DC-Blocks For 2.4mm Connectors, DC-30M-50GHz, 50V
Part Number List:
| GDCB-50G-24 | 2.4mm Male to 2.4mm Female |
Specifications:
| Frequency | DC-30M-50GHz |
| Insertion Loss | ≤ 0.6 dB |
| VSWR | ≤1.25 |
| Body Material | Stainless Steel |
| DC Maximum Voltage[V]: | 50V |
| Impedance [Ohms] | 50Ω |
| Operation Temp. | -55~+165deg. |
Optimize Signal Integrity with 2.92mm DC Blocks from Gwave Technology Inc
Gwave Technology Inc. provides cutting-edge high-frequency solutions. Our 2.92mm DC blocks prevent unwanted DC components while enabling high-frequency AC signals to flow through for maximum signal integrity.
The 2.92mm DC block is essential for precision signal transmission systems. Such systems are utilised in aerospace, telecommunications, and measurements and tests. DC blocks built for 40 GHz operating frequencies perform well and reliably in even the most demanding environments.
Our 2.92mm DC blocks eliminate signal loss and improve efficiency using high-quality materials and precision engineering. These products are durable and reliable for professionals seeking high performance.
Choose Gwave Technology Inc. for any high-frequency communication needs. Explore our 2.92mm DC blocks to learn how we outperform the competition in quality and durability. Trust our experience to improve your systems with cutting-edge connectivity solutions that excel.
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FAQs
How to Install a 2.92mm DC Block?
The ends of a 2.92mm DC block should always be clean. Connect the block between two components in the signal path along with connecting the connectors accordingly. The connections then have to be tightened tightly so that there is no loss or interference of the signal. Keep to the manufacturer guidelines for best performance. More Information
What is a 2.92mm DC Block Used For?
A 2.92mm DC block is basically utilized for blocking DC signals, with the ability to allow AC signals to pass. It's particularly very crucial in high-frequency applications so as to prevent sensitive components from unwanted DC voltage. This way, the signal integrity will be ensured in communication systems.
How Does a 2.92mm DC Block Work?
A 2.92mm DC block works by adding a capacitive component to the signal's path. It blocks the DC components of the signal and passes through the AC ones. This is crucial for the preservation of any system's integrity since it requires maintaining DC isolation.
What are the Benefits of Using a 2.92mm DC Block?
A 2.92mm DC block enhances the performance of a system because it prevents DC offsets and guards sensitive equipment. It enhances the quality of a signal, reduces noise, and delivers accurate measurements in applications that have high frequency. It is, therefore, essential for the testing and operations of an RF system.
How to Test a 2.92mm DC Block for Performance?
Insertion and return loss are tested using a network analyzer on a 2.92mm DC block. The frequency range of the block has to be checked to ensure it meets up with the manufacturer's specifications. It tests whether the block performs competently in high frequency.