High-pass filters attenuate lower-frequency signals and pass signals above the specified transition region within their rated passband. Compare the model’s stopband rejection and passband loss at the frequencies that matter to your design. Confirm connector, power and impedance requirements in the datasheet.
| Part Number | Stop Band (MHz) | Pass Band (MHz) | Insertion Loss (dB) | Rejection at Frequency (MHz) | Rejection dB Atten | VSWR Input | VSWR Output | Max. Input Power P1 dBm | |
| HD32493 | DC-500 | 700-5000 | 1 | 100/500 | 100/30 | 1.5 | 1.5 | 27 | Download |
Provide the required frequency response, insertion loss or attenuation, impedance and RF power level. RFComp can review these requirements against available model specifications.
Specify operating and storage temperatures, vibration, sealing and other environmental requirements. Confirm each rating in the selected model’s datasheet; do not assume every model supports extreme conditions.
Provide connector type, package dimensions, mounting constraints and any space or weight limits. Confirm the mechanical drawing and interface requirements before ordering.
Insertion loss describes attenuation of the wanted signal in the passband. Rejection describes attenuation at specified unwanted frequencies. Check both across the frequencies that matter to your system.
Compare the model’s specified passband, stopband, power rating, impedance, connector interface and temperature limits with your requirements. A connectorized package alone does not establish frequency or environmental compatibility.
Send the passband and stopband limits, required rejection at specified frequencies, allowable insertion loss, power level, impedance, connector type, temperature range and quantity.
Lead RF Architect
Global Aerospace Prime
Senior Test Engineer
Semiconductor Testing Services
Director of Operations
Telecommunications Infrastructure Co.
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HD Communications Corp.
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