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    Product :
    1 MHz to 25 MHz

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    Product Type:

    Oven Controlled (OCXO)

    Description:

    Wenzel Associates’ line of precision crystal oscillators are frequently used in the communications, military and test equipment markets. Precision oscillators are used by the aerospace industry for guidance, tracking and telemetry systems, by the communications industry for satellite, cellular, PCN, base station and VSAT systems, by the navigation industry for MLS, radar, GPS and other guidance systems. Crystal oscillators are used widely in the commercial markets as well as instruments such as frequency counters, frequency standards, synthesizers, phase noise test sets and various other instruments.

    Model Description Application Phase Noise (100 kHz) Size

    HF ONYX IV

    • Frequencies from 10 MHz to 25 MHz, fixed

    • Standard and Premium Phase Noise Options
    • Small Package; Low Profile (0.5″ ht)
    • Solder Sealed Steel Can
    • Thru Hole (PCB) Mount
    • Output: Sine, +10 dBm, Standard; TTL, Optional
    • Dual Output Option (One Sine; One TTL)
    • Low-G Sensitivity to 1E-10/g per axis

    Airborne
    Mobile Transceivers
    Instrument Reference

    		 -165 dBc/Hz (Standard) -176 dBc/Hz (Premium) 1 x 1 x 0.5"
    Model Description Application Phase Noise (100 kHz) Size

    HF ULN

    • Frequencies from 5 MHz to 25 MHz, fixed

    • Ultra Low Phase Noise
    • Solder Sealed Steel Can
    • SMA(f) and Solder Pins or Thru Hole (PCB) Mount
    • Output: Sine, +13 dBm, Standard
    • Excellent Temperature Stability
    • Low Aging Rate

    Radar Systems
    Test Equipment
    Reference Oscillator

    		 -174 dBc/Hz 1.75 x 2.94 x 1"
    Model Description Application Phase Noise (100 kHz) Size

    HF Citrine

    • Frequencies from 10 MHz to 25 MHz, fixed

    • Standard and Premium Phase Noise Options
    • Ruggedized for Dynamic Environments
    • Nickel-Plated Machined Aluminum Case
    • SMA(f) and Solder Pins on Side
    • Optional Voltage Reference and Oven Monitor Pins
    • Output: Sine, +13 dBm, Standard
    • Dual Output Option
    • Low G-Sensitivity to 1E-10/g per axis
    • Excellent Temperature Stability
    • Low Aging rate
    • Vibration Isolated Version Available

    Airborne
    Radar Systems
    Tacticle Radio
    Vehicular Communication

    		 -165 dBc/Hz (Standard) -174 dBc/Hz (Premium) 2.25 x 2.25 x 1"
    Model Description Application Phase Noise (100 kHz) Size

    Streamline

    • General Purpose

    • Frequencies from 1 MHz to 25 MHz, fixed
    • Low Phase Noise
    • SMA(f) and Solder Pins or Thru Hole (PCB) Mount
    • Output: Sine, +13 dBm, Standard; CMOS, Optional
    • Good Temperature Stability
    • Low Aging rate

    General Purpose Reference
    GPS Receivers
    Synthesizers

    		 -165 dBc/Hz 2 x 2 x 1"
    Model Description Application Phase Noise (100 kHz) Size

    HF Citrine Plus

    • Frequencies from 1 MHz to 125 MHz, fixed

    • Standard and Premium Phase Noise Options
    • HF OCXO (5 MHz to 25 MHz) Plus an Additional Circuit
    • Option to add Multiplier, Divider, Filter, PLL or Amplifier
    • Ruggedized for Dynamic Environments
    • Nickel-Plated Machined Aluminum Case
    • SMA(f) and Solder Pins on Side
    • Optional Voltage Reference and Oven Monitor Pins
    • Output: Sine, +13 dBm, Standard; To +21 dBm (w/Integrated Amplifier)
    • Low G-Sensitivity to 1E-10/g per axis
    • Excellent Temperature Stability
    • Low Aging rate
    • Vibration Isolated Version Available

    Airborne
    Radar Systems
    Tacticle Radio
    Vehicular Communication

    		 1 MHz (10 MHz divide by 10) 50 MHz (16.66666 MHz x 3) -165 dBc/Hz (1 MHz Standard) -168 dBc/Hz (1 MHz Premium) -153 dBc/Hz (50 MHz Standard) -163 dBc/Hz (50 MHz Premium) 2.25 x 2.25 x 1.3"
    Model Description Application Phase Noise (100 kHz) Size

    BTULN

    • Frequencies: 5 MHz or 10 MHz

    • Ultra Low Phase Noise
    • Nickel-Plated Machined Aluminum Case
    • SMA(f) and Solder Pins on Side
    • Output: Sine, +13 dBm, Standard
    • Excellent Temperature Stability
    • Excellent Short Term Stability
    • Excellent Aging Rate

    High Energy Physics
    Radio Astronomy
    Reference Oscillator

    		 -178 dBc/Hz 4 x 3 x 2"