Deliver to
United Kingdom
This is 27 mH RN Common Mode Choke manufactured by Schaffner. The manufacturer part number is RN112-0.5-02-27M. The given dimensions of the product include 17.7 x 17.1 x 12.6mm. The product is available in through hole configuration. It also carries 0.5 a maximum current. The product rn, is a highly preferred choice for users. The product has -40°c → +100°c of operating temperature range. Moreover, it has solder pad terminal style. Its accurate length is 17.7mm. In addition, the height is 12.6mm. It features a test frequency of 10 khz. The product comes in 17.1mm depth. The product has a 27 mh inductance value. It has a maximum operating temperature of +100°c. Whereas, the minimum operating temperature of the product is -40°c. It has about 1.2ω DC resistance .
For more information please check the datasheets.
Enrgtech owes its success to the drive and determination of our team to ensure we meet and exceed the level of service or 27 mH Schaffner RN Common Mode Choke delivery that our customers have come to expect from us for the last 17 years. We delightedly bring you a Common Mode Chokes that get its name because they choke or block high-frequency signals while consenting to low-frequency signals to pass and are electromagnetic components that use direct current (DC) and alternating current (AC) to block high frequencies in a circuit.
We deal directly with some of the world's leading brands, such as Schaffner, and have access to Common Mode Chokes products, such as 27 mH Schaffner RN Common Mode Choke, to name a few, and we recognise that each customer has unique requirements. That's why we personalize our service offering 27 mH Schaffner RN Common Mode Choke by taking the time to understand customer demands, the target products, and the value we can bring to help develop business together. Be sure to get in touch with us at your earliest convenience for additional assistance about RN112-0.5-02-27M by emailing sales@enrgtech.co.uk or contacting us at +44 (0) 3303 800 157.
Basket Total:
£ 0
