3 PPM/YEAR Crystal Oscillators 89

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Part	Manufacturer	Crystal or Resonator Type	Mounting Feature	Frequency Tolerance	Aging	Load Capacitance	Additional Features	Series Resistance	Frequency Stability	Minimum Operating Temperature	Terminal Finish	JESD-609 Code	Nominal Operating Frequency	Drive Level	Physical Dimension	Maximum Operating Temperature
403C35E25M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	20 pF	AT-CUT	50 ohm	50 %	-20 Cel	GOLD OVER NICKEL	e4	25 MHz	10 uW	3.2mm x 2.5mm x 0.75mm	70 Cel
403C35E33M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	20 pF	AT-CUT	40 ohm	50 %	-20 Cel	GOLD OVER NICKEL	e4	33 MHz	10 uW	3.2mm x 2.5mm x 0.75mm	70 Cel
403I35D13M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	18 pF	AT-CUT	80 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	13 MHz	10 uW	3.2mm x 2.5mm x 0.75mm	85 Cel
403I35D33M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	18 pF	AT-CUT	40 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	33 MHz	10 uW	3.2mm x 2.5mm x 0.75mm	85 Cel
403I35E13M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	20 pF	AT-CUT	80 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	13 MHz	10 uW	3.2mm x 2.5mm x 0.75mm	85 Cel
403I35E25M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	20 pF	AT-CUT	50 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	25 MHz	10 uW	3.2mm x 2.5mm x 0.75mm	85 Cel
403I35E33M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	20 pF	AT-CUT	40 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	33 MHz	10 uW	3.2mm x 2.5mm x 0.75mm	85 Cel
405I12D24M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	3 PPM/YEAR	18 pF	AT CUT	40 ohm	20 %	-40 Cel	GOLD OVER NICKEL	e4	24 MHz	10 uW	5mm x 3.2mm x 0.85mm	85 Cel
405I35B12M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	13 pF	AT CUT	60 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	12 MHz	10 uW	5mm x 3.2mm x 0.85mm	85 Cel
405I35B13M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	13 pF	AT CUT	60 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	13 MHz	10 uW	5mm x 3.2mm x 0.85mm	85 Cel
405I35B19M20000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	13 pF	AT CUT	50 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	19.2 MHz	10 uW	5mm x 3.2mm x 0.85mm	85 Cel
405I35B33M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	13 pF	AT CUT	40 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	33 MHz	10 uW	5mm x 3.2mm x 0.85mm	85 Cel
405I35D13M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	18 pF	AT CUT	60 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	13 MHz	10 uW	5mm x 3.2mm x 0.85mm	85 Cel
405I35E10M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	20 pF	AT CUT	100 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	10 MHz	10 uW	5mm x 3.2mm x 0.85mm	85 Cel
405I35E16M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	20 pF	AT CUT	50 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	16 MHz	10 uW	5mm x 3.2mm x 0.85mm	85 Cel
406C35E12M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	20 pF	AT CUT	60 ohm	50 %	-20 Cel	GOLD OVER NICKEL	e4	12 MHz	10 uW	6mm x 3.5mm x 1.2mm	70 Cel
406I35E25M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	20 pF	AT CUT	40 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	25 MHz	10 uW	6mm x 3.5mm x 1.2mm	85 Cel
406I35E32M76800	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	20 pF	AT CUT	40 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	32.768 MHz	10 uW	6mm x 3.5mm x 1.2mm	85 Cel
407F39D025M0000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	18 pF	AT CUT	40 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	25 MHz	10 uW	7mm x 5mm x 1.3mm	85 Cel
425F11A019M2000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	3 PPM/YEAR	10 pF	AT CUT	100 ohm	10 %	-20 Cel	GOLD OVER NICKEL	e4	19.2 MHz	10 uW	2.5mm x 2mm x 0.65mm	70 Cel
425F11A024M0000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	3 PPM/YEAR	10 pF	AT CUT	80 ohm	10 %	-20 Cel	GOLD OVER NICKEL	e4	24 MHz	10 uW	2.5mm x 2mm x 0.65mm	70 Cel
425F11K019M2000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	3 PPM/YEAR	8 pF	AT CUT	100 ohm	10 %	-20 Cel	GOLD OVER NICKEL	e4	19.2 MHz	10 uW	2.5mm x 2mm x 0.65mm	70 Cel
425F22A019M2000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	20 ppm	3 PPM/YEAR	10 pF	AT CUT	100 ohm	20 %	-20 Cel	GOLD OVER NICKEL	e4	19.2 MHz	10 uW	2.5mm x 2mm x 0.65mm	70 Cel
425F39E025M0000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	20 pF	AT CUT	80 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	25 MHz	10 uW	2.5mm x 2mm x 0.65mm	85 Cel
WMRAG32K76CS1C00R0	Murata Manufacturing	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	20 ppm	3 PPM/YEAR	8 pF	TR, 7 INCH	75000 ohm	-150 %	-30 Cel			.032768 MHz	.2 uW	L0.95XB0.6XH0.3 (mm)/L0.037XB0.024XH0.012 (inch)	85 Cel
830003033B	Wurth Elektronik	PARALLEL - FUNDAMENTAL	THROUGH HOLE MOUNT	20 ppm	3 PPM/YEAR	30 pF	BULK	800 ohm	50 %	-10 Cel	TIN SILVER COPPER	e1	1.8432 MHz	1000 uW	L11.05XB4.65XH13.46 (mm)/L0.435XB0.183XH0.53 (inch)	60 Cel
830003298B	Wurth Elektronik	PARALLEL - FUNDAMENTAL	THROUGH HOLE MOUNT	20 ppm	3 PPM/YEAR	30 pF	BULK	35 ohm	30 %	-10 Cel	TIN SILVER COPPER	e1	17.73447 MHz	1000 uW	L11.05XB4.65XH13.46 (mm)/L0.435XB0.183XH0.53 (inch)	60 Cel
LFXTAL055663BULK	Iqd Frequency Products	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	20 ppm	3 PPM/YEAR	18 pF	BULK	150 ohm	30 %	-40 Cel			8 MHz	100 uW	L5.0XB3.2XH1.0 (mm)/L0.197XB0.126XH0.039 (inch)	85 Cel
WMRAG32K76CS4C00R0	Murata Manufacturing	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	20 ppm	3 PPM/YEAR	8 pF	TR, PLASTIC, 7 INCH	75000 ohm	270 %	-40 Cel			.032768 MHz	.2 uW	L0.95XB0.6XH0.3 (mm)/L0.037XB0.024XH0.012 (inch)	125 Cel
ST3215SB32768B0HSZA1	Kyocera	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	20 ppm	3 PPM/YEAR	6 pF	AEC-Q200; TR, 7 INCH	70000 ohm		-40 Cel			.032768 MHz	.5 uW	L3.2XB1.5XH0.8 (mm)/L0.126XB0.059XH0.031 (inch)	125 Cel
SA53213CF35HDT	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	18 pF	AT CUT; AEC-Q200	60 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	13.56 MHz	10 uW	5mm x 3.2mm x 1.1mm	125 Cel
SA324080F35HLR	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	12 pF	AEC-Q200; AT-CUT	500 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	8 MHz	10 uW	3.2mm X 2.5mm X 0.8mm	125 Cel
SA324450F35HLR	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	12 pF	AEC-Q200; AT-CUT	50 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	45 MHz	10 uW	3.2mm X 2.5mm X 0.8mm	125 Cel
SA324480F35HLR	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	12 pF	AEC-Q200; AT-CUT	50 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	48 MHz	10 uW	3.2mm X 2.5mm X 0.8mm	125 Cel
SA324410F35HLR	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	12 pF	AEC-Q200; AT-CUT	50 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	41 MHz	10 uW	3.2mm X 2.5mm X 0.8mm	125 Cel
SA324440F35HLR	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	12 pF	AEC-Q200; AT-CUT	50 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	44 MHz	10 uW	3.2mm X 2.5mm X 0.8mm	125 Cel
SA324491F35HLR	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	12 pF	AEC-Q200; AT-CUT	50 ohm	50 %	-40 Cel	GOLD OVER NICKEL	e4	49.152 MHz	10 uW	3.2mm X 2.5mm X 0.8mm	125 Cel
406I35E12M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	20 pF	AT CUT	60 ohm	50 %	-40 Cel	Gold (Au) - with Nickel (Ni) barrier	e4	12 MHz	10 uW	6mm x 3.5mm x 1.2mm	85 Cel
403C35E13M00000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	20 pF	AT-CUT	80 ohm	50 %	-20 Cel	GOLD OVER NICKEL	e4	13 MHz	10 uW	3.2mm x 2.5mm x 0.75mm	70 Cel
425F35E025M0000	Cts	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	30 ppm	3 PPM/YEAR	20 pF	AT CUT	80 ohm	50 %	-20 Cel	GOLD OVER NICKEL	e4	25 MHz	10 uW	2.5mm x 2mm x 0.65mm	70 Cel
9H03200413	Txc	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	20 ppm	3 PPM/YEAR	12.5 pF		65000 ohm	144 %	-40 Cel			.032768 MHz	1 uW	6.9mm x 1.4mm x 1.3mm	85 Cel

Crystal Oscillators

Crystal oscillators are electronic components that generate stable and precise frequency signals for various applications. They are widely used in electronic devices and systems that require a precise frequency source, such as clocks, radios, and telecommunications equipment.

Crystal oscillators consist of a quartz crystal resonator, which is cut to vibrate at a specific frequency when an AC voltage is applied across it. The resonance frequency is determined by the dimensions of the crystal and the properties of the quartz material, which have a high Q-factor and temperature stability. The crystal resonator is connected to an amplifier circuit that provides feedback and controls the frequency of the output signal.

Crystal oscillators offer several advantages over other types of frequency sources, including high accuracy, stability, and low phase noise. They can operate at a wide range of frequencies, ranging from a few kilohertz to several gigahertz, and they are available in different package sizes and configurations, including through-hole and surface-mount.

Crystal oscillators come in different types, such as Pierce, Colpitts, and Butler, each with different characteristics and performance levels. They are also available in different tolerances and stability levels, depending on the application and the required performance