1pc RF Bandpass Filter 868MHz RFID Receivers EU IoT Dedicated SAW Bandpass Filter 2MHz Bandwidth SMA Interface

Model Number: Filter - This RF bandpass filter is specifically designed with a model number 'Filter', tailored for high precision and reliability in RFID receivers operating at 868MHz, ensuring optimal performance in EU IoT applications.

DIY Supplies: Electrical - Perfect for electrical DIY enthusiasts and professionals, this bandpass filter facilitates seamless integration into custom projects and IoT devices, enhancing signal clarity and reducing interference.

Two sides are gold-plated SMA connectors (one side is SMA female head - external threaded inner hole; On the other side is the SMA male head with internal thread, designed as a double-sided circuit board with high mechanical strength and stable electrical performance.

Small size, light weight, low insertion loss, centre frequency of 868M

Description/Features:

Experience enhanced signal clarity with our Crystal RF Bandpass Filter, designed specifically for 868MHz RFID receivers and EU LoRa IoT node devices. This compact and lightweight filter boasts a large heat dissipation area, ensuring stable performance over extended operating periods. With a 1dB bandwidth of 4MHz and a steep cutoff, it effectively filters out-of-band signals, reduces noise, and increases the dynamic range. The filter also features low insertion loss and excellent pass-band ripple coefficient and out-of-band rejection, optimizing your device's performance in demanding environments.

Specifications:

Impedance: 50 ohms

Centre Frequency: 868MHz

Passband (1dB Bandwidth): 867~869MHz

In-band Insertion Loss: < 2 dB

Maximum Carrying Power: 100 mW (20 dBm)

Interface: SMA-M, SMA-F

Colour: As Shown

Material: Metal

Package Contents:

1*868MHz RFID Filter

Only the above package content, other products are not included.

Note: Light reflection and different displays may cause the colour of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.