Header banner
Revain logoHome Page
transceiver transmitter arrester amplifier analyzer logo

Transceiver Transmitter Arrester Amplifier Analyzer Review

2

·

Poor

Revainrating 2.5 out of 5  
Rating 
2.3
🎧 Home Audio Accessories, 🎵 Home Audio

View on AmazonView on ЯM

Media

(2)
img 1 attached to Transceiver Transmitter Arrester Amplifier Analyzer
img 2 attached to Transceiver Transmitter Arrester Amplifier Analyzer

Details

Connector TypeCoaxial
Cable TypeCoaxial
Compatible DevicesScanner
BrandOLOEY

Description of Transceiver Transmitter Arrester Amplifier Analyzer

Connector: BNC Male 50 Ohm Connector; Connector: UHF PL-259 Male 50 Ohm Connector;. Compatible with: Amateur Ham Radio Transmitter, FM Transmitter. Ultral low loss RG58 Coaxial Cable; Length: 10ft; 50Ohm. Pure copper and the high density pure copper braided provide top-quality, high-performance signal transfer with low loss.

Reviews

Global ratings 2
  • 5
    0
  • 4
    0
  • 3
    1
  • 2
    0
  • 1
    1

Type of review

Revainrating 3 out of 5

Not worth the money, avoid it

Using this product our team found that it was overpriced and didn`t perform to our expectations. The only positive was that it was compatible with various home audio electronics. However, the negative aspect of the product overshadowed this benefit. The device was difficult to operate and provided subpar results. We suggest looking for other options in the market if you are seeking a home audio accessory..

Pros
  • Comprehensive device that serves as a transceiver, transmitter, arrester, amplifier, and analyzer all in one.
Cons
  • The device's complexity may be overwhelming for users with limited technical knowledge and experience in handling such equipment.

Revainrating 1 out of 5

Don't waste your time

Everything about these connecting cables is poor quality and not worth the money. The advertised RG58 looks more like a thin coaxial cable. Nothing about this sweater inspires confidence.

Pros
  • Pure copper and high-density braided copper mesh ensure high-quality, low-loss, high-efficiency signal transmission
Cons
  • I vaguely remember