Abracon introduces UWB filter | Heisener Electronics
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Abracon introduces UWB filter

Technology Cover
Fecha de Publicación: 2023-04-21, Abracon LLC

  Ultra-Wide Band (UWB) is a wireless carrier communication technology that transmits data using nanosecond non-sinusoidal narrow pulses over a wide range of spectrum. These products are RoHS-compliant and are designed to be small and compact, ideal for space-constrained applications. The UWB filter is the perfect solution for applications such as item tracking, smart access and contactless payment.

    UWB technology is growing in popularity due to its ability to provide high-speed data transmission, precise positioning tracking and reliable communications for markets such as telecommunications, aerospace and defense. Abracon's UWB filter is designed to remove noise and unwanted signals from UWB applications. As an extension of the UWB antenna product, Abracon's UWB filter is ideal for applications requiring the UWB frequency range of 6240 MHz to 8240 MHz. UWB filters are critical in UWB applications because they directly affect the performance of the transmitter and receiver.

  UWB filters require different types of filters to meet the specific requirements of different applications. Band-pass filters are used to limit the frequency range of a signal to a particular passband, while low-pass filters allow signals below the selected cutoff frequency to pass and attenuate signals with frequencies higher than the cutoff frequency, and high-pass filters allow signals above a certain cutoff frequency to pass and attenuate signals with frequencies lower than that cutoff frequency.


Application scenario of UWB filter

● Internet of Things

● Machine to machine (M2M)

● Vehicle safety access

● Item Tracking

● Indoor Navigation

● Contactless payment

● Intelligent access

● Object Detection


Product specification

● Broadband BPF

● Low insertion loss

● 6240 MHz to 8240 MHz frequency

● -40°C to +105°C operating temperature range

● Signal attenuation as low as -2dB

● Low maximum input power value

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