Tuidudi SMA Calibration Kits For Antenna Analyzer Vector Network Analyzer 6 Pcs Set Up To 6GHz
Why you'll like it
- High-Frequency Accuracy — Delivers reliable performance up to 6GHz for precision RF testing and antenna analysis.
- Low Reflection and Loss — Features a 50 Ohm input impedance and VSWR of less than 1.1 for accurate baseline measurements.
- Complete 6-Piece Set — Includes open, short, load standards, M2M and F2F connectors, and a jumper cable for seamless thru calibration.
- Durable Copper Build — Constructed from robust circular copper materials designed for longevity and consistent electrical performance.
Product details
Description
The Tuidudi SMA Calibration Kit is an essential 6-piece accessory set designed for precise calibration of vector network analyzers and antenna testers up to 6GHz. Built from durable copper with a circular shape, this kit features a 50 Ohm input impedance and a low VSWR of less than 1.1 to ensure accurate baseline measurements and eliminate systematic errors like cable loss.
The comprehensive package includes open, short, and load calibration standards, along with male-to-male and female-to-female connectors plus a convenient male-to-male jumper cable for the thru-calibration step. Ideal for radio frequency engineers, hobbyists, and technicians working with popular handheld analyzers, this set guarantees high-frequency accuracy and reliable reflection or transmission data during testing.
How to use
- Connect the appropriate open, short, or load standard directly to your vector network analyzer port following your device calibration menu prompts.
- Use the provided male-to-male jumper cable and adapters to complete the thru-calibration phase before starting your RF measurements.
Ingredients
High-purity copper connectors, gold-plated internal contacts, precision 50-Ohm resistive load elements.
As printed by the brand. Check the pack label if you have an allergy.
Specifications
| Brand | Tuidudi |
|---|---|
| Ships from | USA (sourced directly), checked in Navi Mumbai |
| Sold by | Dropy.in |
Ratings & reviews
From our customers
FAQs
What devices are compatible with this SMA calibration kit?
This kit is designed to calibrate various vector network analyzers and antenna analyzers, including the NanoVNA series (H, H4, F, V2), Mini1300, and PS100.
What frequency range does this calibration kit support?
The kit supports operational frequencies up to 6GHz, making it suitable for a wide range of high-frequency RF and antenna testing applications.
What items are included in the 6-piece set?
The package includes an open kit, short kit, load kit, male-to-male connector, female-to-female connector, and a male-to-male jumper cable for thru calibration.
Are these imported products authentic when buying through Dropy India?
Yes, all products available on Dropy are 100% authentic USA imports. Dropy sources items directly from the United States to ensure genuine quality for Indian customers.
What is the input impedance of the calibration components?
The input impedance of the kit is 50 Ohm with a VSWR of less than 1.1, ensuring high precision during testing.
How long will delivery take?
Most orders arrive in 15–20 days: we source each product directly from the USA, check it at our Navi Mumbai warehouse and pack it on video. Items marked Dropy Express ship from our India warehouse and arrive in 3–5 days.
Is cash on delivery available?
Full cash on delivery is available all over India on Dropy Express items. For other orders from ₹2,499 to ₹15,000 you can use Partial COD: pay 25% online now and the rest in cash on delivery.
Are your products genuine?
Yes. Every product is 100% authentic, sourced directly from the USA, quality-checked and packed on video at our Navi Mumbai warehouse.
What if my order arrives damaged or wrong?
Write to us at [email protected] as soon as it arrives. Damaged, wrong or not as described, our Buyer Protection gives you a full refund. The details are in our Return, Refund & Cancellation Policy.
Is delivery free?
Delivery is free on orders from ₹1,499. Below that a ₹79 delivery fee applies.