EH320-TFC Series Time-to-Frequency Converter Synchronizing OCXO
Connor Winfield OCXOs offers a wide variety of output frequency combinations
Connor Winfield EH320-TFC-CC-DK1 series represents a fresh approach to precision timing, offering synchronized multiple output clocks in a single 22 mm x 25 mm module. This highly integrated module combines an NPLL system with an APLL system that converts an incoming 1PPS signal to multiple phase-locked clock outputs including a phase-locked 1PPS 3.3 V LVCMOS output. The onboard OCXO is internally and dynamically calibrated offering a free-run or holdover stability of <1 ppb over the full operating temperature range. Phase-locked frequencies are preset at the factory, but a wide variety of output frequency combinations from 152 Hz to 730 MHz are available on request.
These modules will alternatively operate as a holdover OCXO without an incoming 1PPS reference. With excellent thermal stability, 2E-12 short-term stability, and ±0.2 ppb/day aging performance, these modules are an excellent choice for applications in a number of wireless communication systems that benefit from ultra-stable frequency performance. This synchronizing OCXO series provides precision frequency control over standard commercial or industrial temperature ranges.
- 22 mm x 25 mm x 16.5 mm SMD package
- Five output frequencies available: 152 Hz to 730.0 MHz
- +3.3 VDC operation
- Output logic: LVCMOS
- Frequency stability: ±0.2 ppb, ±0.5 ppb, or ±1.0 ppb, -40°C to +85°C
- Fixed-output frequency operation
- Low phase noise floor < -160 dB
- Base stations, communications
- Network synchronization, IEEE1588
- Software-defined radios
EH320-TFC series parts
| תמונה | מק"ט יצרן | תיאור | תדר - יציאה 1 | כמות זמינה | מחיר | הצגת הפרטים | |
|---|---|---|---|---|---|---|---|
![]() | ![]() | EH320-TFC-CC-DK1-010.0M | XTAL OSC OCXO 10.0000MHZ TFCS | 10MHz | מיידית - 8 | $758.03 | הצגת הפרטים |
![]() | ![]() | EH320-TFC-CC-DK2-100.0M | XTAL OSC OCXO TIME TO FREQ CONV | 100MHz | מיידית - 2 | $758.03 | הצגת הפרטים |





