead 99.99% Sterling silver Resistance Technology Thick Film Operating Temperature -55 to +150°C (See de Power De-rating) -
2.0 to 4.2GHz Drop in Circulator WH3234A Strip Line Type / WH3234B Strip Line Type
Features:
² Good temperature stability
² Withstand high power
² RoHS compliant
² Weight : ≈ 100g
Material list:
² Cavity: aluminum conductive oxidation
² Outer shell: industrial pure iron nickel plating
² Guide body: Silver plated brass
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6.0 to 12.0GHz Drop in Circulator WH1319C Strip Line Type
Features:
² Good temperature stability
² Withstand high power
² RoHS compliant
² Weight : ≈20 g
Material list:
² Housing: Aluminum
² Coating: Nickel
² Inner conductor: brass
² Plating layer: silver
