CMOS/TTL VCXO Clock Oscillators 16

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Part	Manufacturer	Oscillator Type	Mounting Feature	No. of Terminals	Frequency Stability	Frequency Adjustment (Mechanical)	Maximum Supply Voltage	Output Load	Maximum Supply Current	Nominal Supply Voltage	Package Equivalence Code	Maximum Rise Time	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	Maximum Fall Time	Maximum Symmetry (%)	Additional Features	JESD-609 Code	Minimum Operating Frequency	Maximum Operating Frequency
ASVV-40.000MHZ-N102-T	Abracon	CMOS/TTL	SURFACE MOUNT	6	50 %	NO	3.465 V	5 TTL, 15 pF	15 mA	3.3 V	DILCC6,.2	4 ms	10 %	7.0mm x 5.0mm x 2.0mm	3.135 V	70 Cel	.15 V	0 Cel	GOLD OVER NICKEL	100 ppm	40 MHz	3.15 V	4 ns	40/60	STANDBY; TRI-STATE; ENABLE/DISABLE FUNCTION	e4
PL500-37DC	Microchip Technology	CMOS/TTL	SURFACE MOUNT			NO	3.63 V	15 pF					5 %		2.25 V	70 Cel	0 V	0 Cel		150 ppm		3.3 V		55/45	TRI-STATE; ENABLE/DISABLE FUNCTION; WAFFLE PACK		36 MHz	130 MHz
ASVV-77.760MHZ-C25-N102-T	Abracon	CMOS/TTL	SURFACE MOUNT	6	25 %	NO	3.465 V	5 TTL, 15 pF	35 mA	3.3 V	DILCC6,.2	3 ms	10 %	7.0mm x 5.0mm x 2.0mm	3.135 V	70 Cel	.15 V	0 Cel	GOLD OVER NICKEL	100 ppm	77.76 MHz	3.15 V	3 ns	40/60	STANDBY; TRI-STATE; ENABLE/DISABLE FUNCTION	e4
ASVV-77.760MHZ-L50-N102-T	Abracon	CMOS/TTL	SURFACE MOUNT	6	50 %	NO	3.465 V	5 TTL, 15 pF	35 mA	3.3 V	DILCC6,.2	3 ms	10 %	7.0mm x 5.0mm x 2.0mm	3.135 V	85 Cel	.15 V	-40 Cel	GOLD OVER NICKEL	100 ppm	77.76 MHz	3.15 V	3 ns	40/60	STANDBY; TRI-STATE; ENABLE/DISABLE FUNCTION	e4
ASVV-60.000MHZ-L50-N152-T	Abracon	CMOS/TTL	SURFACE MOUNT	6	50 %	NO	3.465 V	5 TTL, 15 pF	35 mA	3.3 V	DILCC6,.2	3 ms	10 %	7.0mm x 5.0mm x 2.0mm	3.135 V	85 Cel	.15 V	-40 Cel	GOLD OVER NICKEL	150 ppm	60 MHz	3.15 V	3 ns	40/60	STANDBY; TRI-STATE; ENABLE/DISABLE FUNCTION	e4
ASVV-30.000MHZ-L50-N102-T	Abracon	CMOS/TTL	SURFACE MOUNT	6	50 %	NO	3.465 V	5 TTL, 15 pF	10 mA	3.3 V	DILCC6,.2	5 ms	10 %	7.0mm x 5.0mm x 2.0mm	3.135 V	85 Cel	.15 V	-40 Cel	GOLD OVER NICKEL	100 ppm	30 MHz	3.15 V	5 ns	40/60	STANDBY; TRI-STATE; ENABLE/DISABLE FUNCTION	e4
ASVV-24.576MHZ-C30-N152-T	Abracon	CMOS/TTL	SURFACE MOUNT	6	30 %	NO	3.465 V	5 TTL, 15 pF	8 mA	3.3 V	DILCC6,.2	6 ms	10 %	7.0mm x 5.0mm x 2.0mm	3.135 V	70 Cel	.15 V	0 Cel	Gold (Au) - with Nickel (Ni) barrier	150 ppm	24.576 MHz	3.15 V	6 ns	40/60	STANDBY; TRI-STATE; ENABLE/DISABLE FUNCTION	e4
ASVV-16.384MHZ-N152-T	Abracon	CMOS/TTL	SURFACE MOUNT	6	50 %	NO	3.465 V	5 TTL, 15 pF	8 mA	3.3 V	DILCC6,.2	6 ms	10 %	7.0mm x 5.0mm x 2.0mm	3.135 V	70 Cel	.15 V	0 Cel	GOLD OVER NICKEL	150 ppm	16.384 MHz	3.15 V	6 ns	40/60	STANDBY; TRI-STATE; ENABLE/DISABLE FUNCTION	e4
ASVV-32.768MHZ-N152-T	Abracon	CMOS/TTL	SURFACE MOUNT	6	50 %	NO	3.465 V	5 TTL, 15 pF	10 mA	3.3 V	DILCC6,.2	5 ms	10 %	7.0mm x 5.0mm x 2.0mm	3.135 V	70 Cel	.15 V	0 Cel	GOLD OVER NICKEL	150 ppm	32.768 MHz	3.15 V	5 ns	40/60	STANDBY; TRI-STATE; ENABLE/DISABLE FUNCTION	e4
ASVV-74.175824MHZ-L50-N102-T	Abracon	CMOS/TTL	SURFACE MOUNT	6	50 %	NO	3.465 V	5 TTL, 15 pF	35 mA	3.3 V	DILCC6,.2	3 ms	10 %	7.0mm x 5.0mm x 2.0mm	3.135 V	85 Cel	.15 V	-40 Cel	GOLD OVER NICKEL	100 ppm	74.175824 MHz	3.15 V	3 ns	40/60	STANDBY; TRI-STATE; ENABLE/DISABLE FUNCTION	e4
MK3721D	Renesas Electronics	CMOS/TTL																	TIN LEAD
MK3721DLFTR	Renesas Electronics	CMOS/TTL	SURFACE MOUNT	8	30 %	NO	3.45 V	15 pF		3.3 V	TSSOP8,.25,50	1.5 ms		5mm x 4mm x 1.75mm	3.15 V	70 Cel	0 V	0 Cel	TIN	115 ppm		3.3 V	1.5 ns	60/40	ENABLE/DISABLE FUNCTION	e3	16.2 MHz	28 MHz
MK3721DTR	Renesas Electronics	CMOS/TTL																	TIN LEAD
MK3721STR	Renesas Electronics	CMOS/TTL
MK3721DLF	Renesas Electronics	CMOS/TTL	SURFACE MOUNT	8	30 %	NO	3.45 V	15 pF		3.3 V	TSSOP8,.25,50	1.5 ms		5mm x 4mm x 1.75mm	3.15 V	70 Cel	0 V	0 Cel	TIN	115 ppm		3.3 V	1.5 ns	60/40	ENABLE/DISABLE FUNCTION	e3	16.2 MHz	28 MHz
MK3721S	Renesas Electronics	CMOS/TTL

VCXO Clock Oscillators

Voltage Controlled Crystal Oscillators (VCXOs) are electronic devices that generate a stable clock 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. VCXOs offer several advantages in electronic circuit design.

One of the main benefits of VCXOs is their ability to generate a stable and precise clock signal that can be adjusted in real-time using a control voltage. This makes them suitable for use in applications that require precise timing, such as in digital signal processing and telecommunications. VCXOs can generate frequencies ranging from a few megahertz to several hundred megahertz, making them suitable for various electronic circuits.

VCXOs also offer a low phase noise, which is important in applications that require a clean and stable clock signal. The low phase noise of VCXOs makes them ideal for use in communication systems, network equipment, and instrumentation.

Finally, VCXOs 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. This makes them a cost-effective solution for frequency generation in electronic circuits.