By Timebeat

OCP-TAP Timecard - CSAC edition (Production Ready Technology)

Support: 1 year support
Regular price £9,995.00
Regular price Sale price £9,995.00
Availability: Low stock: 1 left
Regular price £9,995.00
Regular price Sale price £9,995.00

Introducing the Cesium oscillator edition of the OCP-TAP TimeCard

Experience precision with the Cesium oscillator edition of the OCP-TAP TimeCard.

Harnessing the accuracy and stability of Cesium atomic clocks, this option offers a level of precision that redefines the time synchronisation. Whether you're involved in critical applications or research, it guarantees performance.

Key Features:

  1. Exceptional Stability: With a stability of 3.0x10^-10, the Cesium oscillator option ensures consistent and reliable timekeeping.

  2. Minimal Power Consumption: Operating at less than 120 mW, it minimizes energy usage while delivering maximum precision.

  3. Compact Design: Its compact form, occupying less than 17 cc, makes it suitable for space-sensitive environments.

  4. Radiation Tolerance: Tested to withstand 20 krad, with SEL and SEU testing up to 64 MeV-cm2/mg, this option is robust in radiation-prone settings.

  5. Synchronization Options: Offering a 10 MHz CMOS-compatible output, 1PPS output, and 1PPS input, it ensures seamless synchronization.

  6. User-Friendly Control: Equipped with an RS-232 interface, it facilitates easy monitoring and control.

  7. Short-Term Stability: Achieving a short-term stability (Allan Deviation) of 3.0 × 10–10 at TAU = 1 sec, it excels in precision.

The Cesium oscillator edition of the OCP-TAP TimeCard is more than a timekeeping solution; it's a precision instrument that elevates your operations to new heights. When precision matters, trust in the Cesium edition to deliver accuracy and reliability. It's your key to unlocking the future of time synchronisation.

SA.45s CSAC main features:
10 MHz CMOS output, with 1PPS (pulse per second) output and 1PPS input for Synchronization, both in a CMOS 0V to 3.3V format.
The clock can be adjusted (special frequency crystal and some engineering work on the units and test system) to accommodate different frequencies up to 32 MHz.
The output frequency will change by no more than 4.0E–10 as the supply voltage varies over its allowable range (3.2 V to 3.4 V). No frequency jumps have been observed so far.
Operating temperature for this part is -10ºC to +70ºC.
Maximum frequency change of ±5.0E–10 over operating temperature
Short Term Stability (Allan Deviation) < 3.0E–10 at TAU = 1 sec
Typical long-term aging < 9.0E-10 /month
Builds a RS-232 serial interface to control and calibrate the unit, as well as monitor the status, set and read the internal clock.

Time honoured solutions

built around you

  • Tech to suit your project

  • Every unit tested

  • Top performance

  • Free software available