3000 MHz Cavity Filters 346

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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
12FV40-FREQ/UBW1-OB/OB	Dover Technologies	CAVITY BPF	3000 MHz	12	12	BLIND MATE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	BLIND MATE	ONE DB BANDWIDTH	2000 MHz	1.5
12FV40-FREQ/HBW2-T/T	Dover Technologies	CAVITY BPF	3000 MHz	12	12	TNC FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	TNC FEMALE	HALF DB BANDWIDTH	2000 MHz	1.5
8FV40-FREQ/UBW1-P/P	Dover Technologies	CAVITY BPF	3000 MHz	8	8	RF PIN	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	RF PIN	ONE DB BANDWIDTH	2000 MHz	1.5
15FV40-FREQ/HBW1-O/O	Dover Technologies	CAVITY BPF	3000 MHz	15	15	SMA FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	SMA FEMALE	HALF DB BANDWIDTH	2000 MHz	1.5
12FV40-FREQ/HBW1-N/N	Dover Technologies	CAVITY BPF	3000 MHz	12	12	N FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	N FEMALE	HALF DB BANDWIDTH	2000 MHz	1.5
16FV40-FREQ/HBW2-P/P	Dover Technologies	CAVITY BPF	3000 MHz	16	16	RF PIN	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	RF PIN	HALF DB BANDWIDTH	2000 MHz	1.5
5FV40-FREQ/UBW2-NP/NP	Dover Technologies	CAVITY BPF	3000 MHz	5	5	N MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	N MALE	ONE DB BANDWIDTH	2000 MHz	1.5
8FV40-FREQ/TBW1-TP/TP	Dover Technologies	CAVITY BPF	3000 MHz	8	8	TNC MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	TNC MALE	THREE DB BANDWIDTH	2000 MHz	1.5
11FV40-FREQ/HBW1-N/N	Dover Technologies	CAVITY BPF	3000 MHz	11	11	N FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	N FEMALE	HALF DB BANDWIDTH	2000 MHz	1.5
3FV40-FREQ/HBW2-OB/OB	Dover Technologies	CAVITY BPF	3000 MHz	3	3	BLIND MATE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	BLIND MATE	HALF DB BANDWIDTH	2000 MHz	1.5
8FV40-FREQ/HBW1-RO/RO	Dover Technologies	CAVITY BPF	3000 MHz	8	8	REMOVABLE SMA	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	REMOVABLE SMA	HALF DB BANDWIDTH	2000 MHz	1.5
15FV40-FREQ/UBW1-N/N	Dover Technologies	CAVITY BPF	3000 MHz	15	15	N FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	N FEMALE	ONE DB BANDWIDTH	2000 MHz	1.5
8FV40-FREQ/UBW1-TP/TP	Dover Technologies	CAVITY BPF	3000 MHz	8	8	TNC MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	TNC MALE	ONE DB BANDWIDTH	2000 MHz	1.5
17FV40-FREQ/TBW2-N/N	Dover Technologies	CAVITY BPF	3000 MHz	17	17	N FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	N FEMALE	THREE DB BANDWIDTH	2000 MHz	1.5
7FV40-FREQ/UBW2-N/N	Dover Technologies	CAVITY BPF	3000 MHz	7	7	N FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	N FEMALE	ONE DB BANDWIDTH	2000 MHz	1.5
14FV40-FREQ/HBW2-OP/OP	Dover Technologies	CAVITY BPF	3000 MHz	14	14	SMA MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	SMA MALE	HALF DB BANDWIDTH	2000 MHz	1.5
4FV40-FREQ/TBW1-N/N	Dover Technologies	CAVITY BPF	3000 MHz	4	4	N FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	N FEMALE	THREE DB BANDWIDTH	2000 MHz	1.5
9FV40-FREQ/UBW2-TP/TP	Dover Technologies	CAVITY BPF	3000 MHz	9	9	TNC MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	TNC MALE	ONE DB BANDWIDTH	2000 MHz	1.5
6FV40-FREQ/UBW2-OP/OP	Dover Technologies	CAVITY BPF	3000 MHz	6	6	SMA MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	SMA MALE	ONE DB BANDWIDTH	2000 MHz	1.5
16FV40-FREQ/HBW1-TP/TP	Dover Technologies	CAVITY BPF	3000 MHz	16	16	TNC MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	TNC MALE	HALF DB BANDWIDTH	2000 MHz	1.5
8FV40-FREQ/TBW1-RO/RO	Dover Technologies	CAVITY BPF	3000 MHz	8	8	REMOVABLE SMA	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	REMOVABLE SMA	THREE DB BANDWIDTH	2000 MHz	1.5
16FV40-FREQ/TBW1-T/T	Dover Technologies	CAVITY BPF	3000 MHz	16	16	TNC FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	TNC FEMALE	THREE DB BANDWIDTH	2000 MHz	1.5
4FV40-FREQ/HBW1-P/P	Dover Technologies	CAVITY BPF	3000 MHz	4	4	RF PIN	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	RF PIN	HALF DB BANDWIDTH	2000 MHz	1.5
13FV40-FREQ/UBW1-RO/RO	Dover Technologies	CAVITY BPF	3000 MHz	13	13	REMOVABLE SMA	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	REMOVABLE SMA	ONE DB BANDWIDTH	2000 MHz	1.5
5FV40-FREQ/TBW1-O/O	Dover Technologies	CAVITY BPF	3000 MHz	5	5	SMA FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	SMA FEMALE	THREE DB BANDWIDTH	2000 MHz	1.5
13FV40-FREQ/UBW1-NP/NP	Dover Technologies	CAVITY BPF	3000 MHz	13	13	N MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	N MALE	ONE DB BANDWIDTH	2000 MHz	1.5
14FV40-FREQ/HBW2-OB/OB	Dover Technologies	CAVITY BPF	3000 MHz	14	14	BLIND MATE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	BLIND MATE	HALF DB BANDWIDTH	2000 MHz	1.5
2FV40-FREQ/HBW2-O/O	Dover Technologies	CAVITY BPF	3000 MHz	2	2	SMA FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	SMA FEMALE	HALF DB BANDWIDTH	2000 MHz	1.5
2FV40-FREQ/UBW2-N/N	Dover Technologies	CAVITY BPF	3000 MHz	2	2	N FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	N FEMALE	ONE DB BANDWIDTH	2000 MHz	1.5
2FV40-FREQ/TBW1-TP/TP	Dover Technologies	CAVITY BPF	3000 MHz	2	2	TNC MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	TNC MALE	THREE DB BANDWIDTH	2000 MHz	1.5
4FV40-FREQ/HBW1-NP/NP	Dover Technologies	CAVITY BPF	3000 MHz	4	4	N MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	N MALE	HALF DB BANDWIDTH	2000 MHz	1.5
10FV40-FREQ/TBW1-RO/RO	Dover Technologies	CAVITY BPF	3000 MHz	10	10	REMOVABLE SMA	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	REMOVABLE SMA	THREE DB BANDWIDTH	2000 MHz	1.5
5FV40-FREQ/UBW2-RO/RO	Dover Technologies	CAVITY BPF	3000 MHz	5	5	REMOVABLE SMA	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	REMOVABLE SMA	ONE DB BANDWIDTH	2000 MHz	1.5
11FV40-FREQ/TBW2-T/T	Dover Technologies	CAVITY BPF	3000 MHz	11	11	TNC FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	TNC FEMALE	THREE DB BANDWIDTH	2000 MHz	1.5
5FV40-FREQ/HBW1-O/O	Dover Technologies	CAVITY BPF	3000 MHz	5	5	SMA FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	SMA FEMALE	HALF DB BANDWIDTH	2000 MHz	1.5
16FV40-FREQ/HBW2-T/T	Dover Technologies	CAVITY BPF	3000 MHz	16	16	TNC FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	TNC FEMALE	HALF DB BANDWIDTH	2000 MHz	1.5
12FV40-FREQ/UBW2-T/T	Dover Technologies	CAVITY BPF	3000 MHz	12	12	TNC FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	TNC FEMALE	ONE DB BANDWIDTH	2000 MHz	1.5
2FV40-FREQ/UBW1-NP/NP	Dover Technologies	CAVITY BPF	3000 MHz	2	2	N MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	N MALE	ONE DB BANDWIDTH	2000 MHz	1.5
14FV40-FREQ/HBW2-TP/TP	Dover Technologies	CAVITY BPF	3000 MHz	14	14	TNC MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	TNC MALE	HALF DB BANDWIDTH	2000 MHz	1.5
7FV40-FREQ/HBW2-OB/OB	Dover Technologies	CAVITY BPF	3000 MHz	7	7	BLIND MATE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	BLIND MATE	HALF DB BANDWIDTH	2000 MHz	1.5
4FV40-FREQ/HBW2-N/N	Dover Technologies	CAVITY BPF	3000 MHz	4	4	N FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	N FEMALE	HALF DB BANDWIDTH	2000 MHz	1.5
9FV40-FREQ/UBW1-O/O	Dover Technologies	CAVITY BPF	3000 MHz	9	9	SMA FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	SMA FEMALE	ONE DB BANDWIDTH	2000 MHz	1.5
4FV40-FREQ/UBW2-T/T	Dover Technologies	CAVITY BPF	3000 MHz	4	4	TNC FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	TNC FEMALE	ONE DB BANDWIDTH	2000 MHz	1.5
7FV40-FREQ/HBW1-O/O	Dover Technologies	CAVITY BPF	3000 MHz	7	7	SMA FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	SMA FEMALE	HALF DB BANDWIDTH	2000 MHz	1.5
9FV40-FREQ/TBW1-NP/NP	Dover Technologies	CAVITY BPF	3000 MHz	9	9	N MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	N MALE	THREE DB BANDWIDTH	2000 MHz	1.5
13FV40-FREQ/UBW2-OB/OB	Dover Technologies	CAVITY BPF	3000 MHz	13	13	BLIND MATE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	BLIND MATE	ONE DB BANDWIDTH	2000 MHz	1.5
2FV40-FREQ/UBW1-T/T	Dover Technologies	CAVITY BPF	3000 MHz	2	2	TNC FEMALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	TNC FEMALE	ONE DB BANDWIDTH	2000 MHz	1.5
14FV40-FREQ/TBW1-TP/TP	Dover Technologies	CAVITY BPF	3000 MHz	14	14	TNC MALE	PANEL MOUNT	50 OHM	85 Cel	-55 Cel	FV40	TNC MALE	THREE 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.