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Cavity Band Pass Filter with SMA Female Connectors Operating From 1710 MHz to 1785 MHz, Up to 20W CW

SKU: BPF-MAJMAJ-1710-1785-01
$380.00
The BPF-MAJMAJ-1710-1785-01 is a high-performance cavity band pass filter designed to provide deep and selective suppression of unwanted signals outside the passband. It features a wide passband covering 1710 to 1785 MHz with low insertion loss, making it an ideal solution for passing desired high-frequency signals while blocking out-of-band noise and spurious signals, maintaining signal integrity across the target spectrum. Engineered with a precision aluminum alloy cavity, this filter ensures excellent out-of-band rejection of ≥60 dB, low passband loss of ≤1.0dB, and a high power handling capacity of up to 20W CW. Its robust construction and standard SMA-Female interfaces guarantee reliable operation in demanding applications such as communications infrastructure, radar systems, and advanced test setup.

Cavity Band Pass Filter with N Female Connectors Operating From 1345 MHz to 1385 MHz, Up to 10W CW

SKU: BPF-MCJMCJ-1345-1385-01
$380.00
The BPF-MCJMCJ-1345-1385-01 is a high-performance cavity band pass filter designed to provide deep and selective suppression of unwanted signals outside the passband. It features a wide passband covering 1345 to 1385 MHz with low insertion loss, making it an ideal solution for passing desired high-frequency signals while blocking out-of-band noise and spurious signals, maintaining signal integrity across the target spectrum. Engineered with a precision aluminum alloy cavity, this filter ensures excellent out-of-band rejection of ≥50 dB, low passband loss of ≤1.0dB, and a high power handling capacity of up to 10W CW. Its robust construction and standard N-Female interfaces guarantee reliable operation in demanding applications such as communications infrastructure, radar systems, and advanced test setup.

Cavity Band Pass Filter with SMA Female Connectors Operating From 1558 MHz to 1579 MHz, Up to 10W CW

SKU: BPF-MAJMAJ-1558-1579-01
$380.00
The BPF-MAJMAJ-1558-1579-01 is a high-performance cavity band pass filter designed to provide deep and selective suppression of unwanted signals outside the passband. It features a wide passband covering 1558 to 1579 MHz with low insertion loss, making it an ideal solution for passing desired high-frequency signals while blocking out-of-band noise and spurious signals, maintaining signal integrity across the target spectrum. Engineered with a precision aluminum alloy cavity, this filter ensures excellent out-of-band rejection of ≥90 dB, low passband loss of ≤2.0dB, and a high power handling capacity of up to 10W CW. Its robust construction and standard SMA-Female interfaces guarantee reliable operation in demanding applications such as communications infrastructure, radar systems, and advanced test setup.

Cavity Band Pass Filter with SMA Female Connectors Operating From 3490 MHz to 3510 MHz, Up to 10W CW

SKU: BPF-MAJMAJ-3490-3510-01
$356.00
The BPF-MAJMAJ-3490-3510-01 is a high-performance cavity band pass filter designed to provide deep and selective suppression of unwanted signals outside the passband. It features a wide passband covering 3490 to 3510 MHz with low insertion loss, making it an ideal solution for passing desired high-frequency signals while blocking out-of-band noise and spurious signals, maintaining signal integrity across the target spectrum. Engineered with a precision aluminum alloy cavity, this filter ensures excellent out-of-band rejection of ≥40 dB, low passband loss of ≤1.5dB, and a high power handling capacity of up to 10W CW. Its robust construction and standard SMA-Female interfaces guarantee reliable operation in demanding applications such as communications infrastructure, radar systems, and advanced test setup.

Cavity Band Pass Filter with SMA Female Connectors Operating From 3400 MHz to 3500 MHz, Up to 20W CW

SKU: BPF-MAJMAJ-3400-3500-01
$356.00
The BPF-MAJMAJ-3400-3500-01 is a high-performance cavity band pass filter designed to provide deep and selective suppression of unwanted signals outside the passband. It features a wide passband covering 3400 to 3500 MHz with low insertion loss, making it an ideal solution for passing desired high-frequency signals while blocking out-of-band noise and spurious signals, maintaining signal integrity across the target spectrum. Engineered with a precision aluminum alloy cavity, this filter ensures excellent out-of-band rejection of ≥40 dB, low passband loss of ≤1.7dB, and a high power handling capacity of up to 20W CW. Its robust construction and standard SMA-Female interfaces guarantee reliable operation in demanding applications such as communications infrastructure, radar systems, and advanced test setup.

Cavity Band Pass Filter with SMA Female Connectors Operating From 3400 MHz to 3600 MHz, Up to 40W CW

SKU: BPF-MAJMAJ-3400-3600-01
$360.00
The BPF-MAJMAJ-3400-3600-01 is a high-performance cavity band pass filter designed to provide deep and selective suppression of unwanted signals outside the passband. It features a wide passband covering 3400 to 3600 MHz with low insertion loss, making it an ideal solution for passing desired high-frequency signals while blocking out-of-band noise and spurious signals, maintaining signal integrity across the target spectrum. Engineered with a precision aluminum alloy cavity, this filter ensures excellent out-of-band rejection of ≥50 dB, low passband loss of ≤1.0dB, and a high power handling capacity of up to 40W CW. Its robust construction and standard SMA-Female interfaces guarantee reliable operation in demanding applications such as communications infrastructure, radar systems, and advanced test setup.

Cavity Band Pass Filter with SMA Female Connectors Operating From 5150 MHz to 5850 MHz, Up to 20W CW

SKU: BPF-MAJMAJ-5150-5850-01
$360.00
The BPF-MAJMAJ-5150-5850-01 is a high-performance cavity band pass filter designed to provide deep and selective suppression of unwanted signals outside the passband. It features a wide passband covering 5150 to 5850 MHz with low insertion loss, making it an ideal solution for passing desired high-frequency signals while blocking out-of-band noise and spurious signals, maintaining signal integrity across the target spectrum. Engineered with a precision aluminum alloy cavity, this filter ensures excellent out-of-band rejection of ≥50 dB, low passband loss of ≤1.5dB, and a high power handling capacity of up to 20W CW. Its robust construction and standard SMA-Female interfaces guarantee reliable operation in demanding applications such as communications infrastructure, radar systems, and advanced test setup.

Cavity Band Pass Filter with SMA Female Connectors Operating From 5725 MHz to 5850 MHz, Up to 100W CW

SKU: BPF-MAJMAJ-5725-5850-01
$360.00
The BPF-MAJMAJ-5725-5850-01 is a high-performance cavity band pass filter designed to provide deep and selective suppression of unwanted signals outside the passband. It features a wide passband covering 5725 to 5850 MHz with low insertion loss, making it an ideal solution for passing desired high-frequency signals while blocking out-of-band noise and spurious signals, maintaining signal integrity across the target spectrum. Engineered with a precision aluminum alloy cavity, this filter ensures excellent out-of-band rejection of ≥40 dB, low passband loss of ≤0.6dB, and a high power handling capacity of up to 100W CW. Its robust construction and standard SMA-Female interfaces guarantee reliable operation in demanding applications such as communications infrastructure, radar systems, and advanced test setup.

Cavity Band Pass Filter with SMA Female Connectors Operating From 2400 MHz to 2483 MHz, Up to 20W CW

SKU: BPF-MAJMAJ-2400-2483-01
$360.00
The BPF-MAJMAJ-2400-2483-01 is a high-performance cavity band pass filter designed to provide deep and selective suppression of unwanted signals outside the passband. It features a wide passband covering 2400 to 2483 MHz with low insertion loss, making it an ideal solution for passing desired high-frequency signals while blocking out-of-band noise and spurious signals, maintaining signal integrity across the target spectrum. Engineered with a precision aluminum alloy cavity, this filter ensures excellent out-of-band rejection of ≥50 dB, low passband loss of ≤1.5dB, and a high power handling capacity of up to 20W CW. Its robust construction and standard SMA-Female interfaces guarantee reliable operation in demanding applications such as communications infrastructure, radar systems, and advanced test setup.

20dB Fixed Attenuator, SMA Male to SMA Female, 100Watts, DC-8.5GHz, Rectangular, VSWR1.25

SKU: ATT100W20-08-MAJ-MAP-99
$205.60
ZOMWAVE coaxial 50 Ohm attenuator is manufactured to precise RF / microwave industry specifications. ATT100W20-08-MAJ-MAP-99 is N coaxial fixed attenuator operating DC to 8.5 GHz and rated for 100Watts. Available from 6 to 60 dB. RoHS Compliant. ISO Certified. Shipped in 10days with small quantities. Applications:Protecting Sensitive Equipment;Video Systems;RF Communication;Laboratory Setups;Preventing Amplifier Saturation;Audio Applications.

20dB Fixed Attenuator, SMA Female to SMA Female, 100Watts, DC-8.5GHz, Rectangular, VSWR1.25

SKU: ATT100W20-08-MAJ-MAJ-99
$308.55
ZOMWAVE coaxial 50 Ohm attenuator is manufactured to precise RF / microwave industry specifications. ATT100W20-08-MAJ-MAJ-99 is N coaxial fixed attenuator operating DC to 8.5 GHz and rated for 100Watts. Available from 6 to 60 dB. RoHS Compliant. ISO Certified. Shipped in 10days with small quantities. Applications:Protecting Sensitive Equipment;Video Systems;RF Communication;Laboratory Setups;Preventing Amplifier Saturation;Audio Applications.

20dB Fixed Attenuator, SMA Female to SMA Female, 50Watts, DC-8.5GHz, Round, VSWR1.3

SKU: ATT50W20-08-MAJ-MAJ-98
$141.89
ZOMWAVE coaxial 50 Ohm attenuator is manufactured to precise RF / microwave industry specifications. ATT50W20-08-MAJ-MAJ-98 is N coaxial fixed attenuator operating DC to 8.5 GHz and rated for 50 Watts. Available from 3 to 40 dB. RoHS Compliant. ISO Certified. Shipped in 10days with small quantities. Applications:Protecting Sensitive Equipment;Video Systems;RF Communication;Laboratory Setups;Preventing Amplifier Saturation;Audio Applications.