10 ppm Crystal Oscillators 1,549

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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
RH100-48.000-8-F-1015-EXT-TR	Raltron Electronics	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	3 PPM/YEAR	8 pF		60 ohm	15 %	-40 Cel	Gold (Au) - electroplated	e4	48 MHz	200 uW	3.2mm x 2.5mm x 0.7mm	85 Cel
VXA4-1D2-8M00000000	Microchip Technology	PARALLEL - FUNDAMENTAL	THROUGH HOLE MOUNT	10 ppm	5 PPM/FIRST YEAR	20 pF		60 ohm	50 %	-40 Cel			8 MHz	10 uW	10.85mm x 4.5mm x 3.51mm	85 Cel
VXA4-1F4-27M0000000	Microchip Technology	PARALLEL - FUNDAMENTAL	THROUGH HOLE MOUNT	10 ppm	5 PPM/FIRST YEAR	18 pF		30 ohm	30 %	-20 Cel			27 MHz	10 uW	10.85mm x 4.5mm x 3.51mm	70 Cel
VXD1-3A6-71M0375000	Microchip Technology	PARALLEL - 3RD OVERTONE	THROUGH HOLE MOUNT	10 ppm	5 PPM/FIRST YEAR	30 pF		40 ohm	100 %	-20 Cel			71.0375 MHz	10 uW	L7.9XB3.2XH8.1 (mm)/L0.311XB0.126XH0.319 (inch)	70 Cel
VXD1-3EE-00-100M000000	Microchip Technology	SERIES - 3RD OVERTONE	SURFACE MOUNT	10 ppm	5 PPM/FIRST YEAR			40 ohm	20 %	-40 Cel			100 MHz	10 uW	L7.9XB3.2XH8.1 (mm)/L0.311XB0.126XH0.319 (inch)	85 Cel
X1A000141000500	Seiko Epson	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	3 PPM/FIRST YEAR	12.5 pF		35000 ohm	144 %	-40 Cel	GOLD OVER NICKEL	e4	.032768 MHz	.1 uW	3.2MM X 1.5MM X 0.8MM	85 Cel
X1E000021001900	Seiko Epson	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	1 PPM/FIRST YEAR	9 pF		60 ohm	9 %	-20 Cel	GOLD OVER NICKEL	e4	16 MHz	10 uW	3.2mm X 2.5mm X 0.6mm	75 Cel
X1E000021012211	Seiko Epson	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	1 PPM/FIRST YEAR	9 pF		40 ohm	10 %	-20 Cel	GOLD OVER NICKEL	e4	24 MHz	10 uW	3.2 mm x 2.5mm x 0.6mm	75 Cel
X1E000021012900	Seiko Epson	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	1 PPM/FIRST YEAR	12 pF		40 ohm	20 %	-40 Cel	GOLD OVER NICKEL	e4	24 MHz	10 uW	3.2mm X 2.5mm X 0.6mm	85 Cel
X1E000021013112	Seiko Epson	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	1 PPM/FIRST YEAR	8 pF		40 ohm	10 %	-20 Cel	GOLD OVER NICKEL	e4	25 MHz	10 uW	3.2mm X 2.5mm X 0.6mm	75 Cel
X1E000021013900	Seiko Epson	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	1 PPM/FIRST YEAR	12 pF		40 ohm	20 %	-40 Cel	GOLD OVER NICKEL	e4	25 MHz	10 uW	3.2mm x 2.5mm x 0.6mm	85 Cel
X1E000021014700	Seiko Epson	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	1 PPM/FIRST YEAR	9 pF		40 ohm	20 %	-40 Cel	GOLD OVER NICKEL	e4	26 MHz	10 uW	3.2 mm x 2.5mm x 0.6mm	85 Cel
X1E000021015800	Seiko Epson	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	1 PPM/FIRST YEAR	10 pF		40 ohm	20 %	-40 Cel	GOLD OVER NICKEL	e4	27 MHz	10 uW	3.2 mm x 2.5mm x 0.6mm	85 Cel
X1E000021016300	Seiko Epson	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	1 PPM/FIRST YEAR	10 pF		40 ohm	10 %	-20 Cel	GOLD OVER NICKEL	e4	32 MHz	10 uW	3.2 mm x 2.5mm x 0.6mm	75 Cel
X1E000021016312	Seiko Epson	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	1 PPM/FIRST YEAR	10 pF		40 ohm	10 %	-20 Cel	GOLD OVER NICKEL	e4	32 MHz	10 uW	3.2 mm x 2.5mm x 0.6mm	75 Cel
X1E000021017711	Seiko Epson	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	2 PPM/FIRST YEAR	9 pF		40 ohm	20 %	-40 Cel	GOLD OVER NICKEL	e4	40 MHz	10 uW	3.2mm x 2.5mm x 0.6mm	85 Cel
X1E000021035200	Seiko Epson	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	1 PPM/FIRST YEAR	20 pF		40 ohm	18 %	-40 Cel	GOLD OVER NICKEL	e4	25 MHz	10 uW	3.2 mm x 2.5mm x 0.6mm	85 Cel
X1E000021037500	Seiko Epson	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	1 PPM/FIRST YEAR	9 pF		60 ohm	18 %	-40 Cel	GOLD OVER NICKEL	e4	16 MHz	10 uW	3.2 mm x 2.5mm x 0.6mm	85 Cel
X1E000021048100	Seiko Epson	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	1 PPM/FIRST YEAR	12 pF		40 ohm	20 %	-40 Cel	GOLD OVER NICKEL	e4	30 MHz	10 uW	3.2mm X 2.5mm X 0.6mm	85 Cel
X1E000021064800	Seiko Epson	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	1 PPM/FIRST YEAR	18 pF	TR, 7 INCH	40 ohm	20 %	-40 Cel	GOLD OVER NICKEL	e4	25 MHz	10 uW	L3.2XB2.5XH0.6 (mm)/L0.126XB0.098XH0.024 (inch)	85 Cel
X1E000251005900	Seiko Epson	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	1 PPM/FIRST YEAR	8 pF		100 ohm	10 %	-20 Cel			32 MHz	10 uW	1.6mm x 1.2mm x 0.35 mm	75 Cel
XRCGB24M000F1H70R0	Murata Manufacturing	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	2 PPM/YEAR	6 pF	TR, PLASTIC, 7 INCH	80 ohm	20 %	-40 Cel			24 MHz	150 uW	L2.0XB1.6XH0.65 (mm)/L0.079XB0.063XH0.026 (inch)	85 Cel
XRCGB25M000F2P02R0	Murata Manufacturing	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	5 PPM/YEAR	10 pF	TR, PLASTIC, 7 INCH	150 ohm	20 %	-30 Cel			25 MHz	150 uW	L2.0XB1.6XH0.65 (mm)/L0.079XB0.063XH0.026 (inch)	85 Cel
XRCGB26M000F1H00R0	Murata Manufacturing	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	2 PPM/YEAR	6 pF	TR, PLASTIC, 7 INCH	60 ohm	10 %	-30 Cel			26 MHz	300 uW	L2.0XB1.6XH0.65 (mm)/L0.079XB0.063XH0.026 (inch)	85 Cel
XRCGB26M000F1H23R0	Murata Manufacturing	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	2 PPM/YEAR	6.8 pF	TR, PLASTIC, 7 INCH	80 ohm	16 %	-40 Cel			26 MHz	150 uW	L2.0XB1.6XH0.65 (mm)/L0.079XB0.063XH0.026 (inch)	85 Cel
XRCGB26M000F1H2CR0	Murata Manufacturing	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	2 PPM/YEAR	7 pF		50 ohm	10 %	-30 Cel			26 MHz	300 uW	2mm x 1.6mm x 0.65mm	85 Cel
XRCGB32M000F1H02R0	Murata Manufacturing	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	2 PPM/YEAR	10 pF	TR, PLASTIC, 7 INCH	60 ohm	10 %	-30 Cel			32 MHz	150 uW	L2.0XB1.6XH0.65 (mm)/L0.079XB0.063XH0.026 (inch)	85 Cel
XRCGB32M000F1H18R0	Murata Manufacturing	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	2 PPM/YEAR	9 pF	TR, 7 INCH	40 ohm	15 %	-40 Cel			32 MHz	150 uW	L2.0XB1.6XH0.65 (mm)/L0.079XB0.063XH0.026 (inch)	85 Cel
XRCGB32M000F1H50R0	Murata Manufacturing	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	2 PPM/YEAR	9 pF	TR, PLASTIC, 7 INCH	60 ohm	10 %	-30 Cel			32 MHz	150 uW	L2.0XB1.6XH0.65 (mm)/L0.079XB0.063XH0.026 (inch)	85 Cel
XRCGB32M000F1H83R0	Murata Manufacturing	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	2 PPM/YEAR	9 pF	TR, PLASTIC, 7 INCH	60 ohm	15 %	-40 Cel			32 MHz	150 uW	L2.0XB1.6XH0.65 (mm)/L0.079XB0.063XH0.026 (inch)	85 Cel
XRCGB38M400F1S2GR0	Murata Manufacturing	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	2 PPM/YEAR	8 pF		60 ohm	20 %	-40 Cel			38.4 MHz	300 uW	2mm x 1.6mm x 0.65mm	105 Cel
XRCGB38M400F1S2JR0	Murata Manufacturing	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	2 PPM/YEAR	10 pF		60 ohm	20 %	-40 Cel			38.4 MHz	300 uW	2mm x 1.6mm x 0.65mm	105 Cel
NES5HAA1-50.0000-32(T)	Diodes Incorporated	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	3 PPM/FIRST YEAR	32 pF	AT CUT; MIL-STD-883	40 ohm	10 %	-20 Cel			50 MHz	10 uW	5mm x 3.2mm x 0.9mm	70 Cel
NKS2HAA1-54.0000-12	Diodes Incorporated	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	5 PPM/FIRST YEAR	12 pF	AT CUT; BULK	60 ohm	10 %	-20 Cel			54 MHz	10 uW	L2.5XB2.0XH0.55 (mm)/L0.098XB0.079XH0.022 (inch)	70 Cel
NKS2HAA1-66.0000-20	Diodes Incorporated	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	3 PPM/FIRST YEAR	20 pF	AT CUT; BULK	60 ohm	10 %	-20 Cel			66 MHz	10 uW	L2.5XB2.0XH0.6 (mm)/L0.098XB0.079XH0.024 (inch)	70 Cel
FH4800014	Diodes Incorporated	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	5 PPM/FIRST YEAR	10 pF	AT CUT; TR, 7 INCH	60 ohm	10 %	-30 Cel			48 MHz	10 uW	L2.5XB2.0XH0.6 (mm)/L0.098XB0.079XH0.024 (inch)	85 Cel
FW1600010	Diodes Incorporated	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	3 PPM/FIRST YEAR	8 pF	AT CUT; TR, 7 INCH	150 ohm	20 %	-40 Cel			16 MHz	10 uW	L2.0XB1.6XH0.45 (mm)/L0.079XB0.063XH0.018 (inch)	85 Cel
NKS2HAA1-26.0000-12(T)	Diodes Incorporated	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	5 PPM/FIRST YEAR	12 pF	AT CUT; TR	80 ohm	10 %	-20 Cel			26 MHz	10 uW	L2.5XB2.0XH0.55 (mm)/L0.098XB0.079XH0.022 (inch)	70 Cel
NKS2HAA1-48.0000-12	Diodes Incorporated	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	5 PPM/FIRST YEAR	12 pF	AT CUT; BULK	60 ohm	10 %	-20 Cel			48 MHz	10 uW	L2.5XB2.0XH0.55 (mm)/L0.098XB0.079XH0.022 (inch)	70 Cel
NKS2HAA1-32.7680-12	Diodes Incorporated	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	5 PPM/FIRST YEAR	12 pF	AT CUT; BULK	60 ohm	10 %	-20 Cel			32.768 MHz	10 uW	L2.5XB2.0XH0.55 (mm)/L0.098XB0.079XH0.022 (inch)	70 Cel
FH3200025	Diodes Incorporated	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	3 PPM/FIRST YEAR	10 pF	AT CUT; TR, 7 INCH	50 ohm	10 %	-20 Cel			32 MHz	10 uW	L2.5XB2.0XH0.6 (mm)/L0.098XB0.079XH0.024 (inch)	70 Cel
FL3740009	Diodes Incorporated	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	3 PPM/FIRST YEAR	12 pF	AT-CUT; TR, 7 INCH	40 ohm	15 %	-40 Cel	GOLD OVER NICKEL	e4	37.4 MHz	10 uW	L3.2XB2.5XH0.65 (mm)/L0.126XB0.098XH0.026 (inch)	85 Cel
NKS2HAA1-27.0000-20	Diodes Incorporated	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	5 PPM/FIRST YEAR	20 pF	AT CUT; BULK	80 ohm	10 %	-20 Cel			27 MHz	10 uW	L2.5XB2.0XH0.55 (mm)/L0.098XB0.079XH0.022 (inch)	70 Cel
NES5HAA1-50.0000-16	Diodes Incorporated	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	3 PPM/FIRST YEAR	16 pF	AT CUT; MIL-STD-883	40 ohm	10 %	-20 Cel			50 MHz	10 uW	5mm x 3.2mm x 0.9mm	70 Cel
NKS2HAA1-20.0000-20	Diodes Incorporated	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	5 PPM/FIRST YEAR	20 pF	AT CUT; BULK	80 ohm	10 %	-20 Cel			20 MHz	10 uW	L2.5XB2.0XH0.55 (mm)/L0.098XB0.079XH0.022 (inch)	70 Cel
NKS2HAA1-32.0000-20	Diodes Incorporated	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	5 PPM/FIRST YEAR	20 pF	AT CUT; BULK	60 ohm	10 %	-20 Cel			32 MHz	10 uW	L2.5XB2.0XH0.55 (mm)/L0.098XB0.079XH0.022 (inch)	70 Cel
FH4800020Z	Diodes Incorporated	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	3 PPM/FIRST YEAR	10 pF	AT CUT; TR, 7 INCH	50 ohm	10 %	-10 Cel			48 MHz	10 uW	L2.5XB2.0XH0.6 (mm)/L0.098XB0.079XH0.024 (inch)	85 Cel
FL384WFIN1	Diodes Incorporated	PARALLEL - FUNDAMENTAL	SURFACE MOUNT	10 ppm	3 PPM/FIRST YEAR	7 pF	AT CUT; TR, 7 INCH	60 ohm	12 %	-30 Cel	GOLD OVER NICKEL	e4	38.4 MHz	10 uW	L3.2XB2.5XH0.68 (mm)/L0.126XB0.098XH0.027 (inch)	90 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