VCXO Sine Wave Oscillators

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Part	Manufacturer	Oscillator Type	Mounting Feature	No. of Terminals	Frequency Stability	Frequency Adjustment (Mechanical)	Maximum Supply Voltage	Output Impedance	Maximum Supply Current	Nominal Supply Voltage	Package Equivalence Code	Linearity	Physical Dimension	Minimum Supply Voltage	Maximum Operating Temperature	Minimum Control Voltage	Minimum Operating Temperature	Terminal Finish	Frequency Deviation or Pullability	Nominal Operating Frequency	Maximum Control Voltage	Manufacturer Series	Output Level	Additional Features	JESD-609 Code	Minimum Operating Frequency	Maximum Operating Frequency
ACVX1240-FREQ-H-N07-Q40	Abracon
VX-5010-DEE-3051-672M0000000	Vectron International
VX-5012-EEJ-3051-491M52	Microchip Technology
QS41VS9-27.000MHZ	Q-tech	SINE	THROUGH HOLE MOUNT	14	50 %	NO	5.5 V	50 ohm		5 V		10 %	20.32mm x 12.83mm x 5.08mm	4.5 V	125 Cel	0 V	-55 Cel	TIN LEAD	100 ppm	27 MHz	5 V		.632 V	FOAM; TR	e0
ACVX1240-FREQ-I-K-N05-Q45	Abracon	SINE	THROUGH HOLE MOUNT	14	30 %	NO	5.25 V	50 ohm		5 V		10 %	20.8mm x 13.2mm x 6.8mm	4.75 V	50 Cel	.5 V	0 Cel		50 ppm		4.5 V		1 V			8 MHz	200 MHz
VX-5013-DEJ-3051-471M8592	Vectron International	SINE	SURFACE MOUNT	4	30 %	NO	5.5 V	50 ohm	30 mA	5 V	DILCC4,.37,200	10 %	14.4mm x 9.5mm x 5.9mm	4.5 V	70 Cel	.5 V	-20 Cel		200 ppm	471.8592 MHz	4.5 V		.632 V	ENABLE/DISABLE FUNCTION
VX-5012-EEJ-3050-448M0	Microsemi	SINE	SURFACE MOUNT	6	30 %	NO	3.465 V	50 ohm	40 mA	3.3 V	DILCC6,.37	10 %	14.4mm x 9.5mm x 2.8mm	3.135 V	70 Cel	0 V	-20 Cel		200 ppm	448 MHz	3.3 V		.632 V
CO-271HD14NRATFREQ	Dover Technologies	SINE	THROUGH HOLE MOUNT		100 %	YES		50 ohm		15 V		5 %	51mm x 51mm x 19mm		70 Cel	-5 V	-20 Cel		300 ppm		5 V	CO-271	2.8284 V			3.5 MHz	23 MHz
EX-219-CGK-508ASN-20M0000000	Microchip Technology	SINE	THROUGH HOLE MOUNT		.05 %	NO	5.25 V	50 ohm		5 V			26.16mm x 23.62mm x 8.89mm	4.75 V	60 Cel	0 V	-10 Cel			20 MHz	5 V		.796 V
VX-5012-DEE-3050-420M00	Microsemi	SINE	SURFACE MOUNT	6	30 %	NO	5.25 V	50 ohm	30 mA	5 V	DILCC6,.37	10 %	14.4mm x 9.5mm x 2.8mm	4.75 V	85 Cel	.5 V	-40 Cel		200 ppm	420 MHz	4.5 V		.632 V
ACVX1240-200.000MHZ-E-K-Q20	Abracon	SINE	THROUGH HOLE MOUNT	14	30 %	NO	5.25 V	50 ohm		5 V		10 %	20.8mm x 13.2mm x 7.59mm	4.75 V	70 Cel	.5 V	-20 Cel		100 ppm	200 MHz	4.5 V		.632 V
ACVX1240-8.000MHZ-I-R-N07-Q35	Abracon	SINE	THROUGH HOLE MOUNT	14	25 %	NO	5.25 V	50 ohm		5 V		10 %	20.8mm x 13.2mm x 7.59mm	4.75 V	50 Cel	.5 V	0 Cel		75 ppm	8 MHz	4.5 V		.632 V
NFADKBWTNL-26.000000MHZ	Taitien Electronics	SINE	THROUGH HOLE MOUNT		500 %	NO	12.6 V	10000 ohm		12 V		10 %	20.12mm x 12.5mm x 10.8mm	11.4 V	50 Cel	.5 V	0 Cel		1 ppm	26 MHz	4.5 V
VX-5013-EEJ-3051-184M32	Microsemi
ACVX1240-8MHZ-D-R-N30-Q40	Abracon
VX-5012-EEJ-1550-832M0	Microchip Technology	SINE	SURFACE MOUNT	4	15 %	NO	3.465 V	50 ohm		3.3 V		10 %	14.4mm x 9.5mm x 2.8mm	3.135 V	70 Cel	0 V	-20 Cel		200 ppm	832 MHz	3.3 V		.448 V	TR
ACVX1240-FREQ-L-R-N30-Q20	Abracon
VX-5011-DEE-3050-640M0	Vectron International
VX-5011-DEE-305X-179.2MHZ	Microsemi
VX-5013-DEJ-1551-179M2	Microsemi	SINE	SURFACE MOUNT	4	15 %	NO	5.25 V	50 ohm		5 V		10 %	14.4mm x 9.5mm x 5.9mm	4.75 V	70 Cel	.5 V	-20 Cel		200 ppm	179.2 MHz	4.5 V		.448 V	ENABLE/DISABLE FUNCTION; TR
VX-5014-DEJ-3050-125M00	Microsemi
5GS14-F-80T-FREQ	Euroquartz
ACVX1240-200MHZ-I-R-N05-Q15	Abracon
CO-233VHEYATFREQ	Microchip Technology
VX-5011-EEE-3051-125M0000000	Microchip Technology	SINE	SURFACE MOUNT		30 %	NO	3.465 V	50 ohm		3.3 V		10 %		3.135 V	85 Cel	0 V	-40 Cel			125 MHz	3.3 V		.893 V	TRI-STATE; ENABLE/DISABLE FUNCTION; TAPE AND REEL
MOC-FREQ-OUT1	M-tron Industries	SINE	SURFACE MOUNT		20 %	NO		50 ohm		5 V			25.4mm x 22mm x 11.3mm		85 Cel	.5 V	-40 Cel		100 ppm		4.5 V	MOC	2.0081 V			1244 MHz	2488 MHz
EX-219-CGK-508ABS-20M0000000	Microchip Technology	SINE	THROUGH HOLE MOUNT		.05 %	NO	5.25 V	50 ohm		5 V			26.16mm x 23.62mm x 8.89mm	4.75 V	60 Cel	0 V	-10 Cel			20 MHz	5 V		.796 V
5GSR57-C-50T-10.000	Euroquartz	SINE
VX-5010-DEE-3050-125M0000000	Vectron International	SINE	SURFACE MOUNT		30 %	NO	5.25 V	50 ohm		5 V		10 %	14.4mm x 9.5mm x 5.9mm	4.75 V	85 Cel	.5 V	-40 Cel	GOLD OVER NICKEL/TIN SILVER COPPER		125 MHz	4.5 V	VX-501	.893 V	TRI-STATE; ENABLE/DISABLE FUNCTION; TAPE AND REEL	e4/e1
VX-5010-DEE-3050-38M8800000	Microchip Technology
VX-5011-EEJ-1051-52M0000000	Vectron International
VX-5012-DEE-3051-640M0	Microsemi	SINE	SURFACE MOUNT	4	30 %	NO	5.25 V	50 ohm		5 V		10 %	14.4mm x 9.5mm x 2.8mm	4.75 V	85 Cel	.5 V	-40 Cel		200 ppm	640 MHz	4.5 V		.448 V	ENABLE/DISABLE FUNCTION; TR
ACVX1240-8.000MHZ-R-N15-Q10	Abracon	SINE	THROUGH HOLE MOUNT	14	25 %	NO	5.25 V	50 ohm		5 V		10 %	20.8mm x 13.2mm x 7.59mm	4.75 V	70 Cel	.5 V	0 Cel		150 ppm	8 MHz	4.5 V		.632 V
3GSR62-B-100N-FREQ	Euroquartz
DFVS7-MS160MHZ100E25	Cts
VX-5010-EEJ-3050-491M52	Vectron International
VX-5010-EEJ-1550-112M0	Vectron International
CO-233V-0YR-149.90MHZ	Microsemi
ACVX1240-8.000MHZ-N15-Q25	Abracon	SINE	THROUGH HOLE MOUNT	14	50 %	NO	5.25 V	50 ohm		5 V		10 %	20.8mm x 13.2mm x 7.59mm	4.75 V	70 Cel	.5 V	0 Cel		150 ppm	8 MHz	4.5 V		.632 V
VX-5011-DEJ-1050-320M0000000	Microchip Technology
VX-5013-DEJ-3051-195M0	Microchip Technology
ACVX1240-200MHZ-I-R-G	Abracon
QT6VS12-20.000MHZ	Q-tech	SINE	THROUGH HOLE MOUNT	14	100 %	NO	5.5 V	50 ohm		5 V		10 %	22.35mm x 12.83mm x 5.08mm	4.5 V	85 Cel	0 V	-40 Cel		100 ppm	20 MHz	5 V		.632 V	FOAM; TR
AE-A3A3SNDH-R-250.000MHZ	Nel Frequency Controls	SINE	SURFACE MOUNT	8	30 %	NO	3.465 V	50 ohm	160 mA	3.3 V	DILCC8,.57		17.4mm x 14.38mm x 6.38mm	3.135 V	85 Cel	0 V	-40 Cel		100 ppm	250 MHz	3.3 V		1.416 V
ACVX1240-14.31818MHZ-I-N15-Q20	Abracon	SINE	THROUGH HOLE MOUNT	14	50 %	NO	5.25 V	50 ohm		5 V		10 %	20.8mm x 13.2mm x 7.59mm	4.75 V	50 Cel	.5 V	0 Cel		150 ppm	14.31818 MHz	4.5 V		.632 V
ACVX1240-FREQ-E-R-N07-Q25	Abracon
VX-5013-DEE-3050-1040M0	Microsemi	SINE	SURFACE MOUNT	4	30 %	NO	5.25 V	50 ohm		5 V		10 %	14.4mm x 9.5mm x 5.9mm	4.75 V	85 Cel	.5 V	-40 Cel		200 ppm	1040 MHz	4.5 V		.448 V	TR
QTV716LQM-10.000MHZ	Q-tech	SINE	SURFACE MOUNT	24	40 %	NO	15.75 V	53 ohm		15 V			32.38mm x 24.76mm x 5.33mm	14.25 V	70 Cel	.5 V	-20 Cel		80 ppm	10 MHz	6 V		1.416 V

Voltage Controlled Crystal Oscillators (VCXOs) are electronic devices that generate a stable and precise sine wave signal with a frequency that can be controlled using a voltage input. They use a crystal resonator as the frequency-determining element, which is voltage-tuned using a varactor diode or a voltage-controlled amplifier.

One of the main advantages of VCXO sine wave oscillators is their ability to generate a stable and precise sine wave signal that can be adjusted in real-time using a control voltage. This makes them ideal for use in applications that require precise timing, such as in digital signal processing, telecommunications, and scientific research.

VCXO sine wave oscillators also offer a low phase noise, which is important in applications that require a clean and stable sine wave signal. They are capable of generating frequencies ranging from a few megahertz to several hundred megahertz, making them suitable for use in various electronic circuits.

Additionally, VCXO sine wave oscillators have a relatively simple design and are easy to integrate into electronic systems. They are available in a range of package sizes and configurations, allowing them to be used in various applications, including in communication systems, network equipment, and instrumentation.