The 301113 Mini Magnetic-Mount Cellular Antenna from Wilson is a 4 in. dual-band magnetic-mount cellular phone antenna. This is a smaller version of the 301103 Wilson 12 in. magnetic mount antenna. It is probably the most basic antenna that Wilson makes, but it is reliable, easy to install and dual...

The Browning 144-148 MHz/430-450 MHz center load amateur dual-band antenna is 37 inch tall and has 4 dBd gain vhf/5.5 dBd gain vhf. Nmo mount sold separately.

Metallic wrench used to tighten thumbscrew on quick release mount.

Record Full HD 1080p video with this Class 10 compliant 8GB Ultra UHS-I SDHC Memory Card from SanDisk. With enhanced data read speeds of up to 40MB/s this Ultra SDHC memory card is designed to suit the needs of compact and mid-range point and shoot cameras. You can also save and store a variety of f...

Description: This Sabrient AU-MMSA 2.1 audio sound card adapter is a highly flexible audio interface, which can be used with either laptop or desktop system. No driver required, plug-and-play for instant audio playing and compliant with all mainstream operation systems. Simply plug the sound adapter...

This 971117 N Female/N Female Barrel Connector cellular booster accessory is from Wilson Electronics. It connects to Wilson 9913-equivalent cables with N male connectors as well as connects stock Wilson cables to make custom lengths. The barrel attenuates the signal by .1dB.

This is a wonderful kit to walk you into the fascinating physical world! Details like module description, principles and code are provided by experiment on the corresponding page in LEARN on our website. Also you can watch related videos. The kit includes some basic tutorials like blinking an LED, c...

LOGITECH 980000941 Z213 Multimedia Speakers, Black

Specification Channel Spacing: 25KHz 20K 12.5 Frequency Stability: 2.5ppm Operating Temperature: -20? ~ + 60? Operating Voltage: 13.8V DC ?15% Dimension (HxWxD): 98(W)*35(H)*118(L) Weight (with bracket): 1kg Receiver Sensitivity: 0.25V / 0.35V Channel choice:?70dB /?60dB Intermodulation: ?...

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