6000 MHz Cavity Filters 364

Reset All

Part	Manufacturer	Filter Type	Maximum Frequency	Minimum No. of Sections	Maximum No. of Sections	Connector (Input)	Mounting Type	I/O Impedance	Maximum Operating Temperature	Minimum Operating Temperature	Manufacturer Series	Connector (Output)	Additional Features	Minimum Frequency	Voltage Standing Wave Ratio
10FV30-FREQ/TBW2-NP/NP	Dover Technologies	CAVITY BPF	6000 MHz	10	10	N MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	N MALE	THREE DB BANDWIDTH	2000 MHz	1.5
4FV30-FREQ/UBW1-OB/OB	Dover Technologies	CAVITY BPF	6000 MHz	4	4	BLIND MATE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	BLIND MATE	ONE DB BANDWIDTH	2000 MHz	1.5
16FV30-FREQ/HBW1-N/N	Dover Technologies	CAVITY BPF	6000 MHz	16	16	N FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	N FEMALE	HALF DB BANDWIDTH	2000 MHz	1.5
8FV30-FREQ/UBW2-RO/RO	Dover Technologies	CAVITY BPF	6000 MHz	8	8	REMOVABLE SMA	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	REMOVABLE SMA	ONE DB BANDWIDTH	2000 MHz	1.5
3FV30-FREQ/HBW1-RO/RO	Dover Technologies	CAVITY BPF	6000 MHz	3	3	REMOVABLE SMA	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	REMOVABLE SMA	HALF DB BANDWIDTH	2000 MHz	1.5
2FV30-FREQ/TBW2-P/P	Dover Technologies	CAVITY BPF	6000 MHz	2	2	RF PIN	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	RF PIN	THREE DB BANDWIDTH	2000 MHz	1.5
2FV30-FREQ/UBW1-OP/OP	Dover Technologies	CAVITY BPF	6000 MHz	2	2	SMA MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	SMA MALE	ONE DB BANDWIDTH	2000 MHz	1.5
7FV30-FREQ/TBW2-OP/OP	Dover Technologies	CAVITY BPF	6000 MHz	7	7	SMA MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	SMA MALE	THREE DB BANDWIDTH	2000 MHz	1.5
12FV30-FREQ/UBW1-NP/NP	Dover Technologies	CAVITY BPF	6000 MHz	12	12	N MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	N MALE	ONE DB BANDWIDTH	2000 MHz	1.5
2FV30-FREQ/HBW2-OP/OP	Dover Technologies	CAVITY BPF	6000 MHz	2	2	SMA MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	SMA MALE	HALF DB BANDWIDTH	2000 MHz	1.5
6FV30-FREQ/TBW1-TP/TP	Dover Technologies	CAVITY BPF	6000 MHz	6	6	TNC MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	TNC MALE	THREE DB BANDWIDTH	2000 MHz	1.5
16FV30-FREQ/HBW2-P/P	Dover Technologies	CAVITY BPF	6000 MHz	16	16	RF PIN	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	RF PIN	HALF DB BANDWIDTH	2000 MHz	1.5
13FV30-FREQ/HBW2-OP/OP	Dover Technologies	CAVITY BPF	6000 MHz	13	13	SMA MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	SMA MALE	HALF DB BANDWIDTH	2000 MHz	1.5
14FV30-FREQ/HBW2-NP/NP	Dover Technologies	CAVITY BPF	6000 MHz	14	14	N MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	N MALE	HALF DB BANDWIDTH	2000 MHz	1.5
13FV30-FREQ/UBW1-O/O	Dover Technologies	CAVITY BPF	6000 MHz	13	13	SMA FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	SMA FEMALE	ONE DB BANDWIDTH	2000 MHz	1.5
14FV30-FREQ/UBW1-P/P	Dover Technologies	CAVITY BPF	6000 MHz	14	14	RF PIN	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	RF PIN	ONE DB BANDWIDTH	2000 MHz	1.5
6FV30-FREQ/HBW2-TP/TP	Dover Technologies	CAVITY BPF	6000 MHz	6	6	TNC MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	TNC MALE	HALF DB BANDWIDTH	2000 MHz	1.5
13FV30-FREQ/TBW1-P/P	Dover Technologies	CAVITY BPF	6000 MHz	13	13	RF PIN	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	RF PIN	THREE DB BANDWIDTH	2000 MHz	1.5
12FV30-FREQ/TBW1-TP/TP	Dover Technologies	CAVITY BPF	6000 MHz	12	12	TNC MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	TNC MALE	THREE DB BANDWIDTH	2000 MHz	1.5
14FV30-FREQ/UBW2-O/O	Dover Technologies	CAVITY BPF	6000 MHz	14	14	SMA FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	SMA FEMALE	ONE DB BANDWIDTH	2000 MHz	1.5
10FV30-FREQ/UBW1-O/O	Dover Technologies	CAVITY BPF	6000 MHz	10	10	SMA FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	SMA FEMALE	ONE DB BANDWIDTH	2000 MHz	1.5
11FV30-FREQ/UBW1-T/T	Dover Technologies	CAVITY BPF	6000 MHz	11	11	TNC FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	TNC FEMALE	ONE DB BANDWIDTH	2000 MHz	1.5
2FV30-FREQ/TBW2-T/T	Dover Technologies	CAVITY BPF	6000 MHz	2	2	TNC FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	TNC FEMALE	THREE DB BANDWIDTH	2000 MHz	1.5
12FV30-FREQ/TBW1-OB/OB	Dover Technologies	CAVITY BPF	6000 MHz	12	12	BLIND MATE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	BLIND MATE	THREE DB BANDWIDTH	2000 MHz	1.5
12FV30-FREQ/HBW1-OP/OP	Dover Technologies	CAVITY BPF	6000 MHz	12	12	SMA MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	SMA MALE	HALF DB BANDWIDTH	2000 MHz	1.5
17FV30-FREQ/UBW1-NP/NP	Dover Technologies	CAVITY BPF	6000 MHz	17	17	N MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	N MALE	ONE DB BANDWIDTH	2000 MHz	1.5
12FV30-FREQ/UBW1-OP/OP	Dover Technologies	CAVITY BPF	6000 MHz	12	12	SMA MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	SMA MALE	ONE DB BANDWIDTH	2000 MHz	1.5
11FV30-FREQ/UBW1-O/O	Dover Technologies	CAVITY BPF	6000 MHz	11	11	SMA FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	SMA FEMALE	ONE DB BANDWIDTH	2000 MHz	1.5
8FV30-FREQ/HBW1-N/N	Dover Technologies	CAVITY BPF	6000 MHz	8	8	N FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	N FEMALE	HALF DB BANDWIDTH	2000 MHz	1.5
8FV30-FREQ/TBW1-P/P	Dover Technologies	CAVITY BPF	6000 MHz	8	8	RF PIN	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	RF PIN	THREE DB BANDWIDTH	2000 MHz	1.5
16FV30-FREQ/TBW2-O/O	Dover Technologies	CAVITY BPF	6000 MHz	16	16	SMA FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	SMA FEMALE	THREE DB BANDWIDTH	2000 MHz	1.5
17FV30-FREQ/UBW1-T/T	Dover Technologies	CAVITY BPF	6000 MHz	17	17	TNC FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	TNC FEMALE	ONE DB BANDWIDTH	2000 MHz	1.5
9FV30-FREQ/TBW2-T/T	Dover Technologies	CAVITY BPF	6000 MHz	9	9	TNC FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	TNC FEMALE	THREE DB BANDWIDTH	2000 MHz	1.5
6FV30-FREQ/UBW1-P/P	Dover Technologies	CAVITY BPF	6000 MHz	6	6	RF PIN	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	RF PIN	ONE DB BANDWIDTH	2000 MHz	1.5
8FV30-FREQ/HBW2-OB/OB	Dover Technologies	CAVITY BPF	6000 MHz	8	8	BLIND MATE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	BLIND MATE	HALF DB BANDWIDTH	2000 MHz	1.5
4FV30-FREQ/TBW2-P/P	Dover Technologies	CAVITY BPF	6000 MHz	4	4	RF PIN	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	RF PIN	THREE DB BANDWIDTH	2000 MHz	1.5
4FV30-FREQ/UBW1-O/O	Dover Technologies	CAVITY BPF	6000 MHz	4	4	SMA FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	SMA FEMALE	ONE DB BANDWIDTH	2000 MHz	1.5
5FV30-FREQ/UBW1-P/P	Dover Technologies	CAVITY BPF	6000 MHz	5	5	RF PIN	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	RF PIN	ONE DB BANDWIDTH	2000 MHz	1.5
5FV30-FREQ/HBW1-P/P	Dover Technologies	CAVITY BPF	6000 MHz	5	5	RF PIN	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	RF PIN	HALF DB BANDWIDTH	2000 MHz	1.5
7FV30-FREQ/HBW1-T/T	Dover Technologies	CAVITY BPF	6000 MHz	7	7	TNC FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	TNC FEMALE	HALF DB BANDWIDTH	2000 MHz	1.5
12FV30-FREQ/UBW2-OB/OB	Dover Technologies	CAVITY BPF	6000 MHz	12	12	BLIND MATE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	BLIND MATE	ONE DB BANDWIDTH	2000 MHz	1.5
16FV30-FREQ/TBW1-NP/NP	Dover Technologies	CAVITY BPF	6000 MHz	16	16	N MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	N MALE	THREE DB BANDWIDTH	2000 MHz	1.5
13FV30-FREQ/UBW1-RO/RO	Dover Technologies	CAVITY BPF	6000 MHz	13	13	REMOVABLE SMA	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	REMOVABLE SMA	ONE DB BANDWIDTH	2000 MHz	1.5
13FV30-FREQ/UBW1-P/P	Dover Technologies	CAVITY BPF	6000 MHz	13	13	RF PIN	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	RF PIN	ONE DB BANDWIDTH	2000 MHz	1.5
17FV30-FREQ/HBW1-RO/RO	Dover Technologies	CAVITY BPF	6000 MHz	17	17	REMOVABLE SMA	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	REMOVABLE SMA	HALF DB BANDWIDTH	2000 MHz	1.5
10FV30-FREQ/TBW2-T/T	Dover Technologies	CAVITY BPF	6000 MHz	10	10	TNC FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	TNC FEMALE	THREE DB BANDWIDTH	2000 MHz	1.5
7FV30-FREQ/TBW2-TP/TP	Dover Technologies	CAVITY BPF	6000 MHz	7	7	TNC MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	TNC MALE	THREE DB BANDWIDTH	2000 MHz	1.5
2FV30-FREQ/UBW2-NP/NP	Dover Technologies	CAVITY BPF	6000 MHz	2	2	N MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV30	N MALE	ONE DB BANDWIDTH	2000 MHz	1.5

Cavity Filters

Cavity filters are electronic filters that are used in RF and microwave communication systems to selectively filter out unwanted frequencies from a signal. They are designed to provide a high level of selectivity and precision in filtering, making them ideal for use in applications where accurate frequency response is critical.

Cavity filters use a resonant cavity or a series of resonant cavities to selectively filter out specific frequencies from a signal. The cavity is typically made of a conductive material, such as aluminum or copper, and is designed to resonate at a specific frequency or range of frequencies.

Cavity filters can be designed as band-pass filters, which allow only a specific range of frequencies to pass through, or as band-stop filters, which block a specific range of frequencies. They can also be designed with multiple cavities, which can increase the level of selectivity and precision in filtering.

Cavity filters are commonly used in a variety of RF and microwave communication systems, including radios, satellite communication systems, and radar systems. They are also used in scientific research applications, such as particle accelerators and radio telescopes.