Search Results for low pass filter

Our filter connectors come in a selection of options to choose from depending on your threat profile, including several low-pass filter options for EMI protection and transient voltage suppression (TVS) diodes or metal oxide varistors (MOVs) for transient voltage events. Filtering capabilities can be applied throughout our MIL-SPEC portfolio ...

The comprehensive portfolio of Filter products from Amphenol Procom are designed by experienced engineers, and highly used in the HF-, VHF-and UHF r adio f requency range. Amphenol Procom product collection includes F ilters named after their functionality: Duplex-, Diplex-, Triplex-, Band Pass-, Band R eject-, Pass/Reject-, Low Pass-, and High ...

The comprehensive portfolio of Filter products from Amphenol Procom are designed by experienced engineers, and highly used in the HF-, VHF-and UHF r adio f requency range. Amphenol Procom product collection includes F ilters named after their functionality: Duplex-, Diplex-, Triplex-, Band Pass-, Band R eject-, Pass/Reject-, Low Pass-, and High ...

Band Pass Filters BPF 2G/7 - AMPHENOL PROCOM 7-resonator, interdigital band-pass filter. Especially suitable for multichannel systems in the 2 GHz band. Wide pass range of approx. 80 MHz. Low insertion loss and low ripple inside pass range. ...

LB - Low Bias electronics LC - Limited Calibration (one point calibration) LP - Low Pass filter M - Metric mounting hardware and cable length U - Usable demonstration sensor (does not meet one of more minor specifications) VO - Velocity Output Sensors

LB - Low Bias electronics LC - Limited Calibration (one point calibration) LP - Low Pass filter M - Metric mounting hardware and cable length U - Usable demonstration sensor (does not meet one of more minor specifications) VO - Velocity Output Sensors

The LP 175 is a low-pass filter, which passes all signals in or below the 2 m-band (138 - 175 MHz) and rejects signals above this range. The LP 175 is used to prevent RFI (Radio Frequency Interference) caused by excessive harmonic-generation from transmitters operating in the 2 m band.

RF Filters . Am p henol Procom has 40 years of experience in developing and producing high quality RF Low- and high-power F ilters for professional radio systems, widely used in the Public S afety and M ission C ritical r adio TETRA network s in Europe. The comprehensive portfolio of Filter products from Amphenol Procom are designed by experienced engineers, and highly used in the HF-, VHF-and ...

Filter FLT-186-JJ GSM900 with LTE850 Suppression | Band Pass Filter | Twin Unit Electrical Characteristics Band Pass Frequency 880.1-960 MHz Stop Band Attenuation (869-879 MHz) > 41 dB 880.1-915 MHz 925.1-960 MHz Insertion Loss Maximum < 2.4 dB < 0.3 dB Typical 0.35 dB 0.2 dB Insertion Loss - High/ Low Temperature Maximum ≤ 2.6 dB ≤ 0.3 dB

The comprehensive portfolio of Filter products from Amphenol Procom are designed by experienced engineers, and highly used in the HF-, VHF-and UHF r adio f requency range. Amphenol Procom product collection includes F ilters named after their functionality: Duplex-, Diplex-, Triplex-, Band Pass-, Band R eject-, Pass/Reject-, Low Pass-, and High ...

Miniature LC band-pass filter. Allows the whole 225 - 400 MHz band to pass. Series coupled high/low pass filter design. Chebychev characteristic ensures low insertion loss and high out-of-band rejection.

The Duplex Band-Pass Filter PRO-DPBP 380-400/410-430 is designed to combine a Public safety TETRA network 380 - 400 MHz and a Civil/Private TETRA network 410 - 430 MHz, into one common Antenna. ... strong aluminium housing. The filter i silver plated inside, which ensures a very low insertion loss. Built-in DC stop between all ports. The ...

In Amphenol Procoms Low Pass Filters the spectrum of pass band are from 0-2100 MHz and stop band from 138 MHz to 12.4 GHz. View our products line here. Alle Tiefpassfilter anzeigen. Zubehör. Amphenol Procom provides Mounting Kits for a wide range of Multiplexers and Duplex Filters with repeater. Learn more of our product line here.

[5] Selectable High Pass cutoff frequencies of 5, 10, 20, 200 and 500 Hz. [6] Selectable Low Pass cutoff frequencies of 10,000, 5000, 2500, 1200, 625 and 313 Hz. [7] Bolt joint slip torque is calculated assuming a coefficient of friction (µ) of 0.1 and that grade 8 socket head cap screws are used and tightened to 75% of yield.

[5] Selectable Low Pass cutoff frequencies of 10,000, 5000, 2500, 1200, 625 and 313 Hz. [6] Selectable High Pass cutoff frequencies of 5, 10, 20, 125, 200 and 500 Hz [7] Bolt joint slip torque is calculated assuming a coefficient of friction (µ) of 0.1 and that grade 8 socket head cap screws are used and tightened to 75% of yield.

Digital High Pass Filter: Performance: Velocity Peak/RMS. Frequency Range Accel (±3 dB): 1 Hz HP. 2 Hz to 10 kHz. Analog High Pass Filter: Frequency Range Accel (±3 dB): 10 Hz HP. 10 Hz to 10 kHz: Analog High Pass Filter. Performance: Temperature Measurement. Range-40 °F to 185 °F-40 °C to 85 °C. Physical. Dimensions. 2.6 x .99 x .99:

[5] Selectable High Pass cutoff frequencies of 5, 10, 20, 200 and 500 Hz. [6] Selectable Low Pass cutoff frequencies of 10,000, 5000, 2500, 1200, 625 and 313 Hz. [7] Bolt joint slip torque is calculated assuming a coefficient of friction (µ) of 0.1 and that grade 8 socket head cap screws are used and tightened to 75% of yield.

In Amphenol Procoms Low Pass Filters the spectrum of pass band are from 0-2100 MHz and stop band from 138 MHz to 12.4 GHz. View our products line here. Alle Tiefpassfilter anzeigen. Zubehör. Amphenol Procom provides Mounting Kits for a wide range of Multiplexers and Duplex Filters with repeater. Learn more of our product line here.

an internal high-pass filter to eliminate the static pressure component of the signal, allowing measurement of low-pressure fluid born noise, oscillations, and surges under high static loading. Summary Combustion instability due to acoustics in the chamber or fuel supply issues is a common design problem that is not easy to model.

High power base station band-pass/band-reject filters for the 380 – 470 MHz range. The use of large ø125 mm cavities means a high Q, resulting in a very narrow pass/reject spacing. The large dimensions also mean a high power rating. Unloaded Q of a single cavity is approx. 4500. High frequency stability on temperature and power.