JCD401 868MHz RP-SMA Rubber Duck Antenna Pair

Why have one when you can have two? Introducing the dynamic duo of the JCD401 868Mhz Rubber Duck Antennas, featuring one straight shooter and one right-angled renegade. This pair is all about giving your RFD868Mhz telemetry modules twice the versatility, twice the connectivity, and twice the conversation starters at geeky gatherings.

Twice as Nice: Features to Make Your Signal Dance

• Diverse Duo: One antenna stands tall and straight, perfect for those direct paths to the skies. Its partner in crime bends at a nifty 90 degrees, ideal for tight spaces and slick setups.
• Frequency Flexibility: Tuned to a sprightly 433MHz frequency range, these antennas are more in sync than a pair of tango dancers, ensuring your data doesn't step on any toes.
• Bespoke Bandwidth: With CF±5MHz, these antennas don't just cover the band; they own it, providing a swath of signal real estate.
• Linear Loveliness: Linear polarization keeps signals in line, so there's no funny business or signal squiggles.
• Gainful Gathering: At 2dBi gain, these antennas reach for the stars, metaphorically speaking, of course.
• VSWR Virtuosos: With a V.S.W.R (min) of less than 2.0, these antennas keep your signals tight and your data right.
• Impedance Impeccability: Rocking a 50Ω impedance, they're the Goldilocks of antennas—not too high, not too low, just right.
• Connector Choice: Whether it's the straight-laced SMA Male or the rakishly angled RP-SMA Male, they're ready to link up and lay down some serious telemetry.
• Enduring Elements: These antennas laugh in the face of extreme temperatures and vibrations. From icy chills to desert drills, they keep transmitting.
• Eco-Warrior Status: ROHS compliant, because being good to the planet is always in fashion.

In the Box:

• 1 x JCD401 868Mhz Rubber Duck Antenna with a Straight Connector - For when you need a direct line to the heavens.
• 1 x JCD401 868Mhz Rubber Duck Antenna with a 90-Degree Connector - For the corners and curves of your complex projects.