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Review Summary
BNC Female
75 Ohms
VSWR Return Loss DC (2 GHz): <1.1, >26 dB
15 dB at 12 GHz
26 dB at 3 GHz
Center Contact: Beryllium copper/gold
Body: Brass/nickel
ITT XLR-F77 flange
PTFE
>1000 M Ohms at 500 VDC
1500 VAC (RMS) for 1 minute
Center: <6 m Ohms
Outer: <3 m Ohms
SMPTE ST 2082-1:2015
Plate Hole (WxH): 0.8" (2.03cm) diameter
0.7 x 0.9" (1.78 x 2.29cm) screw holes
1.0 x 1.2" (2.54 x 3.05cm) flange
Receptacle (DxH): 1.3 x 0.8" (3.30 x 2.03cm)
Models | SKU: CABCJJRUK MFR: BCJ-JRUK $6.30 In Stock | SKU: CABCJMVP MFR: BCJ-MVP $6.34 Special Order Generally ships in 7-14 days, subject to availability | SKU: CAHBCPD25HDA MFR: HBCP-D25HDA $6.50 On Backorder Order now, your card will not be charged until it is ready to ship. |
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Type | Connector | Connector | Connector |
Connector Type | - | BNC to DIN 1.0/2.3 | Micro-BNC |
Cable Gender | Female | Female | - |
Jack/Port Type | BNC | - | BNC |
SDI (SMPTE) Standards | - | - | 12G (ST-2082) |
Be at the forefront of technology with the BCJ-JRUK 75 Ohms BNC to BNC Flush-Mount Receptacle, specifically designed for 12G-SDI installations. This high-performance receptacle is crafted with beryllium copper on the center contact, a material renowned for its superior spring characteristics, ensuring optimal signal transmission and long-lasting durability.
The center contact boasts a gold-plated finish, a feature that not only enhances the aesthetic appeal but also improves the receptacle's conductivity, providing a seamless connection for your 12G-SDI installations.
One of the standout features of this BNC to BNC receptacle is its impressive return loss of 26dB or greater at 3GHz and 15dB or greater at 12GHz. This ensures that your signal remains strong and clear, even in demanding conditions.
Whether you're setting up a professional video production studio or a high-end home theater system, the BCJ-JRUK 75 Ohms BNC to BNC Flush-Mount Receptacle is an essential component for your 12G-SDI installations. Its robust construction and superior performance make it a reliable choice for ensuring the best possible signal transmission.
973-837-0070