Clock Recovery
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Product
Clock And Timing
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Achieving highly accurate precision timing is no easy feat from a technology perspective, so it’s important to find a resource you can trust to reduce design risk and speed your time to market. Our end-to-end timing solutions generate, distribute and apply precise time for multiple industries, including communications, aerospace and defense, IT infrastructure, financial services, power utilities and more. We provide a broad range of clock and timing solutions ranging from MEMS oscillators to active hydrogen masers. Explore our portfolio of clock and timing components and systems to find the right solution for your project.
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Product
Clock Distribution FMC Modules
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Sundance Multiprocessor Technology Ltd.
Clock Distribution FMC Modules
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Product
Countdown Or Countup Clock Controller
RC600
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The RC600 is a remote control that adds both countdown and countup timer control features to our NTDS and TCDS clocks. Reference or generate time input from NTP or time code (IRIG & SMPTE). Control a virtually unlimited number of time code clocks and network clocks.
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Fast Recovery Diodes
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We offer high-performance products with low forward voltage (VF) and high-speed reverse recovery time (trr) for increasing device efficiency.
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Clock Generation Devices
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Analog Devices offers ultralow jitter clock generation products for wireless infrastructure, instrumentation, broadband, automatic test equipment, and other applications demanding subpicosecond performance. Our clock products are ideal for generating the high speed, low noise clock signals required to clock high performance analog-to-digital converters (ADCs) and digital-to-analog converters (DACs). ADI clock ICs integrate PLL cores, dividers, phase offset, skew adjust, and clock drivers in small chip scale packages.
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Clock Distribution Devices
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Analog Devices offers ultralow jitter clock distribution products that fan out given signals for wireless infrastructure, instrumentation, broadband, ATE, and other applications demanding subpicosecond performance. Our clock products are ideal for clocking high performance analog-to-digital converters (ADCs) and digital-to-analog converters (DACs). ADI clock ICs integrate PLL cores, dividers, phase offset, skew adjust, and clock drivers in small chip scale packages.
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Digital Hygro-thermometer With Clock Alarm Function
KM 918A
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Kusam Electrical Industries Limited
• Temperature range : -10 ~ 60°C / (14 ~ 140°F)• Temperature accuracy : ± 1°C / (± 1.8°F)• Temperature resolution : 0.1°C / °F• Humidity range : 20% RH ~ 95 % RH• Humidity resolution : 1 % RH• Humidity Accuracy : 8% RH• Clock, temperature and humidity display• Room temperature• Room Humidity display• Maximum or minimum memorization function• Alarm clock function at a desired hour• Power : Single 1.5V DC AAA battery
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Product
Programmable Multifrequency Clock Synthesizer - PMC
Model 7191
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- Simultaneous synthesis of up to up to 5 different clocks- Eight SMC clock outputs- Ideal for A/D and D/A converter clock sources- Typical phase noise: -105 dBc/Hz @ 1 kHz offset- All clocks are phase-locked to input reference signal- Input reference frequency of 5 or 100 MHz- Four programmable VCXOs with 32-bit tuning resolution- Output clocks of 1, 2, 4, 8, or 16 submultiples of VCXO base frequencies- Output clock frequencies between 50 and 700 MHz- Control and status via PCI bus interface
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Atomic Clocks And Oscillators
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Safran is a world leader in rubidium atomic clocks and oscillators, quartz crystal (OCXO), maser, integrated GPSGlobal Positioning System is a navigation satellite system. See also/GNSS, and related testing instrument technologies that rely on accurate atomic time and the rubidium standard. Whether you need short or long term stability, our decades of experience designing and manufacturing products is trusted by companies ranging from global enterprises to space initiatives.
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Clock Time Regulation For IPhone
ClockMaster
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ClockMaster is a clock timing software, in many ways similar to watch timegraphers, but specifically designed to work with mechanical pendulum clocks. The app analyzes the ticking sound of the escapement to determine the clock's running rate measured in Beats Per Hour (B/H). This rate is then compared to a specified Target Rate, and the Error is reported as Seconds Per Day fast or slow (±S/D).
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Product
Multifrequency Clock Synthesizer - PCIe
Model 7890
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Simultaneous synthesis of up to five different clocks, Eight SMC clock outputs, Ideal for A/D and D/A converter clock sources, Typical phase noise: -125 dBc/Hz @ 1 kHz offset
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Product
Clock Synchronization
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Analog Devices Clock synchronizers are designed for wired networking applications, providing the clock redundancy functionality needed to maximize system uptime. Our technology supports clock synchronization with common standards, including 1 pulse per second (PPS) output signal from a GPS receiver. GPS signals are broadly available and utilize an extremely stable atomic clock as its time base, but they are often noisy. Systems rely on the IEEE1588 timing protocol to establish synchronous communications across the wired network, including synchronous Ethernet and synchronous digital hierarchy (SDH) to optical transport network (OTN) mapping/demapping. The IEEE1588 protocol has emerged as the preferred method for Clock synchronizing systems throughout both computer networks and local area networks (LAN).
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PCI, PCI Express and USB radio clocks
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Meinberg Funkuhren GmbH & Co. KG
Although the PCI Express is PCI-compliant, PCIe cards are based on a different concept. Less lines are used to transfer the data, for example in the case of PCI plug-in cards.
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Product
Crease Recovery Tester
TF110
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TESTEX Testing Equipment Systems Ltd.
Crease Recovery Tester, to determining recovery properties of fabrics by creasing in a loading device for a predetermined time using a weight suitable for the test method specified (BS/ISO/AATCC), After transferring the specimen to the clamp of the tester, the specimen is allowed to recover and the angle of recovery recorded. Fabric Crease Tester complies with ISO 2313, AATCC 66, BS EN 22313， etc.
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Real-Time Clock (RTC) ICs
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ST offers a wide portfolio of real-time clock (RTC) ICs with parallel or serial interface, including ultra-low-power devices and the world’s smallest package with embedded crystal. Our devices offer many value-added features such as supervisory functions that include alarm, battery switchover, and reset as well as special features with time stamp, anti-tamper for secure applications and an integrated audio section.
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Synthesized Clock Generator
CG635
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Stanford Research Systems, Inc.
The CG635 generates extremely stable square wave clocks between 1 µHz and 2.05 GHz. The instrument''s high frequency resolution, low jitter, fast transition times, and flexible output levels make it ideal for use in the development and testing of virtually any digital component, system or network. Clocks from 1 µHz to 2.05 GHz. Random jitter <1 ps rms. 16 digits of frequency resolution. 80 ps rise and fall times. CMOS, PECL, ECL, LVDS & RS-485. Phase control and time modulation. PRBS for eye-pattern testing. OCXO and rubidium timebase.
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GPS Wireless Clock
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Signals & Systems India Private Limited
GPS Clock offers an easy, cost-effective solution for accurate, synchronized time displays without expensive, disruptive installation procedures. Because there are no wiring requirements, installation times are drastically reduced. It is ideal for renovation projects, as there is no need to worry about installation work, as well as new construction. The GPS clock can be synchronized through GPS Antenna or Wireless Antenna. The display can be wall/panel / tabletop mountable. It can be used as a wireless clock to synchronize many wireless slave clocks in and around the buildings.
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Step Recovery Diodes
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SemiGen’s SSR series of Step Recovery Diodes are epitaxial silicon varactors which provide high output power and efficiencies in harmonic generator applications. Using custom epitaxial wafers, our process ensures high reproducibility. The silicon dioxide passivation process assures greater stability and low leakage currents over temperature. Uniform capacitance ensures repeatability from device to device. These diodes are available in chip or packaged form.
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Step Recovery Diodes
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Macom Technology Solutions Holdings Inc.
MACOM’s Silicon and GaAs varactor multiplier diodes provide broadband performance ranging from 10 MHz to 70 GHz. They are ideal for multiplier circuits and are available in die form, plastic and ceramic packaging. These diodes boast a flip chip series for higher frequency millimeter wave applications; plastic packaged series for microwave frequency surface mount applications; ceramic packaged series for high power waveguide and coaxial applications.
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Product
AATCC Wrinkle Recovery Tester
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TESTEX Testing Equipment Systems Ltd.
AATCC Wrinkle Recovery Tester is used for determining a fabric’s ability to recover after wrinkling under a pre-determined load for a set period of time.
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Product
Clock Generator
CG-1000
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High-precision OCXO is used for the internal clock.Master clock generator with advanced features such as jitter management and glitchless relock.
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Product
16, 32, And 48 Channel Isolated Solid-State Output Cards With External Clocking
PCI-IDO-xxA Series
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PCI-IDO-xxA Series cards offer a range of 16, 32, or 48 individual, optically isolated differential outputs. These cards are ideal for use in control and instrumentation applications where high-voltage protection is required. Individual channel-to-channel isolation allows every channel to be physically and electrically separated from the others.
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UFS Data Recovery Tool
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UFS is full encrypted on mobile phone;UFS BGA153 is widely used on Samsung mobile phone.
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Product
MAGNA Series "Large Digit" Clocks
Models CLK4 & CLK6
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4-digit model (CLK4) with HH:MM display, or 6-digit model (CLK6) with HH:MM:SS display. Large-digit displays with a digit height of 2.2" (57 mm), 4.0" (102 mm), 5.7" (144 mm), 7.9" (200 mm), or 11.0" (280 mm) for long viewing distances. Optional relays and data I/O. Choice of display brightness and cases for indoor or outdoor mounting.
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Product
Programmable Multifrequency Clock Synthesizer - 6U VPX
Model 5791
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- Simultaneous synthesis of up to five different clocks- Eight SMC clock outputs- Typical phase noise: -105 dBc/Hz @ 1 kHz offset- All clocks are phase-locked to input reference signal- Input reference frequency of 5 to 100 MHz- Four programmable VCXOs with 32-bit tuning resolution- Output clocks of 1, 2, 4, 8, or 16 submultiples of VCXO base frequencies- Output clock frequencies between 50 and 700 MHz- Control and status over the VPX backplane
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Programmable Multifrequency Clock Synthesizer - 6U VPX
Model 5891
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- Simultaneous synthesis of up to 10 different clocks- 16 SMC clock outputs- Typical phase noise: -105 dBc/Hz @ 1 kHz offset- All clocks are phase-locked to input reference signal- Input reference frequency of 5 to 100 MHz- Eight programmable VCXOs with 32-bit tuning resolution- Output clocks of 1, 2, 4, 8, or 16 submultiples of VCXO base frequencies- Output clock frequencies between 50 and 700 MHz- Control and status over the VPX backplane
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Multifrequency Clock Synthesizer - 6U VPX
Model 5890
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- Simultaneous synthesis of up to 10 different clocks- 16 SMC clock outputs- Typical phase noise: 105 dBc/Hz @ 1 kHz offset- All clocks are phase-locked to input reference signal- Input reference frequency of 5 to 100 MHz- Eight quad VCXOs allow selection from 16 different base frequencies- Output clocks of 1, 2, 4, 8, or 16 submultiples of VCXO base frequencies- Output clock frequencies between 50 and 700 MHz- Control and status over the VPX backplane
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Product
Four Channel Clock Driver Card
PI-41401
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The PI-41401 is a four channel Clock Driver card capable of operating up to 140 MHz at 3V and 100 MHz at 5V amplitudes into a 50 Ohm load. The PI-41401 has a clock rate of 90 MHz at an amplitude of 5 volts into a 1-MOhm load. Into a high impedance load the output voltage range is from –5 volts to +8 volts with the pulse amplitude ranging from 0V to 9V. When driving a 50 load the voltage range is –2.5 volts to 4.0 volts with the pulse amplitude ranging from effectively 0V to 4.5V. Each channel has a common edgespeed control to vary the rising and falling edges of the output waveform. The adjustable slew rate range, for any amplitude, is the minimum edgespeed of that amplitude times 5. The output pulse amplitude and the load being driven determine the range of variability.
