antenna coli

View as:
  • ANT125K-20 (20mm)

    £4.34

    125KHz 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):

    Add to basket
  • ANT125K-45 (45mm)

    £4.46

    125 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):

    Add to basket
  • ANT125K-70 (70mm)

    £5.43

    125KHz 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):

     

    Add to basket
  • RFID-ANT1356M-(65mm)

    £6.54

    1 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):

    Add to basket

Showing all 4 results

×