Description
The TFD-868-915[-X] antenna is a ground plane independent flexible PCB (FPCB) dipole antenna with a compact footprint covering 868/915MHz (863-928MHz) developed for embedded applications.
Model / SKU: TFD-868-915
The TFD-868-915[-X] antenna is a ground plane independent flexible PCB (FPCB) dipole antenna with a compact footprint covering 868/915MHz (863-928MHz) developed for embedded applications.
Designed for mounting on non-conductive surfaces the TFD-868-915[-X] range is installed via a high-performance adhesive backing layer and is supplied with integrated C113 cable fitted with a right angle UFL plug.
The TFD-868-915[-X] antenna is a ground plane independent flexible PCB (FPCB) dipole antenna with a compact footprint covering 868/915MHz (863-928MHz) developed for embedded applications.
The TFD-868-915[-X] antenna is a ground plane independent flexible PCB (FPCB) dipole antenna with a compact footprint covering 868/915MHz (863-928MHz) developed for embedded applications.
Designed for mounting on non-conductive surfaces the TFD-868-915[-X] range is installed via a high-performance adhesive backing layer and is supplied with integrated C113 cable fitted with a right angle UFL plug.
| Colour | Black |
|---|---|
| Cable Length | Below 1m |
| Connector (VHF/UHF) | UFL / MHF1 |
| ELECTRICAL DATA | |
|---|---|
| Pattern | Omnidirectional |
| Max Input Power(W) | 5 |
| Typical VSWR | <2.5:1 |
| Frequency Range | Gain | 863 – 928MHz |
| Cellular LTE Elements | No |
| WIFI Elements | No |
| UHF Elements | No |
| GPS DATA | |
| Number of GPS Elements | No |
| MECHANICAL DATA | |
| Colour | Black |
| Length | 75 (mm) | 2.95 (in) |
| Width | 10 (mm) | 0.39 (in) |
| Height | 1.6 (mm) | 0.06 (in) |
| Operating Temperature | -40°/ +80°C (-40.0°/ +176.0°F) |
| CABLE DATA | |
| Cable Length – Whip | min: 0.05 (m) | 0.16 (ft); max: 0.2 (m) | 0.66 (ft) |
| Cable Type (Whip) | C113 |
| TERMINATION DATA | |
| Connector (VHF/UHF) Whip | UFL / MHF1 |
| MOUNTING DATA | |
| Mounting Type Temp | Hook/Loop or Adhesive |
| Mounting Methods | Hook/Loop or Adhesive |
| TECHNOLOGY DATA | |
| Technology | 868-923MHz; LoRa |
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