RFM retains a long history of providing stable, SAW based frequency
control products for computer timing, analog communications, test
instrumentation and military applications. In addition, RFM manufactures
optical timing products based on our patented "Diff Sine" technology to
meet the increasing demand for bandwidth in communication systems.
These products have been specifically developed for applications such as
dense wave division multiplexing (DWDM) equipment where timing
integrity and elimination of system noise in circuits are critical.
The OP4005B and OP4005B-1 are both 622.08 MHz differential clocks
with near perfect symmetry and extremely low jitter with or without noise
on the power planes. The OP4006B is a 666.5 MHz Clock for forward
error correction timing. RFM's "Diff Sine" architecture is the basis of each
of these high performance optical products.
The OPB series along with the SCB series Clocks are also used for
timing on ultra high speed A to D converter applications and other digital
radio applications as well. A variety of crystal based products are also
available. These products are small, high performance devices used in
both time and frequency domain applications.
SAW-Based Frequency Control &
Crystal-Based Products
SAW Based Frequency Control
Product
No. Freq.
(MHz) Tol/Spec Case
Voltage Controlled Osc ill a to r
HO4002-1 400 +/-0.04MHz, 0~10VDC, Low Phase Noise DIP16-8
HO4001-1 1000 +/-0.15MHz, 0~5VDC, Low Pha s e Noise DIP16-8
Optical Timing Clock
OP4005B 622.08 +/-100ppm, 0.1ps RMS Jitter, Low Phase Noise SMC-8
OP4005B1 622.08 +/-100ppm, 0.1ps RMS Jitter, Low Phase Noise SMC-8A
OP4004B 625 +/-100ppm, 2ps RMS Jitter, Low Phase Noise SMC-8
OP4014B 627.329 +/-100ppm, <1ps RMS J itter, Low Phase Noise SMC-8
OP4012B 644.53125 +/-100ppm, 2ps RMS Jitter, Low Phase Noise SMC-8
OP4010B 663.552 +/-100ppm, 2ps RMS Jitter, Low Phase Noise SMC-8
OP4006B 666.51 +/-100ppm, 2ps RMS Jitter, Low Phase Noise SMC-8
OP4006B1 666.51 +/-100ppm, 1ps RMS Jitter, Low Phase Noise SMC-8A
OP4007B 669.128 +/-100ppm, 2ps RMS Jitter, Low Phase Noise SMC-8
OP4008B 669.327 +/-100ppm, 2ps RMS Jitter, Low Phase Noise SMC-8
OP4009B 672.163 +/-100ppm, 2ps RMS Jitter, Low Phase Noise SMC-8
OP4013B 693.48342 +/-100ppm, 2ps RMS Jitter, Low Phase Noise SMC-8
OP4018B1 718.864 +/-50ppm, 0.5ps RMS Jitter, Low Phase Noise SMC-8A
OP4011B 719.734 +/- 100ppm, 2ps RMS J itter, Low Phase Noise SMC-8
OP4017B 777.6 +/-100ppm, 1ps RMS Ji tter, Low Phase Noise SMC-8
OP4017B1 777.6 +/-100ppm, 2ps RMS Jitter, Low Phase Noise SMC-8A
OP4015B 780.881 +/-100ppm, 0.2ps RMS Jitter, Low Phase Noise SMC-8
Diff Sine W ave Clock
SC3044B 251 Tol = 300ppm, VCC=3.3 SMC-8
SC3041B 300 Tol = 200ppm, VCC=3.3 SMC-8
SC3037B 350 Tol = 200ppm, VCC=3.3 SMC-8
SC3017B 400 Tol = 200ppm, VCC=3.3 SMC-8
SC3040B 400 Tol = 200ppm, VCC=3.3 SMC-8
SC3048B 444 Tol = 200ppm, VCC=3.3 SMC-8
SC3019B 500 Tol = 200ppm, VCC=3.3 SMC-8
SC3038B 532 Tol = 200ppm, VCC=3.3 SMC-8
SC3015B 550 Tol = 200ppm, VCC=3.3 SMC-8
SC3011B-1 600 Tol = 250ppm, VCC=3.3 SMC-8
SC3045B 621.6 Tol = 250ppm, VCC=3.3 SMC-8
SC3042B 624 Tol = 200ppm, VCC=3.3 SMC-8
SC3056B 667 Tol = 250ppm, VCC=3.3 SMC-8B
SC3049B 700 Tol = 250ppm, VCC=3.3 SMC-8
SC3053B 750 Tol = 250ppm, VCC=3.3 SMC-8
SC3035B-1 800 Tol = 250ppm, VCC=3.3 SMC-8
SC3046B-5 933.12 Tol = 70ppm, VCC=3.3 SMC-8B
Crystal Products
Product No. Freq. (MHz) Tol/Spec Case (mm)
Crystal Filter
XFL8001 76.8 4 kHz BW, -3dB IL, -30C to +80C 5.0x3.2
Crystal Oscillator
XO3002 20.48 3.3V, +/- 40 ppm, -40C to +85C 7.0x5.0
XO3003 25.6 3.3V, +/- 40 ppm, -40C to +85C 7.0x5.0
XO3001 125 3.3V, +/- 50 ppm, -40C to +70C 7.0x5.0
XO3001-1 125 3.3V, +/- 50 ppm, -40C to +70C 7.0x5.0
Temp Compensated Crystal Oscillator
XTC7003 12.8 3.0V, +/-1 ppm, -30C to +85C 5.0x3.2
XTC7004 16.367667 2.85V, +/-0.5 ppm, -30C to +85C 3.2x2.5
XTC7005 16.369 2.85V, +/-0.5 ppm, -30C to +85C 3.2x2.5
XTC7001 18.414 3.0V, +/-2 ppm, -40C to +85C 5.0x3.2
XTC7002 30 2.8V, +/-2 ppm, -30C to +85C 3.2x2.5
Voltage Controlled Temp Compensated Crystal Oscillator
XVT9001 19.2 2.8V, +/-2.5 ppm, -20C to +70C 3.2x2.5
XVT9003 19.2 2.8V, +/-2.5 ppm, -30C to +80C 3.2x2.5
XVT9002 26 2.8V, +/-2.5 ppm, -20C to +75C 3.2x2.5
XVT9004 30 2.8V, +/-2.5ppm, -30C to +80C 3.2x2.6
XVT9005 32 2.8V, +/-2.0ppm, -30C to +85 C 3.2x2.7
XVT9006 40 2.8V, +/-2.0ppm, -30C to +85 C 3.2x2.8
Crysta l Resonator
XTL1009 8 12 pF, +/-30 ppm, -40C to +85C 5.0x3.2
XTL1001 9.84 10 pF, +/-30 ppm, -40C to +125C 5.0x3.2
XTL1005 9.84 3 pF, +/-50 ppm, -40C to +125C 5.0x3.2
XTL1002 10 12 pF, +/-20 ppm, -20C to +70C 5.0x3.2
XTL1010 12 12 pF, +/-30 ppm, -10C to +60C 5.0x3.2
XTL1020 12.8 12 pF, +/- 20 ppm, -40C to +85C 5.0x3.2
XTL1003 13.56 20 pF, +/- 50 ppm, -40C to +125C 5.0x3.2
XTL1003 13.56 12 pF, +/- 50 ppm, -40C to +125C 5.0x3.2
XTL1004 13.56 20 pF, +/-10 ppm, -20C to +70C 5.0x3.2
XTL1006 13.56 3 pF, +/-50 ppm, -40C to +125C 5.0x3.2
XTL1012 24.265 12 pF, +/-15 ppm, -40C to +85C 2.5x2.0
XTL1018 24.265 12 pF, +/- 30 ppm, -40C to +85C 2.0x1.6
XTL1008 26 16 pF, +/-10 ppm, -20C to +70C 3.2x2.5
XTL1011 26 9 pF, +/-30 ppm, -20C to +75C 3.2x2.5
XTL1013 26 10.3 pF, +/-10 ppm, -20C to +75C 3.2x2.5
XTL1017 30 20 pF, +/-15 ppm, -40C to +105C 3.2x2.5
XTL1014 48.53 8 pF, +/-30 ppm, -40C to +85C 2.5x2.0
XTL1015 48.53 10 pF, +/-30 ppm, -40C to 85C 2.5x2.0
XTL1016 48.53 12 pF, +/-30 ppm, -40C to +85C 2.5x2.0
XTL1019 48.53 12 pF, +/- 30 ppm, -40C to +85C 2.0x1.6
15
RF Component s