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Microchip

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  • Microchip 53100A Phase Noise Test Set

    The Microchip 53100A measures the amplitude, phase and frequency stability of high-performance RF sources. It tells you everything you need to know about the stability characteristics of your devices at timescales ranging from femtoseconds to days. The 53100A can be used on a bench-top or embedded into rackmount Automated Test Equipment (ATE) systems. Its small form factor and industry-leading measurement speed makes this test set versatile for multiple applications.

    Expanding upon the heritage of the 3120A and 51XXA series of instruments, the 53100A makes fast yet accurate Single Side Band (SSB) phase noise and Allan Deviation (ADEV) measurements at a fraction of the cost of other solutions. Featuring an improved design and advancements in manufacturing, the 53100A offers improvements in reliability and performance over predecessor technologies.

    Key Features:

    • Internal Reference (IR) options for OCXOs and atomic clocks
    • ADEV typically less than 5E–15 at t = 1s; 1E–16 at t = 1000s
    • Measures up to three devices simultaneously
    • Close-to-carrier phase noise and AM noise at offsets from 0.001 Hz
    • Single- or dual-reference oscillator inputs allow cross-correlation measurements with noise floor approaching ?175 dBc/Hz
    • Modified Allan Deviation (MDEV), Hadamard Deviation (HDEV) and Time Deviation (TDEV)
    • Jitter, residual FM and SSB carrier/noise ratio
    • Independent input and reference frequencies from 1 to 200 MHz
    • No phase locking or measurement calibration required

  • Microchip Vectron MD-175 GNSS High Stability Disciplined Oscillator

    The MD-175 is a Microchip GNSS disciplined module. It is a fully integrated GNSS disciplined oscillator module in a compact surface mount 40x 50 mm footprint. The module has an embedded 72 channel receiver that is GPS, GLONASS and Galileo compatible and provides a sinewave or CMOS 10 MHz, and HCMOS 1pps output. An onboard precision OCXO provides stabilities in the unlocked mode enabling extremely low holdover. The module operates from -40 oC to +85 oC.

    Key Features:

    • CMOS or Sinewave Outputs (Model dependant)
    • Holdover: 1.5 µs or 4us for 24 hrs w/2°C temp change (Model dependant)
    • Temp Range: -40°C to 85°C
    • Steady State Power: 2 Watts @ 25°C
    • Phase Noise: -125 dBc/Hz at 10 Hz & -145 dBc/Hz at 1 kHz
    • ADEV: 5.0 E-12 at 1 sec tau & 1.0 E-11 at 10 sec tau

  • Microchip Vectron MD-178 GNSS Low Phase Noise Disciplined Oscillator

    The MD-178 is a Microchip GNSS disciplined module. It is a fully integrated GNSS disciplined oscillator module in a compact surface mount 40 x 50 mm footprint. The module has an embedded 72 channel receiver that is GPS, GLONASS and Galileo compatible and provides a sinewave 10 MHz RF output, and HCMOS 1pps output. An onboard Low Noise OCXO provides a Low Phase Noise RF output. The module operates from -40°C to +85°C.

    Key Features:

    • Sinewave RF Output
    • Temp Range: -40°C to 85°C
    • Holdover: 10 µs for 24 hrs w/2°C temp change
    • Steady State Power: 2 Watts @ 25°C
    • Phase Noise: -135 dBc/Hz at 10 Hz & -165 dBc/Hz at 1 kHz
    • ADEV: 5.0 E-12 at 1 sec tau & 1.0 E-11 at 10 sec tau

  • Microchip Vectron MD-013 GNSS High Stability Disciplined Oscillator

    The Microchip Vectron MD-013  is a  standard platform module that provides 1pps TTL, 10MHz sine wave and 10MHz square wave outputs that are disciplined to an embedded 72 channel GNSS Receiver. In addition, an external reference input can override the internal receiver as the reference. Internal to the module is a Microchip digitally corrected OCXO.

    Key Features:

    • Embedded GNSS Receiver – GPS, GLONASS, Galileo
    • 1pps TTL output signal
    • 10MHz sinewave and square wave output
    • Adaptive aging correction during holdover
    • Barometric pressure correction

  • Microchip Vectron MD-015 GNSS Atomic Disciplined Oscillator

    The Microchip Vectron MD-015  is a GNSS Disciplined Atomic Clock module. 1PPS TTL, 10MHz sine wave, and 10 MHz square wave outputs are generated from an on-board low-power SA.65s Chip Scale Atomic Clock, a high-stability SA53, or a high-stability SA55 Miniature Atomic Clock which is disciplined to an embedded 72 channel multi-constellation GNSS receiver or an external reference input supporting input frequencies from 1Hz (1PPS) to 120 MHz.

    Key Features:

    • Embedded GNSS Receiver – GPS, GLONASS, Galileo
    • 1pps TTL output signal
    • 10MHz sinewave and square wave output
    • Adaptive aging correction during holdover
    • Barometric pressure correction

  • Microchip Model 6300 Modular Signal Switching and Distribution System

    The Microchip Model 6300 Series is a Hot-Swappable, Modular Signal Distribution System that supports High-Performance RF, Pulse and AM IRIG distribution. The 6300 Series delivers High Performance signaling for Metrology and RF  applications without degradation. The 6300 Series is available in a 4U (6300-4) and a 1U (6300-1) chassis configuration.  The 4U version can accommodate up to 12 Distribution modules while the 1U version can accommodate two Distribution modules. Most of the distribution modules come in two types of configurations. The switch module provides two inputs and four outputs. The two inputs provide a switching function that can be manually triggered or set up to automatically switch upon an input fault. The second type of module is a standard distribution module that provides one input and six outputs. In many configurations of the 6300 Series, a combination of both types of modules can be installed in the chassis.

    Features:

    • Low additive phase noise
    • High channel isolation
    • Modular design enables a variety of signal formats
    • LED Status indicators for Inputs and Outputs
    • Scalable to hundreds of outputs
    • Ethernet interface for management and alarms
    • Redundant AC or DC power or combination of AC and DC
    • Hot-swappable modules and power supplies

  • Microchip Model S650 GNSS Time & Frequency Standard

    The SyncServer S650 Time and Frequency Standard provides unprecedented synchronization flexibility and performance using Microchip FlexPort™ technology. The GNSS-referenced S650 is easily adaptable for modern instrumentation systems and networks that require best-in-class synchronization performance for a wide range of applications.

    This modular time server combines the best of time and frequency instrumentation with unique flexibility and powerful network-based and security-hardened features. The timing output flexibility provides easy replication of precise and coherent output signals, eliminating the need for a signal distribution chassis.

    The Timing I/O module with eight BNC connectors is standard which includes the most popular timing I/O signals (IRIG B, 10 MHz, 1PPS and so on). When more flexibility is required, the unique Microchip FlexPort Technology option enables six of the BNCs to output any supported signal (time codes, sine waves, programmable rates), all configurable in real time via the secure web interface. The incredible BNC-by-BNC configurations makes very efficient and cost-effective use of the 1U space available.

    • GNSS Stratum 1
    • Frequency Accuracy: <1x10E-12
    • Rubidium Atomic Clock or OCXO Options
    • FlexPort: Selectable I/O
    • IRIG B, 1MHz, 5MHz, 10MHz, 1PPS I/O
    • Built-in DoS Detection and Protection
    • Security-Hardened NTP Reflector™
    • Secure Web-Based Management
    • IPv6/IPv4 on all Ports
    • Dual Power Supply Option
    • PTP Option
    • Fibre Optic Isolation I/O
    • Havequick/PTTI

     

  • Microchip/Tekron Model PTP Translator

    The Microchip/Tekron PTP Translator is a compact DIN-rail mount device that translates PTP (default, power and telecommunications profiles) to legacy time codes such as IRIG-B, DCF77 or user defined pulses. The PTP Translator enables you to migrate to PTP without  having to incur the expense of replacing all your equipment that doesn’t support PTP.

    • Input/Outputs: TTL, C37.118.1, RJ45 Ethernet/ST multi-mode Fiber Ethernet, ST Fiber
    • Compact DIN-rail mounting form factor
    • Allows IED’s equipped with IRIG-B, Pulse or other common Time Code inputs to conveniently access a PTP network
    • Intuitive Configuration Software
    • Enhanced Security and encryption that exceed NERC CIP requirements

  • Microchip/Tekron IRIG-B Analyser

    With the Microchip/Tekron  IRIG-B Analyzer there’s no need to use oscilloscopes or complex systems, saving those extra callouts and repeat trips to your substation. With multilevel signal support, get accurate on-site fault diagnosis through a Hand-Held, Rugged, Portable and Battery-operated form factor.

    • Decode over 24 IRIG-B Timecodes with extensions
    • IRIG-B DCLS, AM and Modified Manchester decoding
    • Electrical and Optical signals decoded
    • IRIG Time, Type and Signal levels provided
    • Ruggedized, Handheld device
    • Intuitive user interface
    • IRIG-B Oscilloscope App for Android devices
    • 2.5” backlit display
    • Battery Powered
    • Carry Case

  • Microchip/Tekron Model ITP Isolated Timing Repeater

    The Microchip/Tekron ITR  Isolated Timing Repeater is the Swiss Army Knife of Time Synchronisation. It’s a compact DIN rail mountable signal repeater that performs a number of tasks including converting time sync signals, boosting signal strengths and converting one type of signal to another. The ITR is completely electrically isolated and it will provide your IEDs (Intelligent Electronic Devices) with an additional layer of electrical protection.

    Inputs & Outputs:

      • Copper to Fibre
      • Fibre to Copper
      • Fibre Output
      • TTL Output (0-5V,150mA drive)
      • RS232 Output (+/-10V)
      • RS422/RS485 Output (+/-5V)
      • AM IRIG-B  Output (8V)
      • HV Switch
    • Converts Fibre to Copper & Copper to Fibre
    • Extend the distance of an IRIG-B or Pulse signal
    • Provide isolation between A & B Protection Systems or between IEDs
    • Converts a TTL signal from copper to fiber / fiber to copper
    • Converts a TTL signal to a digital High Voltage MOSFET signal
    • Reduces wiring to panels of equipment

  • Microchip/Tekron GridTime3000 GNSS Time Server

    The Microchip/Tekron  GridTime™ 3000 GNSS Time Server is a software-enabled solution that provides enhanced levels of redundant, secure and resilient timing for power utility substations. It generates precise Time and Frequency signals to synchronize analog and digital communication systems within the substation. The GridTime 3000 GNSS Time Server consists of multiple safeguards to ensure it can withstand unpredictable and adverse conditions. Mitigation techniques include malicious software checking, hardened components, advanced holdover options and compliance to IEC 61850-3 environmental standards.

    The GridTime 3000 GNSS Time Server generates precise Time and Frequency signals to synchronize analog and digital communication systems within the substation.

    Features:

    • Compliance to IEEE® 1613-2009 and IEC 61850-3 electrical substation environmental requirement
    • Isolated Single or Dual power supply
    • Oven-Controlled Crystal Oscillator (OCXO) or  Rubidium Holdover
    • IEEE 1588 Precision Time Protocol (PTP)  support
    • 10 independently configured Ethernet ports
    • Swappable High and Low voltage power supplies
    • Independently isolated outputs
    • Class B Boundary Clock
    • UTC and LST with user-defined DST options
    • Hardware-based assurance boot process
    • HTTP/S browser-based configuration and management tool

     

  • Microchip/Tekron Model TCG-01-G GNSS Timing Generator

    The Microchip/Tekron Model TCG 01-G is a highly accurate, fully featured GPS and GLONASS (GNSS) clock. With enhanced cyber security features that support NERC CIP requirements, the TCG 01-G is designed for use in modern day Smart Grid / Smart Substations, Electricity Distribution, Transmission, Generation Protection and Control Systems. The clock synchronizes multiple IEDs (Intelligent Electronic Devices) within a network, including protection relays and remote telemetry units to enable accurate time stamping. The TCG 01-G supports IEEE 1588 v2 (PTP) and IEC 61850.

    Features:

    • GPS and GLONASS support
    • Multi level password protection with custom configurable privilege settings
    • Remote configuration via Ethernet
    • Independently isolated outputs
    • Isolated power supplies
    • High output power line drivers
    • PTP (1588v2) Default profile, Full Power profile (C37.238),Telecom slave profile (ITU G.8265.1),
      Telecom grandmaster & slave profile (ITU G.8275.1)
    • NTP/SNTP v3, v4 server operation
    • DC IRIG-B (Unmodulated, DCLS)
    • AM IRIG-B (Modulated)
    • Supports C37.118.1

     

  • Microchip/Tekron Model TCG 02-G GNSS TIMING GENERATOR

    The Microchip/Tekron Model TCG 02-G is a highly accurate, fully featured GPS and GLONASS (GNSS) clock. Offering multiple oscillator options, Time Code and Frequency outputs, it fits virtually any timing application. With enhanced cyber security features that support NERC CIP requirements, the TCG 02-G is designed for use in modern day Smart Grid / Smart Substations, Electricity Distribution, Transmission, and Generation Protection. In addition industrial application systems and traditional substations are equally provided for. This master clock synchronizes multiple IEDs (Intelligent Electronic Devices) within a network, including protection relays, synchrophasors, event recording and remote telemetry units to enable accurate time stamping. The TCG 02-G is available with one of two expansion module options.

    Features:

    • GPS and GLONASS support
    • Encryption and Password protection
    • OCXO or Atomic option
    • Remote configuration via Ethernet
    • Independently isolated outputs
    • Isolated single or dual power supplies
    • High noise immunity due to balanced pair distribution
    • UTC and LST with user defined DST options
    • High output power line drivers
    • PTP (1588v2) Default profile, Full Power profile (C37.238), Telecom slave profile (ITU G.8265.1),
      Telecom grandmaster & slave profile (ITU G.8275.1)
    • NTP/SNTP v3, v4 server operation
    • DC IRIG-B (Unmodulated, DCLS) & AM IRIG-B (Modulated)
    • Supports C37.118.1
    • Modified Manchester
    • Serial Strings
    • DCF77
    • Event Recording

     

  • Microchip/Tekron Model NTS 02-G Multiport Network Time Server

    The Microchip/Tekron Model NTS 02-G is a High Precision, 3 port GNSS (GPS/ GLONASS) referenced NTP, SNTP and PTP (IEEE1588v2) Grand Master or Boundary clock that provides secure, accurate and reliable time synchronization to enterprise networks. Each of the ports are independently addressable and logically isolated allowing multiple Networks to be connected to the same clock without compromising the network security. The addition of multi-level password protection and user access rights, SNMPv3, and built-in NTP amplification attack immunity, makes the NTS 02-G a versatile synchronization solution for a range of critical network applications.

    Features:

    • GPS and GLONASS support
    • 3 independent RJ45 Ethernet ports
    • Remote configuration via Ethernet
    • Isolated  power supplies
    • PTP (IEEE 1588v2) Master/Slave function
    • UTC and LST with user defined DST options
    • Configuration encryption and security
    • NTP/ SNTP
    • PTP (Supports Power Profile – C37.238, and Telecom Slave Profile – ITU G.8265.1)
    • DC IRIG-B (Un-modulated, DCLS – C37.118.1)
    • DCF77
    • Enhanced Security and encryption that exceed NERC CIP requirements

     

  • Microchip/Tekron Model TTM 01-G COMPACT GNSS CLOCK

    The Microchip/Tekron Model TTM 01-G is a reliable and accurate GPS and GLONASS (GNSS) clock with sub-microsecond timing that is used to synchronize IEDs (Intelligent Electronic Devices) in the Power Industry and other industries where precise and reliable timing is required. As with all Tekron GPS clocks, the TTM 01-G has electrically isolated outputs, providing excellent noise immunity. The TTM 01-G supports both NTP/SNTP and PTP (IEEE 1588v2).

    Features:

    • GPS and GLONASS support
    • Configuration security
    • Remote configuration via Ethernet
    • Independently isolated outputs
    • Isolated  power supplies
    • High noise immunity due to balanced pair distribution
    • UTC and LST with user defined DST options
    • High output power line drivers
    • DC IRIG-B (Unmodulated, DCLS) & AM IRIG-B (Modulated)
    • Supports C37.118.1
    • Modified Manchester
    • Serial Strings
    • DCF77
    • NTP/SNTP
    • PTP (IEEE 1588 v2)
    • Remote firmware upgrades

  • Microchip/Tekron Model NTS 03-G+ Multiport Network Time Server

    The Microchip/Tekron Model NTS 03-G Plus is a fully customizable satellite reference clock. It meets the demanding precision and reliability requirements of the Power, Telecommunications and Enterprise sectors. Multiple Ethernet ports support advanced PTP and NTP time synchronization solutions, while the high drive IRIG-B option delivers legacy device interoperability. This ruggedized platform brings ultimate reliability through Rubidium and OCXO oscillator options, and time sync redundancy through Parallel Redundancy Protocol (PRP) support. Enhanced security is delivered through fully encrypted and authenticated configuration access. Multiple user accounts are supported with configurable access control. Independently addressable and logically isolated Ethernet ports allow multiple networks to be connected to the same clock without compromising the network security. SNMPv3 and built-in NTP amplification attack immunity coupled with IRIG-B and PTP support makes the NTS 03-G Plus a versatile synchronization solution.

    Features:

    • PRP Support
    • References GPS & GLONASS networks
    • OCXO/Rubidium options
    • 3, 4 or 6 independent Ethernet ports
    • Remote configuration via Ethernet
    • Optional second PSU for redundancy
    • Up to 6 high power IRIG-B or pulse drivers
    • PTP (IEEE 1588v2) Master/Slave function
    • UTC and LST with user defined DST options
    • Configuration encryption and security
    • NTP/ SNTP
    • PTP (IEEE 1588v2)
    • DC IRIG-B or Modified Manchester
    • Fiber IRIG-B
    • AM IRIG-B (Modulated)
    • IEEE C37.118.1 extensions
    • Remote firmware upgrades
    • Isolated Power Supplies
    • Enhanced Security and encryption that exceed NERC CIP requirements

     

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