Ceramic Filters

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Part	Manufacturer	Filter Type	Minimum No. of Sections	Maximum No. of Sections	Average Input Power	Packing Method	Mounting Type	No. of Terminals	I/O Impedance	Dimensions	Maximum Operating Temperature	Attenuation At Maximum Frequency	Maximum Attenuation Frequency (± Δf)	Minimum Operating Temperature	Attenuation At Minimum Frequency	Minimum Attenuation Frequency (± Δf)	Terminal Finish	Manufacturer Series	Height	Width (mm)	Maximum Insertion Loss	Additional Features	Center/Cutoff Frequency (fo/fc)	JESD-609 Code	Voltage Standing Wave Ratio	Length
CER0347B	Cts	CERAMIC BPF			2 W		SURFACE MOUNT	2		L10.2XB4.0XH7.9 (mm)/L0.402XB0.157XH0.311 (inch)	85 Cel			-40 Cel			Silver (Ag)		7.9 mm		2 dB	REEL	2350 MHz	e4		10.2 mm
CER0358B	Cts	CERAMIC BPF			1 W		SURFACE MOUNT			L10.0XB9.2XH4.0 (mm)/L0.394XB0.362XH0.157 (inch)	85 Cel			-40 Cel			Silver (Ag)	CER0358B	4 mm		1.7 dB	TAPE AND REEL	1227 MHz	e4		10 mm
SFECF10M7FA00S0-R0	Murata Manufacturing	CERAMIC BPF					SURFACE MOUNT	6	330 OHM	L3.45XB3.1XH1.3 (mm)/L0.136XB0.122XH0.051 (inch)	80 Cel			-20 Cel					1.3 mm	3.1	3 dB	HIGH-RELIABILITY	10.7 MHz			3.45 mm
CER0357C	Cts	CERAMIC BPF			1 W		SURFACE MOUNT	2		L10.0XB6.8XH4.0 (mm)/L0.394XB0.268XH0.157 (inch)	85 Cel	22 dB	100000 kHz	-40 Cel			Silver (Ag)		4 mm		1.7 dB	TAPE AND REEL	1575 MHz	e4		10 mm
CER0398A	Cts	CERAMIC BPF			1 W		SURFACE MOUNT	2		L6.8XB5.5XH2.3 (mm)/L0.268XB0.217XH0.091 (inch)	85 Cel	33 dB	160000 kHz	-40 Cel			Silver (Ag)		2.3 mm		2 dB	TAPE AND REEL	2440 MHz	e4		6.8 mm
SFECS13M0SF0023-R0	Murata Manufacturing	CERAMIC BPF					SURFACE MOUNT		330 OHM			5 dB	250 kHz								6 dB	2 ELEMENTS; CHIP TYPE; TAPE AND REEL	13 MHz
SFECV10M7JA00-R0	Murata Manufacturing	CERAMIC BPF					SURFACE MOUNT		330 OHM	L6.9XB2.9XH1.5 (mm)							Silver (Ag)		1.5 mm	2.9	5.5 dB	2 ELEMENTS THICKNESS LONGITUDINAL VIBRATION; CHIP TYPE; TAPE AND REEL	10.7 MHz	e4		6.9 mm
SFECV10M7KA00-R0	Murata Manufacturing	CERAMIC BPF					SURFACE MOUNT	3	330 OHM	L6.9XB2.9XH1.5 (mm)/L0.272XB0.114XH0.059 (inch)	80 Cel			-20 Cel			Silver (Ag)		1.5 mm	2.9	6 dB	TR, EMBOSSED, 7 INCH	10.7 MHz	e4		6.9 mm
LFCN-1000	Mini-circuits	CERAMIC LPF	7	7	10 W		SURFACE MOUNT	4	50 OHM	L3.2XB1.6XH0.94 (mm)/L0.126XB0.063XH0.037 (inch)	100 Cel	30 dB	600000 kHz	-55 Cel	20 dB	250000 kHz	Tin/Lead (Sn10Pb90)		.94 mm	1.6	3 dB	TAPE AND REEL	1300 MHz	e0	1.3	3.2 mm
CDSCB10M7GA119-R0	Murata Manufacturing	CERAMIC BPF					SURFACE MOUNT	2		L4.5XB2.0XH1.0 (mm)/L0.177XB0.079XH0.039 (inch)									1 mm	2.0			10.7 MHz			4.5 mm
SFECF10M7EA00-R0	Murata Manufacturing	CERAMIC BPF					SURFACE MOUNT	6	330 OHM	L3.45XB3.1XH1.3 (mm)/L0.136XB0.122XH0.051 (inch)	80 Cel			-20 Cel					1.3 mm	3.1	3 dB		10.7 MHz			3.45 mm
SFECF10M7FA00-R0	Murata Manufacturing	CERAMIC BPF					SURFACE MOUNT	6	330 OHM	L3.45XB3.1XH1.3 (mm)/L0.136XB0.122XH0.051 (inch)	80 Cel			-20 Cel					1.3 mm	3.1	3 dB		10.7 MHz			3.45 mm
SFECF10M7GA00-R0	Murata Manufacturing	CERAMIC BPF					SURFACE MOUNT	6	330 OHM	L3.45XB3.1XH1.3 (mm)/L0.136XB0.122XH0.051 (inch)	80 Cel			-20 Cel					1.3 mm	3.1	3.5 dB		10.7 MHz			3.45 mm
SFECF10M7HA00-R0	Murata Manufacturing	CERAMIC BPF					SURFACE MOUNT	6	330 OHM	L3.45XB3.1XH1.3 (mm)/L0.136XB0.122XH0.051 (inch)	80 Cel			-20 Cel					1.3 mm	3.1	4 dB		10.7 MHz			3.45 mm
B096QC2S	Knowles Precision Devices	CERAMIC BPF	1	1			SURFACE MOUNT		50 OHM		125 Cel			-55 Cel					2.54 mm	4.57	3 dB		10000 MHz			10.86 mm
LFL182G50TC1B905	Murata Manufacturing	CERAMIC LPF	1	1	3 W	TR, PAPER, 7 INCH	SURFACE MOUNT		50 OHM		85 Cel			-40 Cel					.6 mm	0.8	.43 dB		2500 MHz		2	1.6 mm
LFL183G55TC2B908	Murata Manufacturing	CERAMIC LPF	1	1	3 W	TR, PAPER, 7 INCH	SURFACE MOUNT		50 OHM		85 Cel			-40 Cel					.6 mm	0.8	.55 dB		3550 MHz		1.9	1.6 mm
TSB1N18D2G00LV0H7T	Taiyo Yuden	CERAMIC BPF	1	1		TAPE, PAPER	SURFACE MOUNT		50 OHM		85 Cel			-40 Cel					.65 mm	0.8	1.8 dB		2002.5 MHz		2	1.6 mm
SFSKA5M50CF00-R3	Murata Manufacturing	CERAMIC BPF	1	1		TR, EMBOSSED, 13 INCH	SURFACE MOUNT		600 OHM		80 Cel			-20 Cel					1.8 mm	3.8	6 dB		5.5 MHz			8.5 mm
LFL182G45TC3B746	Murata Manufacturing	CERAMIC LPF	1	1	3 W	TR, PAPER, 7 INCH			50 OHM		85 Cel			-40 Cel			Tin (Sn)		.7 mm	0.8	.7 dB		2450 MHz	e3	1.7	1.6 mm
L185XF4S	Knowles Precision Devices	CERAMIC LPF	1	1			PANEL MOUNT		50 OHM		125 Cel			-55 Cel					2.49 mm	3.56	2.2 dB		18500 MHz		1.4	5.58 mm
RFLPF1608060A07B1U	Walsin Technology	CERAMIC LPF	1	1		TR, 7 INCH	SURFACE MOUNT		50 OHM		85 Cel			-40 Cel					.6 mm	0.8	.65 dB		2450 MHz		1.5	1.6 mm
FI168B5538FW-T	Taiyo Yuden	CERAMIC BPF	1	1		TAPE, PAPER	SURFACE MOUNT		50 OHM		85 Cel			-40 Cel					.65 mm	0.8	1.2 dB		5537.5 MHz		2	1.6 mm
B168MB1S	Knowles Precision Devices	CERAMIC BPF	1	1			SURFACE MOUNT		50 OHM		125 Cel			-55 Cel					2.489 mm	5.08	2.75 dB		16750 MHz			8.89 mm
ECS-DCF-105	Ecs International	DIELECTRIC BPF	1	1	1 W	TR, 13 INCH	SURFACE MOUNT		50 OHM		85 Cel			-40 Cel					4.2 mm	4.4	4.5 dB		6525 MHz			12.8 mm
ECS-DCF-108	Ecs International	DIELECTRIC BPF	1	1	1 W		SURFACE MOUNT		50 OHM		85 Cel			-40 Cel					3 mm	4.6	4 dB		6525 MHz			9.4 mm

Ceramic Filters

Ceramic 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.

Ceramic filters use a ceramic resonator to selectively filter out specific frequencies from a signal. The ceramic resonator is typically made of a piezoelectric material, such as barium titanate or lead zirconate titanate, and is designed to resonate at a specific frequency or range of frequencies.

Ceramic 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 resonators, which can increase the level of selectivity and precision in filtering.

Ceramic 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.