Protempis Thunderbolt (Formerly Trimble Thunderbolt) E GPS Disciplined Clock

$1,056.25
Product number
60333-50
Manufacturer
Log in to see possible volume discounts on this product.
Stock Status:The global component shortage is causing longer-than-usual lead times. Please contact us for more information.
Double-Ovenized Quartz Oscillator, 10MHz, 1PPS Power Cable Not Incuded

Variations of the Protempis Thunderbolt (Formerly Trimble Thunderbolt) E GPS Disciplined Clock

Overview

Precise GPS Clock for Wireless Infrastructure

The Protempis® Thunderbolt® E GPS Disciplined Clock is Protempis's latest offering for GPS synchronization devices targeting the wireless infrastructure. This fifth-generation GPS clock combines a 12-channel GPS receiver, control circuitry, and a high-quality ovenized oscillator on a single board, providing increased integrity and reliability at a lower size and cost.

The Thunderbolt E's level of integration makes it a perfect solution for precise timing applications in the wireless industry. Among its uses are synchronizing the E911 positioning infrastructure and maximizing bandwidth for a wireless local loop. The architecture is comparable to systems currently used to maintain CDMA holdover performance requirements in telecommunications systems.

  • Ovenized quartz oscillator provides stable 10 MHz and 1 PPS output to maximizes bandwidth
  • Combined GPS receiver and ovenized oscillator on one board
  • High volume manufacturing provides reliable low-cost products

What is a GPS Clock or GPS Disciplined Clock?

A GPS clock a combination of a GPS receiver and a high-quality, stable oscillator such as a quartz or rubidium oscillator whose output is controlled to agree with the signals broadcast by GPS or other GNSS satellites.

Looking for an NTP or PTP Grandmaster Clock? Please see the selection of NTP and PTP clocks.

Key Features

  • OCXO provides stable 10 MHz and 1 PPS output to maximizes bandwidth
  • Combined GPS receiver and ovenized oscillator on one board
  • Exceeds holdover specifications of 8 s over 24 hours

Benefits

  • High volume manufacturing provides reliable low-cost products
  • Small form-factor idea in its case or as a board only can be embedded into digital broadcast applications as a cost-effective frequency source
  • Provides reliable performance in hostile RF environments
  • Extremely cost-competitive timing solution for volume synchronization applications due to a high level of integration and volume production techniques


No accessories information available
Tracking and Security, In-Vehicle Navigation & Telematics
No case studies available