Antennas
-
RFID-A4 Ferrite Sheet
£9.36Add to basketA4 sized (300mm x 200mm) 0.5mm thick self-adhesive ferrite sheeting.
-
ANT125K-20 (20mm)
£4.34Add to basket125KHz antenna for RFID applications. External coil diameter of 20 mm (Inner Diameter 10mm). Flat wound of thickness 2mm. For easy adhesion to a surface. For use in applications with tags that use a small antenna such as keyfobs. Inductance 750uH +/- 5%. DC Resistance 7.5 Ohms +/- 5%.
Our minimum order value is £50 but for small orders it may be cheaper to buy this product from our distributor partners: here (RS Components) or here (TME):
-
ANT125K-45 (45mm)
£4.46Add to basket125 kHz antenna for RFID applications. External coil diameter of 49 mm (Inner Diameter 45 mm). Flat wound of thickness 2mm. For easy adhesion to a surface. For use in applications with tags that use a small antenna such as keyfobs. Inductance 750uH +/- 5%. DC Resistance 7.5 Ohms +/- 5%.
Our minimum order value is £50 but for small orders it may be cheaper to buy this product from our distributor partners: here (RS Components) or here (TME):
-
ANT125K-70 (70mm)
£5.43Add to basket125KHz antenna for RFID applications. External coil diameter of 75 mm (Inner Diameter 70 mm). Flat wound of thickness 2mm. For easy adhesion to a surface. For use in applications with tags that use a small antenna such as keyfobs. Inductance 750uH +/- 5%. DC Resistance 7.5 Ohms +/- 5%.
Our minimum order value is £50 but for small orders it may be cheaper to buy this product from our distributor partners: here (RS Components) or here (TME):
-
RFID-ANT1356M-(65mm)
£6.54Add to basket1 micro Henry antenna coil assembly (6.5cm diameter) designed to be used with 13.56MHz Micro RWD modules (Mifare and ICODE etc). Range with ISO card size transponders/tags up to 10cm.
Other sizes of antenna coil are available or we can design and manufacture custom sizes and shapes. Please contact us for details.Our minimum order value is £50 but for small orders it may be cheaper to buy this product from our distributor partners: here (RS Components) or here (TME):