Brandywine Communications High Performance Timing System is the most accurate frequency system currently available, with inherent 10ns accuracy.  This next generation, dual redundant, network-centric, modular timing system includes a novel architecture that allows automatic compensation of propagation delay.  The HPTS also offers a range of rubidium options including cesium clocks to ensure the highest accuaracy of your timing system.  Input synchronization sources include GPS, SAASM GPS, Have Quick, 1PPS, IRIG A, IRIG B, IRIG G, 10MHz, and NTP.  Outputs include Have Quick, 1PPS, IRIG A, IRIG B, IRIG G, 10MHz, and NTP.  The HPTS is ruggedized and fully qualified for airborne, shipboard, and land mobile applications.

• Product Specifications
• Product Data Sheet

System Accuracy
MCM Timing Accuracy when locked to input reference:
External Have Quick/ 1PPS	<15ns
IRIG B (modulated)	<2µsec
GPS (calibrated antenna cable delay)	<50ns
MCM Frequency Accuracy (24hr avg.)
Rubidium	<1x10-12 when locked to input reference
	<5x10-11 after 24 hr holdover
Ovenized Quartz	<1x10-12 when locked to input reference
	<2x10-10 after 24 hr holdover
Short Term Stability	10MHz output
1 sec	<1x10-11
10 sec	<1x10-11
100 sec	<1x10-10
Output Signal Module Accuracy with respect to MCM	Main Chassis	Remote Location (< 2km)
1PPS	+/- 5ns	+/- 20ns
Have Quick	+/- 5ns	+/- 20ns
IRIG B124	+/- 250ns	+/- 250ns
IRIG B DC	+/- 40ns	+/- 60ns
Physical
Size	17"W x 7"H (5RU) x 12" D
Weight	24lb nominal
Environmental
Operating Temperature	-10 to +50°C
Emergency Operating	70°C 5 minutes without damage
Non-Operating Temperature	-40 to +85°C
Humidity	5% to 95% non condensing
Altitude	Operating -1500 to +11000 ft
	Non Operating -1500 to +41000 ft

HPTS	Data Sheet