X
5% FIRST ORDER DISCOUNT

Receive our regular Special Offers newsletter

x

THANK YOU!

Thank you for subscribing!

Altronic 1101 MS

1100 MS (Maximum Stability) Series Loads
altronic-1101

TRU Price Guarantee

(Subject to conditions)

Call
Call for Price
Call
Call for Price
Call
Call for Price
Call
Call for Price
Call
Call for Price
Call
Tech Support
2-Year Warranty

Description

A leader in product development, Altronic Research was the first to design and produce a water cooled RF coaxial load resistor (dummy load).  We continue to innovate, recently starting production on our maximum stability line of oil cooled dummy loads.  We strive for continuous improvement of our products through innovation, integrity, and teamwork excellence.  We work to gain a thorough understanding of our customers’ needs and expectations, then translate that knowledge into world-class products and services.  We welcome your comments and questions as we endeavor to provide you with top quality at the highest value and service worldwide.

The 1100 MS (Maximum Stability) Series has been specifically designed for the Semiconductor and ISM industry of operation at 13.56 MHz.  The MS load series will provide typical stability at 13.56MHz of less than 1% (.043 dB) change in VSWR over their full respective power ranges. These loads demonstrate the same reliability that all Altronic dummy loads are known for around the world.  While providing better RF characteristics than what has previously been available, these loads also have better RF stability under full power.  By utilizing Power Film Systems’ low TCR proprietary resistors along with higher performing cooling dielectric oil, these loads provide superior results not seen in the industry.

 Maximum VSWR Stability

 Higher Performing Cooling Dielectric Oil

 Overtemp Interlock

 Less than 1% change in VSWR over Full Power Range at 13.56MHz

Reviews

There are no reviews yet.

Be the first to review “Altronic 1101 MS”

Your email address will not be published. Required fields are marked *