Takt-Jitter-Cleaner
Employ SiGe and BAW tech to craft jitter cleaners for high-speed communication, data converter clocking, and timing-sensitive applications
Achieve superior performance with our selection of clock jitter cleaners, renowned for their minimal phase noise and adherence to JESD204B standards. By employing internal phased-locked loops (PLLs), these devices efficiently reduce phase noise and jitter within your system. Harnessing our advanced bulk acoustic wave (BAW) resonator technology, our products enable seamless fulfillment of demanding system-level requirements in high-speed telecommunication, industrial, and space applications. With user-friendly operation and extensive configurability, our jitter cleaners offer versatility, featuring multiple output options of up to 16 outputs.
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Jitter cleaners with JESD204 support
Clock high-speed data converters, AFE and FPGA with JESD204
Improve noise performance with integrated BAW VCO
Achieve improved phase-noise performance using our jitter cleaners with integrated bulk-acoustic-wave (BAW) voltage-controlled oscillators (VCOs)
Space and high reliability
Operate in space, harsh and automotive environments with radiation-hardened, extended-temperature and automotive grade devices
Learn more about TI clock jitter cleaners and BAW technology
Space products for critical designs
Our radiation-hardened clocking solutions solve clocking requirements for radio-frequency front ends and data processing.
Building on our 60 years of expertise in the space market, our radiation-hardened systems knowledge can help you meet your mission-critical design requirements and achieve space-grade certification faster, from low earth orbit to deep-space missions.
In addition to the traditional radiation-hardened ceramic (QML-V) packages we also offer products in
- Radiation-hardened plastic (QML-P) packages with SEL ≥65MeV⋅cm2/mg and TID ≥100krad (Si)
- Radiation-tolerant plastic (space EP) with SEL ≥43MeV⋅cm2/mg and TID ≥30krad (Si)
Ressource
All of our space-grade products at your fingertips
View all products with our space parametric selection table.
Technical article
How Space Enhanced Products Address Challenges in low Earth orbit Applications (Rev. A)
Learn how our space-enhanced product qualification process addresses challenges and removes the needfor high-risk and resource-intensive upscreening methods.
Vorgestellte Produkte für Radiation hardened
High-performance synchronizers and RF synthesizers
Our clocking portfolio spans from clock-distribution solutions to high-performance network synchronizers and RF synthesizers.
- Supports JESD204B and JESD204C applications by providing phase-synchornized clocking and SYSREF signals to data converters, field-programmable gate arrays and systems-on-a-chip (SoCs)
- IEEE 1588v2 Precision Time Protocol (PTP) software provides full timing support with 1pps signal deviation ±2ns that meets Class D performance for ITU-T profiles and partial timing support, less than ±1µs with PDVs in excess of 230µs
User guide
How to Phase Synchronize Multiple LMX2820 Devices
The LMX2820 is one of the RF synthesizers in our product portfolio that can support phase synchronization
Application note
ITU-T G.8262 Compliance Test Results for the LMK5C33216
Application report for ITU-T G.8262 compliance test
Referenzdesign
JESD204B and JESD204C reference design
Multi-channel RF transceiver, low-noise clocking reference design for radar and EW applications
Vorgestellte Produkte für IEEE 1588 and PTP
Improved jitter performance advantages
BAW technology ultra-low jitter performance meets the stringent clocking requirements of 800Gbps and 1.6TBps Ethernet-based networks and 5G/6G wireless infrastructure applications.
- Voltage-controlled BAW oscillator (VBCO): Our network synchronizers incorporate BAW technology as a VCO that provide at least a 20dB advantage over traditional LC-tuned VCOs and resulting in clocks with <50fs jitter performance.
- BAW reference clock: Our BAW-based oscillators and clock generators provide a clean clocking source to meet the stringent bit error rate requirements for EtherCAT, Serdes, PCIe, and ASIC/FPGA clocking.
Application note
How to use the LMK05318 as a jitter cleaner
This application report outlines two methods of how to clean input jitter with the LMK05318.
Application note
ITU-T G.8262 Compliance Test Results for the LMK5C33216
This application report details compliance of the LMK5C33216 to the ITU-T G.8262 (timing characteristics of a synchronous Ethernet equipment slave clock) standard.
Vorgestellte Produkte für Bulk Acoustic Wave (BAW)
Technische Ressourcen
More literature
Total Ionizing Dose and Single Event Effects Test Results of LMK04832-SP
Learn more about the ELDRS characterization and Single-event effects. Single-event upset (SEU) and Radiation lot acceptance (RLAT) data is also available.
White paper
TI BAW technology enables ultra-low jitter clocks for high-speed networks
Learn how to use the LMK05318 synchronizer with BAW technology to reduce phase noise, and root-mean-square jitter and eliminate the need for a high-frequency low-noise temperature-compensated or oven-controlled crystal oscillator.
Application note
112G and 224G PAM-4 SerDes Clocking for Rapid Data Center Switches
Learn about the advantages of using ultra-high performance clock synchronizers to generate reference clocks needed for high-speed serial links.