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  1. The HCD360 oven controlled oscillator with sine wave output features exceptionally tight temperature stability of ±5ppb and excellent ageing characteristics, with options of <±2 x 10 -10 per day at dispatch. The HCD360 also features excellent phase noise specifications, with 10.0MHz performance producing phase noise of -155dBc/Hz @ 10kHz.

    • 36.1 x 27.2 x 19.4mm
    • < ±1x10 -11 over 1 sec
    • 5.0 ~ 20.0MHz
  2. www.golledge.com › products › hcd360-tight-stabilityHCD360 - Golledge

    HCD360 2/3 v1.0 Frequency range 5.0 ~ 20.0MHz Dimensions 36.1 x 27.2 x 19.4mm Frequency stability < ±5x10 per year < ±1x10 per 10% change in V Short term stability < ±1x10 over 1 sec Storage temperature range-40 to +90°C Output waveform Sine wave, 7dBm (±2dBm) into 50Ω Frequency adjustment ±5x10 (typ) over +0.5 to +7.0V

  3. www.hcdresearch.co.uk › enquiry › productHCD360 - HCD Research

    The HCD360 is a sine output OCXO with a daily ageing rate of up to 0.2 parts per billion (2 x 10^-9). Features. Temperature stability down to 5ppb Single 12V supply ...

  4. The HCD360 from Golledge is a OCXO with Frequency 5 to 20 MHz, Frequency Stability 1 ppb / 50 ppb, Temperature Stability 5 ppb, Stability 1 ppb / 50 ppb. Tags: PCB Mount, Surface Mount. More details for HCD360 can be seen below.

  5. OCXO Sine Output Specifications HCD360 Parameters Frequency range: 5.0 ~ 20.0MHz Ageing per day (at despatch): ±1x10-9 ±5x10-10 ±2x10-10 Frequency stability: ±5x10-8 per year -9 ±1x10 per 10% change in VDD Short term stability: ±1x10-11 over 1 sec Product HCD360 Option Codes ࡯ ˿ ࡯ ˿ ࡯ ࡯ ࡯ ˿ ࡯ ˿ ˿ ˿ ࡯ ˿ ࡯ ࡯ ࡯ P R S A C F G D E F 36.10 (max) 27.20 (max) 19.40 ...

  6. HCD360/DPFN OCXO Sine Output Specifications. Frequency range: ~ 20.0MHz Ageing per day (at despatch): lt; ±2x10-10 Frequency stability: lt; ±5x10-8 per year lt; ±1x10 per 10% change in VDD Short term stability: lt; ±1x10-11 over 1 sec Product.

  7. HCD360/ERFN 10.0MHz ±5 10-10 ±1 10-8-20+70°C 310 /BNDN 10.0MHz 1: Daily Ageing Rate Code 3: Operating Temp. Range Code 2: Temp. Stability Code