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Medical
With exciting breakthrough technologies in diagnostic imaging equipment, wireless telemetry and patient monitoring, Vectron's product portfolio is supporting the growth of Medical Industry. Our products offer superior quality and reliability as well as the industry's lowest phase noise, lowest jitter and the best stabilities in the smallest footprints. These diagnostic tools are becoming more independent on the advancements of precision oscillators and frequency generation devices. Vectron is committed to the achieving the performance needed to support the future requirements demanded by these critical applications.
Oven Controlled Crystal Oscillators (OCXO)
| Product | Frequency Range (MHz) |
Output Supply | Aging | Temperature Stabilities to -40°C to +85°C |
Features |
OX-209 OCXO |
20 to 35 |
Sinewave 12V |
< ± 1ppb/day < ± 50ppb/year |
50ppb |
–115 dBc/Hz at 10 Hz offset –175 dBc/Hz at 10 kHz offset |
OX-204 OCXO |
10 |
Sinewave 12V |
< ± 0.5ppb/day < ± 30ppb/year |
20ppb |
–135 dBc/Hz at 10 Hz offset –175 dBc/Hz at 10 kHz offset –Low power consumption: 4 watts during warm–up 1.5 watts during steady state |
OX-221 OCXO |
10 to 32.72 |
CMOS 3.3V |
< ± 0.5ppb/day < ± 60ppb/year |
3.0ppb |
–122 dBc/Hz at 10 Hz offset –154 dBc/Hz at 10 kHz offset –Low power consumption: 4 watts during warm–up 1.35 watts during steady state |
Temperature Compensated Crystal Oscillator - TCXOs
| Product | Frequency Range (MHz) |
Output Supply | Temperature Stabilities to -40°C to +85°C |
Features |
VT-800 TCXO |
10 to 40 MHz |
CMOS Clipped Sinewave |
- Tight Stability Reference Clocks (CMOS & Clipped Sinewave) | |
VT-704 TCXO |
5 to 52 MHz |
CMOS Clipped Sinewave |
±1.0ppm | - Tight Stability Reference Clocks (CMOS & Clipped Sinewave) |
TX-508 TCXO |
10 to 100 MHz |
HCMOS LVCMOS |
±25.0ppm |
- Low G-Sensitivity - High shock resistant - Vibration hardened - Random Vibration according to MIL-STD-202G; Method 214A; Condition II-D 0.1 g2/Hz / 30 grms |
SAW Filters
| Product | Center Frequency (MHz) |
Bandwidth | Pass Band Ripple |
Insertion Loss |
Group Delay Ripple |
Features |
TFS1413 SAW Filter |
1413.25 | 36.50 MHz | BWOP | 3.8 dB | 25 ns |
- 50 Ohm - No Matching - Low Loss - Tight Transition |
TFS2441A SAW Filter |
2441.75 | 83.5 MHz | BWOP | 6.5 dB | 5 ns |
- Wide Bandwidth - Low Group Delay Ripple (GDR) |
TFS403A SAW Filter |
403.5 | 3.0 MHz | 1.5 dB | 5.5 dB | 100 ns |
- Small Footprint Med IF - Great Rejection |
TFS611A SAW Filter |
611 | 6.0 MHz | 1.0 dB | 6.0 dB | 30 ns |
- 75 Ohm System - Tight Transition |
TFS433K SAW Filter |
433.42 | 0.15 MHz | 3.0 dB | 5.0 dB | 700 ns |
- Narrow Bandwidth - Temp Stable - High Selectivity |
TFS210C SAW Filter |
210 | 8.2 MHz | 1.0 dB | 22.0 dB | 60 ns | - Great Ultimate Rejection and Narrow Bandwidth |
TFS210G SAW Filter |
210.82 | 1.6 MHz | 3.0 dB | 11.0 dB | 240 ns |
- Temp Stable - Great Rejection |
Voltage Controlled Crystal Oscillator - VCXOs
| Product | Frequency Range (MHz) |
Output Supply | Features |
VX-705 VCXO |
77.76 to 170.0 | CMSO / LVPECL |
- ±20ppm Temperature Stability - Fundamental crystal design with low jitter performance |
VV-701 VCXO |
1.544 to 77.76 | CMOS |
- Fundamental Crystal Design with Low Jitter Performance - Excellent 20ppm Temperature Stability |
VX-508 VCXO |
10 to 120 |
HCMOS LVCMOS |
- Low G-Sensitivity - High Shock Resistant - Vibration Hardened - Random Vibration according to MIL-STD-202G; Method 214A; Condition II-D 0.1 g2/Hz / 30 grms |
VX-501 VCXO |
1 to 700 |
HCMOS PECL LVDS LVPECL Sinewave |
- FR4 based VCXO with exceptional in-close phase noise |
Clocks/Crystal Oscillator - XO
| Product | Frequency Range (MHz) |
Output Supply | Features |
VC-708 XO |
20 to 200 |
LVPECL LVDS |
- 47 fs RMS jitter typcial 12kHz–20MHz - Ultra Low Jitter Performance, 3rd OT Crystal Design |
VC-820 XO |
625 kHz to 133.00 MHz |
CMOS |
- Small Size - Fundamental Oscillator with Low Jitter Perform - CMOS Output XO |
VCC6 XO |
10 to 350 |
LVPECL LVDS |
- Reference clocks with jitter <300 fs RMS - PECL, LVDS |
PX-508 XO |
10 to 120 |
HCMOS LVCMOS |
- Low G-Sensitivity - High shock resistant - Vibration hardened - Random Vibration according to MIL-STD-202G; Method 214A; Condition II-D 0.1 g2/Hz / 30 grms |
PS-702 XO |
150 to 1000 |
LVPECL LVDS |
- Higher Frequency Reference Clocks with Jitter <100fs RMS |
PX-501 XO |
1 to 700 |
HCMOS PECL LVDS Sinewave |
- FR4 based XO with exceptional in-close phase noise |