This high pass filter provides a great VSWR (< 2.0:1) and loss insertion losses of 1.5 dB over its frequency range (18000 MHz to 40000 MHz). This product offers a high rejection of 60 dB from DC to 16000 MHz. Fitted with K (2.92 mm) connectors it can handle up to 2 W CW.
This high pass filter provides a great VSWR (< 2.0:1) and loss insertion losses of 1 dB over its frequency range (2000 MHz to 18000 MHz). This product offers a high rejection of 30 dB from DC to 1400 MHz. Fitted with SMA connectors it can handle up to 2 W CW.
This high pass filter provides a great VSWR (< 2.0:1) and loss insertion losses of 1 dB over its frequency range (2800 MHz to 18000 MHz). This product offers a high rejection of 30 dB from DC to 2215 MHz. Fitted with SMA connectors it can handle up to 2 W CW.
This high pass filter provides a great VSWR (< 2.0:1) and loss insertion losses of 1 dB over its frequency range (20000 MHz to 40000 MHz). This product offers a high rejection of 50 dB from DC to 15000 MHz. Fitted with K (2.92 mm) connectors it can handle up to 2 W CW.
This high pass filter provides a great VSWR (< 2.0:1) and loss insertion losses of 1 dB over its frequency range (3000 MHz to 18000 MHz). This product offers a high rejection of 30 dB from DC to 1700 MHz. Thanks to an high thermal performances substrate, its specifications are very consistent over its operating temperature range ( -40°C to +70°C).
This high pass filter provides a great VSWR (< 2.0:1) and loss insertion losses of 1 dB over its frequency range (3080 MHz to 18000 MHz). This product offers a high rejection of 30 dB from DC to 2430 MHz. Fitted with SMA connectors it can handle up to 2 W CW.
This high pass filter provides a great VSWR (< 2.0:1) and loss insertion losses of 1 dB over its frequency range (3300 MHz to 18000 MHz). This product offers a high rejection of 30 dB from DC to 2605 MHz. Fitted with SMA connectors it can handle up to 2 W CW.
This high pass filter provides a great VSWR (< 2.0:1) and loss insertion losses of 1.5 dB over its frequency range (4000 MHz to 18000 MHz). This product offers a high rejection of 60 dB from DC to 3300 MHz. Thanks to an high thermal performances substrate, its specifications are very consistent over its operating temperature range ( -40°C to +70°C).
This high pass filter provides a great VSWR (< 2.0:1) and loss insertion losses of 1 dB over its frequency range (4400 MHz to 18000 MHz). This product offers a high rejection of 30 dB from DC to 3075 MHz. Fitted with SMA connectors it can handle up to 2 W CW.
This high pass filter provides a great VSWR (< 2.0:1) and loss insertion losses of 1 dB over its frequency range (5500 MHz to 18000 MHz). This product offers a high rejection of 30 dB from DC to 4350 MHz. Fitted with SMA connectors it can handle up to 2 W CW.
This high pass filter provides a great VSWR (< 2.0:1) and loss insertion losses of 0.7 dB over its frequency range (6000 MHz to 18000 MHz). This product offers a high rejection of 20 dB from DC to 4000 MHz. Thanks to an high thermal performances substrate, its specifications are very consistent over its operating temperature range ( -40°C to +85°C).
This high pass filter provides a great VSWR (< 2.0:1) and loss insertion losses of 1 dB over its frequency range (6600 MHz to 18000 MHz). This product offers a high rejection of 30 dB from DC to 5220 MHz. Fitted with SMA connectors it can handle up to 2 W CW.
This low pass filter offers a passband from DC to 1600 MHz with 0.5 dB of insertion losses and a high rejection of 35 dB at 2400 MHz.
Fitted with N connectors, it offers a VSWR of 1.5:1 and a power handling of 1000 W average.
This low pass filter offers a passband from DC to 1100 MHz with 0.5 dB of insertion losses and a high rejection of 65 dB at 2060 MHz.
Fitted with SMA connectors, it offers a VSWR of 1.5:1 and a power handling of 100 W average.
This low pass filter offers a passband from DC to 4,9 MHz with 0,5 dB of insertion losses and a high rejection of 100 dB at 18 MHz.
Fitted with BNC connectors, it offers a VSWR of 1.5:1 and a power handling of 10 W average.
This low pass filter offers a passband from DC to 18000 MHz with 1.0 dB of insertion losses and a high rejection of 20 dB at 20000 MHz. Fitted with SMA connectors, it offers a VSWR of 1.7:1 and a power handling of 2 W average.
Thanks to an high temperature stability substrate, its specifications stays very stable over it temperature operating range (-40 ° C to +85 ° C.).
This low pass filter offers a passband from DC to 3000 MHz with 1.0 dB of insertion losses and a high rejection of 40 dB at 4600 MHz.
Fitted with SMA connectors, it offers a VSWR of 1.5:1 and a power handling of 2 W average.
This low pass filter offers a passband from DC to 8000 MHz with 1.0 dB of insertion losses and a high rejection of 40 dB at 12000 MHz.
Fitted with SMA connectors, it offers a VSWR of 1.5:1 and a power handling of 2 W average.
This low pass filter offers a passband from DC to 1000 MHz with 1.0 dB of insertion losses and a high rejection of 40 dB at 1500 MHz.
Fitted with SMA connectors, it offers a VSWR of 1.5:1 and a power handling of 2 W average.