DC-Blocks For 1.85mm Connectors, DC-10MHz-67GHz
Part Number List:
| GDCB-67G-185E | 1.85mm Male to 1.85mm Female |
Specifications:
| Frequency | 10MHz-65GHz |
| Insertion Loss | ≤ 0.9 dB |
| VSWR | ≤1.50 |
| Body Material | Stainless Steel |
| DC Maximum Voltage[V]: | 60V |
| Impedance [Ohms] | 50Ω |
| Operation Temp. | -55~+165deg. |
High-quality 1.85mm DC blocks from Gwave Technology Inc.
Gwave Technology Inc. manufactures high-quality 1.85mm DC blocks for high-frequency applications. In radio frequency (RF) and microwave (MW) systems, our 1.85mm DC blocks reduce DC signals and allow high-frequency AC signals to pass through. This provides signal integrity and peak performance in complicated communication systems, test equipment, and other high-tech applications.
Precision and durability are integrated into our 1.85mm DC blocks using high-quality materials that function well in demanding settings. This makes them wear-resistant. These DC blocks are ideal for commercial and military applications because to their low insertion loss, great return loss, and ease of integration.
Gwave Technology Inc. strives to provide high-quality, high-performance products. Our 1.85mm DC blocks deliver the reliability and efficiency your projects need. Explore our diverse connectivity solutions to see why industry experts choose Gwave Technology Inc.
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FAQs
How to Install a 1.85mm DC Block?
To install a 1.85mm DC block, you simply place it between your device and the signal source. There should be no contamination on connectors, and they should be aligned correctly, so there is no loss in the signal.
How to Maintain Your 1.85mm DC Block?
A 1.85mm DC block must be inspected periodically for wear or damage. Keep connectors clean, and debris-free. Avoid extreme temperatures and mechanical stress to ensure proper and optimum use and service life.
What is an 1.85mm DC Block Used For?
A 1.85mm DC block prevents DC but permits the passage of AC, it is employed in most RF and microwave application cases to provide isolation between parts that do not interfere with the signals sent or received into test equipment and other systems.
How does a 1.85mm DC block work?
A 1.85mm DC block works on the basis of blocking the DC content of a signal. It passes the RF signal while blocking the DC signals coming towards it, so that equipment does not get unwanted DC, which might be detrimental to their performance.
What Are the Benefits Using of a 1.85mm DC Block?
The 1.85mm DC block gives several benefits, including protection of sensitive equipment from DC voltage, enhancement of signal integrity, and reliability in RF and microwave systems. It also prevents interference by DC signals and improves the performance of your testing or communication systems.