-
Flanged Termination
Flanged terminations are installed at the end of a circuit, which absorb signals transmitted in the circuit and prevent signal reflection, thereby affecting the transmission quality of the circuit system.The flanged terminal is assembled by welding a single lead terminal resistor with flanges and patches. The flange size is usually designed based on the combination of installation holes and terminal resistance dimensions. Customization can also be made according to the customer’s usage requirements.
-
RFTXXN-100AJ8957-3 Leaded Attenuator RF Attenuator
Outline Drawing (Unit: mm/inch) Lead length can be customized according to customer requirements Dimensional tolerance: 5% unless otherwise stated Typical Performance: 13dB Graph 30dB Graph Installation method Power De-rating Reflow Profile P/N Designation Notice ■ After the storage period of newly purchased parts exceeds 6 months, attention should be paid to weldability before use. It is recommended to store in vacuum packaging. ■ The ground needs optimal heat transfer. ■ The manual wel... -
Microstrip Attenuator
Microstrip Attenuator is a device that plays a role in signal attenuation within the microwave frequency band. Making it into a fixed attenuator is widely used in fields such as microwave communication, radar systems, satellite communication, etc., providing controllable signal attenuation function for circuits.Microstrip Attenuator chips, unlike the commonly used patch attenuation chips, need to be assembled into a specific size air hood using coaxial connection to achieve signal attenuation from input to output.
Custom design available upon request.
-
RFT20N-60AM6363-6 Leaded Attenuator RF Attenuator
Outline Drawing (Unit: mm/inch) Lead length can be customized according to customer requirements Dimensional tolerance: 5% unless otherwise stated Typical Performance: 20dB Graph Installation method Power De-rating Reflow Profile P/N Designation Notice ■ After the storage period of newly purchased parts exceeds 6 months, attention should be paid to weldability before use. It is recommended to store in vacuum packaging. ■ The ground needs optimal heat transfer. ■ The manual welding lead sho... -
RFTXX-60AM6363B-3 Leaded Attenuator RF Attenuator
Outline Drawing (Unit: mm/inch) Lead length can be customized according to customer requirements Dimensional tolerance: 5% unless otherwise stated Typical Performance: 1dB Graph 8dB Graph 4dB Graph 20dB Graph Installation method Power De-rating Reflow Profile P/N Designation Notice ■ After the storage period of newly purchased parts exceeds 6 months, attention should be paid to weldability before use. It is recommended to store in vacuum packaging. ■ The ground needs optimal heat trans... -
RFTXXA-05AM0404-3 Leaded Attenuator RF Attenuator
Outline Drawing (Unit: mm/inch) Lead length can be customized according to customer requirements Dimensional tolerance: 5% unless otherwise stated Typical Performance: 5dB Graph 20dB Graph Installation method Power De-rating Reflow Profile P/N Designation Notice ■ After the storage period of newly purchased parts exceeds 6 months, attention should be paid to weldability before use. It is recommended to store in vacuum packaging. ■ The ground needs optimal heat transfer. ■ The manual weld... -
Microstrip Circulator
Microstrip Circulator is a commonly used RF 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 annular devices generally adopts the method of manual soldering or gold wire bonding with copper strips.The structure of microstrip circulators is very simple, compared to coaxial and embedded circulators. The most obvious difference is that there is no cavity, and the conductor of the microstrip Circulator 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 circulator has been fabricated.
Frequency range 2.7 to 40GHz.
Military, space and commercial applications.
Low insertion loss, high isolation, high power handling.
Custom design available upon request.
-
Broadband Circulator
Broadband Circulator is an important component in RF communication systems, providing a series of advantages that make it very suitable for various applications. These Circulators provide broadband coverage, ensuring effective performance over a wide frequency range. With their ability to isolate signals, they can prevent interference from out of band signals and maintain the integrity of in band signals.One of the main advantages of broadband circulators is their excellent high isolation performance. At the same time, these ring-shaped devices have good port standing wave characteristics, reducing reflected signals and maintaining stable signal transmission.
Frequency range 56MHz to 40GHz,BW up to 13.5GHz.
Military, space and commercial applications.
Low insertion loss, high isolation, high power handling.
Custom design available upon request.
-
RFTXX-60CA6363B-3 Chip Attenuator RF Attenuator
Installation method Power De-rating Reflow soldering time & Temperature diagram P/N Designation Notice ■ 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, please refer to Reflow introduction ■ In order to meet the requirements of the drawings, a radiator of suf... -
RFTXXN-20CA5025C-3 Chip Attenuator RF Attenuator
Typical Performance: 2dB Graph 20dB Graph 6dB Graph 30dB Graph Installation method Power De-rating Reflow soldering time & Temperature diagram P/N Designation Notice ■ 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, please refer to Reflow introduction ■ I... -
RFTXXN-10CA5025C-6 Chip Attenuator RF Attenuator
Typical Performance: 6dB Graph 20dB Graph Installation method Power De-rating Reflow soldering time & Temperature diagram P/N Designation Notice ■ 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, please refer to Reflow introduction ■ In order to meet the req... -
RFTXX-250RM1313K Leaded Resistor RF Resistor
Suggested mounting procedures Power De-rating Reflow Profile 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. ■Forming a small loop in the tab will act as a strain relief as the heat is dissipated. ■ The best heat conduction is required on the ground surface. ■ Manual welding lead out should be used at or less than 350 degrees ...
