BD9555FVM-CGTR

Series:	Automotive, AEC-Q100
Packaging:	Tape & Reel (TR)
Part Status:	Active
Type:	Timer Control
Count:	--
Voltage - Supply:	4.5 V ~ 42 V
Current - Supply:	1mA
Operating Temperature:	-40°C ~ 125°C
Package / Case:	8-VSSOP, 8-MSOP (0.110", 2.80mm Width)
Supplier Device Package:	8-MSOP
Mounting Type:	Surface Mount

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Introduction

Spesense BD9555FVM-CGTR is a programmable frequency clock and oscillator based on the Spesense architecture. It provides superior clock, timing, and timing jitter performance for applications where performance and accuracy determine the success of the product. Using advanced patented technology and comprehensive set of programmable parameters, BD9555FVM-CGTR offers flexibility and control for customers needing to operate the device across wide range of clock frequencies and timing accuracy needs.

Applications

The BD9555FVM-CGTR has been designed to meet the demanding clock requirements of a wide range of existing applications. These include:

• Networking
  • Data migration
  • Telecom switching
  • Ethernet
  • Optical networking
  • Wireless networking
• Multimedia/Broadcast
  • High fidelity audio
  • High definition video
  • Digital cable broadcasting
  • Satellite television
  • SDR (Software Defined Radio)
• Mil/Aero
  • Radar systems
  • Communications
  • Navigation
  • Signal processing
  • Test instrumentation
• Home-/Office-/Industrial Automation
  • Peripheral control systems
  • Robotics
  • Industrial control systems
  • Vehicle control/navigation

The device offers programmable rise and fall edges, reference clock timing, enable/disable and pulse width settings. These features make the BD9555FVM-CGTR the ideal choice for applications where complex timing is required but standard clocking solutions won’t work.

Working Principle

BD9555FVM-CGTR is a programmable timing device that is able to produce multiple configurable waveforms. It uses a crystal-based oscillator and a programmable clock synthesizer to generate programmable frequencies, reference clocks, timing waveforms and pulse width settings. To program the BD9555FVM-CGTR, the user needs to set the required settings to the device. The settings are stored in the device’s memory and can be changed at any time. The user can also program the waveform duration and rise/fall edges for each output waveform. Additionally, the device can be programmed to produce multiple waveforms, each with its own set of programmable parameters such as frequency, reference clock, timing, rise/fall edges, disable/enable and pulse width settings.The BD9555FVM-CGTR also includes a temperature range of operation feature which allows for adjustments to the device’s operation, such as frequency and rise/fall edge adjustments, to compensate for changes in the device’s environment.

Conclusion

The BD9555FVM-CGTR is a programmable frequency clock and oscillator designed specifically for applications in which complex timing and accuracy are required. The device provides superior clock, timing, and timing jitter performance across a wide range of applications, such as data migration, telecom switching, and multimedia broadcast. Additionally, the device features a temperature range of operation feature, allowing it to adjust its clock, timing, and reference clocks to compensate for temperature-based changes in the device’s environment. The device is easy to program and configure, making it an ideal choice for customers needing to operate it across a wide range of clock frequencies and timing accuracy requirements.

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