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Low-pass, band-pass, high-pass, band-stop filters...
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Band-pass filter
Bandpass FIlters
Filters are normally applied in between the transmitter output and the antenna to suppress any spurious emissions. For analogue “combined” transmitters the filters are used to suppress the mixed products of the video and audio carriers. In case of DTV transmitters they are needed to ensure certain mask specifications.
SPINNER...
Filters are normally applied in between the transmitter output and the antenna to suppress any spurious emissions. For analogue “combined” transmitters the filters are used to suppress the mixed products of the video and audio carriers. In case of DTV transmitters they are needed to ensure certain mask specifications.
SPINNER...
Band-pass filter
Bandpass FIlters
Filters are normally applied in between the transmitter output and the antenna to suppress any spurious emissions. For analogue “combined” transmitters the filters are used to suppress the mixed products of the video and audio carriers. In case of DTV transmitters they are needed to ensure certain mask specifications.
SPINNER...
Filters are normally applied in between the transmitter output and the antenna to suppress any spurious emissions. For analogue “combined” transmitters the filters are used to suppress the mixed products of the video and audio carriers. In case of DTV transmitters they are needed to ensure certain mask specifications.
SPINNER...
Band-stop filter
There is a continuous growth in demand for bandwidth, e. g. for high-definition TV or mobile internet applications. Accordingly the spacing between transmitting and receiving frequencies is getting narrower, which increases mutual interferences...
Band-stop filter
There is a continuous growth in demand for bandwidth, e. g. for high-definition TV or mobile internet applications. Accordingly the spacing between transmitting and receiving frequencies is getting narrower, which increases mutual interferences and disturbances.
SPINNER supplies a multitude of suitable components such as stop band, band pass, low-pass and high-pass filters to overcome these problems, which might otherwise cause poor video quality or increasing call interruptions.
The superior features of our filters include:
- lowest possible pass band attenuation
- high stop band attenuation and steep filter edges
- excellent passive intermodulation properties
SPINNER filters are used world-wide in the infrastructure of mobile communication, broadcasting, radar and satellite systems. Our products do not only meet the required electrical parameters, but they clearly exceed our customers' expectations.
SPINNER supplies a multitude of suitable components such as stop band, band pass, low-pass and high-pass filters to overcome these problems, which might otherwise cause poor video quality or increasing call interruptions.
The superior features of our filters include:
- lowest possible pass band attenuation
- high stop band attenuation and steep filter edges
- excellent passive intermodulation properties
SPINNER filters are used world-wide in the infrastructure of mobile communication, broadcasting, radar and satellite systems. Our products do not only meet the required electrical parameters, but they clearly exceed our customers' expectations.
Band-pass filter / digital audio broadcasting (DAB) - 170 - 1 492 MHz, 0.5 - 5.1 kW
500 W BAND III DAB / T-DMB BANDPASS FILTERS
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Band-pass filter / digital audio broadcasting (DAB) - 170 - 1 492 MHz, 0.5 - 5.1 kW
500 W BAND III DAB / T-DMB BANDPASS FILTERS
- mask filter for DAB and T-DMB
- tuneable within band III
- for 1.54 MHz block bandwidth
- temperature compensated
- installation horizontally
- mask filter for DAB and T-DMB
- tuneable within band III
- for 1.54 MHz block bandwidth
- temperature compensated
- installation horizontally
Band-pass filter / digital television DTV - 174 - 860 MHz, 0.15 - 12.5 kW
BAND III DTV BANDPASS FILTERS
- mask filters...
- mask filters...
Band-pass filter / digital television DTV - 174 - 860 MHz, 0.15 - 12.5 kW
BAND III DTV BANDPASS FILTERS
- mask filters for DTV and ATV
- for 6, 7 and 8 MHz channel bandwidth
- tuneable within band III
- temperature compensated
- installation horizontally
- mask filters for DTV and ATV
- for 6, 7 and 8 MHz channel bandwidth
- tuneable within band III
- temperature compensated
- installation horizontally
High-pass filter - ±10 V, 1 MHz | SIM965
The SIM965 Analog Filter, functionally manufactured by Stanford Research Systems, is specifically designed for signal conditioning procedures wherein...
High-pass filter - ±10 V, 1 MHz | SIM965
The SIM965 Analog Filter, functionally manufactured by Stanford Research Systems, is specifically designed for signal conditioning procedures wherein Besser or Butterworth filters are necessary. These filters provide a clean-step response (negligible overshoot) and linear-phase response, whereas Butterworth filters offer an outstanding pass-band flatness with some overshoot. An option of a high-pass or low-pass filtering is chosen from the front panel while frequencies are set with 3-digit resolution with a choice of 12, 24, 36, and or 48 dB/octave roll to be proved for either filter type.
High-pass filter - HP/04, LP/04
This device provides brick wall type minimization of spurious minimal frequency phenomena. This tool possibly invalidate...
High-pass filter - HP/04, LP/04
This device provides brick wall type minimization of spurious minimal frequency phenomena. This tool possibly invalidate data from piezo-electric sources. It has a vibration acceleration signals that supposedly include thermal and strain induced noise elements. The 1/fo two relationship of acceleration versus displacement, and thermal mass constrained these signals to the minimal frequency end of the spectrum appropriately. Also, the filter serves as the boundary fo.