Products

The BPF-MCJMCJ-0880-0915-01 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 ≤2.0dB, 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.

The BPF-MAJMAJ-0923-0928-01 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 0923 to 0928 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 ≤3.0dB, 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.

The BPF-MAJMAJ-0915-0920-01 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 0915 to 0920 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 ≤1.0dB, 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.

The BPF-MAJMAJ-0597-0603-01 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 0597 to 0603 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 ≤2.0dB, 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.

The BPF-MAJMAJ-2200-2400-01 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 2200 to 2400 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 ≥70 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.