-
RFTXX-30CR6363C Chip Resistor RF Resistor
Suggested mounting procedures Power De-rating Reflow Profile P/N Designation Use attention ■ After the storage period of newly purchased parts exceeds 6 months, attention shall be paid to the weldability before use. It is recommended to store after vacuum packaging. ■Drill thermal vias through PCB and fill with solder. ■Reflow welding is preferred for welding, see Reflow curve ■ In order to meet the requirements of the drawing, a radiator of sufficient size must be installed. ■ If necessary,... -
RFTXX-30CR2550W Chip Resistor RF Resistor
Suggested mounting procedures Power De-rating Reflow Profile P/N Designation Use attention ■ After the storage period of newly purchased parts exceeds 6 months, attention shall be paid to the weldability before use. It is recommended to store after vacuum packaging. ■Drill thermal vias through PCB and fill with solder. ■Reflow welding is preferred for welding, see Reflow curve ■ In order to meet the requirements of the drawing, a radiator of sufficient size must be installed. ■ If necessary,... -
RFTXX-30CR2550TA Chip Resistor RF Resistor
Suggested mounting procedures Power De-rating Reflow Profile P/N Designation Use attention ■ After the storage period of newly purchased parts exceeds 6 months, attention shall be paid to the weldability before use. It is recommended to store after vacuum packaging. ■Drill thermal vias through PCB and fill with solder. ■Reflow welding is preferred for welding, see Reflow curve ■ In order to meet the requirements of the drawing, a radiator of sufficient size must be installed. ■ If necessary,... -
RFTXX-30RM2006 Flanged Resistor RF 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... -
RFTXX-30RM1306 RF 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... -
Dual Junction Isolator
A dual junction isolator is a passive device commonly used in microwave and millimeter-wave frequency bands to isolate reverse signals from the antenna end. It is composed of the structure of two isolators. Its insertion loss and isolation are typically twice than a single isolator. If the isolation of a single isolator is 20dB, the isolation of a double-junction isolator can often be 40dB. The port VSWR does not change much.In the system, when the radio frequency signal is transmitted from the input port to the first ring junction, because one end of the first ring junction is equipped with a radio frequency resistor, its signal can only be transmitted to the input end of the second ring junction. The second loop junction is the same as the first one, with RF resistors installed, the signal will be passed to the output port, and its isolation will be the sum of the isolation of the two loop junctions. The reverse signal returning from the output port will be absorbed by the RF resistor in the second ring junction. In this way, a large degree of isolation between the input and output ports is achieved, effectively reducing reflections and interference in the system.
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.
-
SMT / SMD Isolator
SMD isolator is an isolation 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. SMD isolators are small, lightweight, and easy to install, making them suitable for high-density integrated circuit applications. The following will provide a detailed introduction to the characteristics and applications of SMD isolators.Firstly, SMD isolators have 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 isolators 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.
-
RFTXX-20RM0904 RF 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... -
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.
-
CT-50W-FH6080-IP65-DINJ-3G DC~3.0GHz Low Intermodulation Termination
Use attention Power De-rating P/N Designation -
RFTXX-20RM1304 RF 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 ... -
