New AOR MC-600 MC600 Impedance Matching Transformer for LA380 LA390 from Japan

Description

AOR MC-600
Impedance Matching Transformer for LA380 LA390
from Japan / Tracking
【DESCRIPTION】
○ MC-600 is a product with a built-in matching transformer circuit that converts the signal guided by the coaxial cable
for high impedance balanced input, which is often used in antique radios and radio tuners.
No power supply is required for operation.
○ Manufactured to show uniform characteristics in the range of 10kHz to 30MHz.
I know that many customers make this kind of matching circuit by themselves, but the MC-600 is small and easy to
use.
It is a convenient item to have one.
※For reception only.
【SPEC】
Frequency range: 10kHz to 30MHz
Impedance: 50Ω (non-equilibrium) / 600Ω (balanced)
Connector: BNC-J / Terminal block
Attached cable Parallel line: Approximately 30 cm
Dimensions: 34 x 24 x 50 mm (excluding protrusions)
Weight: Approximately 42 g.
※Please feel free to contact us if you have any question.
【SHIPPING】
Free shipping!
We will ship to world wide by EMS
(Insured, Trackable, Including handling cost.)
EMS (takes 4~7 days, includes with insurance & a tracking number).
EMS (Express Mail Service) is international mailing service by Japan Post Office.
We will ship your item within 3-5 business days, after your payment.
We can ship ONLY to your PayPal address.
【PAYMENT】
We accept
PayPal
only.
Please make a payment within 3 days after send my invoice.
【INTERNATIONAL BUYERS - PLEASE NOTE】
Import duties, taxes, and charges are not included in the item price or shipping charges.
These
charges are the buyer’s responsibility.
Please check with your country’s customs office to determine what these additional costs will be
prior to bidding/buying.
These charges are normally collected by the delivering freight (shipping) company or when you
pick the item up do not confuse them for additional shipping charges.
We do not mark merchandise values below value or mark items as "gifts".
The US and International
government regulations prohibit such behavior.