AURSINC ZA-048 Log-Periodic Antenna 400MHz-8GHz for Tinysa Analyzer


✅ Editor’s Pick


🛒 Available on Amazon


💰 Value-Focused

📸 Product Images

AURSINC ZA-048 Log-Periodic Antenna 400MHz-8GHz for Tinysa Analyzer

Current Amazon Price
SEK329.77
(as of Feb 15, 2026 05:26:04 UTC)
Prices and availability can change. Amazon’s price at checkout applies.

🧭 How This Product Was Evaluated

  • 👣 Comfort and usability for typical hikes
  • 🧱 Materials and build quality for repeated outdoor use
  • ⚖️ Value compared with similar products in the same category
  • 🎒 Fit for beginner and casual hikers

🎯 Who This Is Best For

  • 🧑‍🦯 Beginner hikers and casual outdoor users
  • 🌲 Day hikes, light trails, and weekend trips
  • 💵 Buyers prioritizing practical value
  • 🗺️ General use in parks, trails, and travel hikes

⚙️ Product Overview

✅ Best For Beginner hikers, day hikes, casual outdoor use
👟 Comfort Built for extended walking and trail use
🛡️ Durability Suitable for common hiking environments
💵 Value Competitive for its feature set

See reviews + more photos on Amazon


👉 View on Amazon (Reviews + Photos)

🌟 Pros & Cons

✅ Pros

  • 🙂 Comfortable for most beginner hiking needs
  • ⚖️ Balanced feature-to-price ratio
  • 🧩 Easy to use with minimal setup
  • 🧭 Versatile for different trail conditions
⚠️ Cons

  • 🏔️ Advanced users may want higher-end features
  • 📏 Performance depends on correct size/fit


📝 Product Details

From the brand

Professional Measurement Tools

AURSINC delivers accurate, reliable RF test tools. Trusted for innovative designs empowering pros & hams alike in every RF challenge

AURSINC dedicated to providing professional measurement tools and electronic products to meet the needs of both hobbyists and professionals.

We are always ready to assist you with any questions or concerns.

Thank you for considering AURSINC as your trusted partner for all your measurement tool needs.

—— Your Projects, Our Tools

promisepromise

4.0 inch Touchsreen

PC Software Control

Tiny sa ultraTiny sa ultra

Tinysa Spectrum Analyzer

LNA Module for Tinysa

NanoVNA Antenna Analyzer

NanoVNA Antenna Analyzer

Upgrated Nano VNA

Tinysa Accessories

MMDVM Hotspot

Radioberry & Allstar

The ZA-048 is a printed LDPA (Log-Periodic Dipole Array Antenna). Optimized design techniques significantly reduce its size, making it compatible with the tinySA ULTRA spectrum analyzer. Using new technology, it covers 400MHz-8GHz in a 27x23cm size, with some low-frequency directionality loss
The antenna’s input resistance is rated at 50Ω, and return loss fluctuates when the antenna is connected to a 50Ω source. In most frequency bands above 1GHz, the return loss is about 10dB or less, and the VSWR is about 2. In the 400M-1GHz band, the return loss is about 4.5dB or less, and the VSWR is about 4. The VSWR increases rapidly at frequencies below 400MHz
ZA048 log-periodic dipole array antenna can be used for radio direction finding under the frequency between 1GHz-8.5GHz without strict requirements. It exerts a decent sensitivity of direction of the signal source when being held single-handedly and changes directions along with the body
Due to antenna area constraints, some low – frequency directionality was sacrificed. Please refer to the gain and front-back comparison charts below
[Packing List] ZA-048 Log-Periodic Dipole Array Antenna 1set (Tinysa ultra NOT included)

🏁 Final Assessment

If the size and materials match what you need, check today’s price and the latest reviews before you decide.


🛒 Get It on Amazon (Check Availability)


❓ Frequently Asked Questions

Is this suitable for beginners?

Yes. It’s designed to be easy to use and practical for people new to hiking.

What type of hiking is it best for?

Day hikes, light trails, and casual outdoor activities.

Is this good value for money?

It offers a balanced mix of features and price compared with similar products.



Affiliate Disclosure: hikingdeal.com participates in the Amazon Services LLC Associates Program.
Prices and availability are subject to change.

Related Posts

Leave a Reply