Components

  • Piezoelectric Accelerometer CJC3010

    Piezoelectric Accelerometer CJC3010

    CJC3010 Specificationes DYNAMIC CARACTERES CJC3010 Sensus(±10%) 12pC/g Frequency Responsio (±5%;X-axis、Y-axis) 1~3000Hz Frequentia Responsio (±5%;Z-axis) 1 ~6000Hz Resonant Frequency(X-axis、Y-axis) 14KHz Resonant Frequency(X-axis、Y-axis) 28KHz Sensibilitas Transversae ≤5% ELECTRICAL CHARACTERISTICS Repugnantia ≥10GΩ Capacitantia 800pF Profundi Insulatio ENVIRONMENTALIS CHARACTERI.
  • Piezoelectric Accelerometer CJC3000

    Piezoelectric Accelerometer CJC3000

    CJC3000 Specificationum DYNAMICARUM CHARACTERISTICORUM CJC3000 Sensitivity(±10%) 2.8pC/g Frequentia Responsio non linearitas ≤1% (±5%) 20~ 4000Hz Sensus transversalis Frequentia 21KHz Sensus transversalis ≤5% ELECTRICAL CHARACTERISTICORUM Resistentia ≥ 400pΩF Resonantia Capacit. insulata cum aluminio habitationi ENVIRONMENTAL CARACTERESTICOS Temperature Range -55C~177C Concursores Limites 2000g Signantes Epoxy signatum Base Strain Sensitivity 0....
  • Piezoelectric Accelerometer CJC4000 series

    Piezoelectric Accelerometer CJC4000 series

    CJC4000 series Specificationum DYNAMICORUM CARACTERES CJC4000 CJC4000 CJC4001 Sensus (±5%) 50pC/g 10pC/g 100pC/g Non-linearitas ≤1% ≤1% ≤1% Frequentia Responsio (±5%) 10~ 2500Hz 1~5000Hz 10~ 2000Hz Resonant Frequentia 16KHz 31KHz 12KHz Sensitivity Transversus ≤1% ≤1% ≤1% ELECTRICAL CARACTERISTICORUM Resistentia inter fibulas ≥1GΩ ≥1GΩ ≥1GΩ +482 ≥10MΩ ≥10MΩ ≥10MΩ Isolationem ≥100MΩ Ω...
  • Piezoelectric Accelerometer CJC4060series

    Piezoelectric Accelerometer CJC4060series

    CJC4060series Specificationum DYNAMICORUM CHARACTERISTICORUM CJC4060 CJC4061 Sensus (±5%) 10pC/g 17pC/g Frequentia Responsionis Non-linearitatis ≤1% ≤1% (±5%) 1~10000Hz 1~6000Hz Resonant Frequentia 45KHz 32KHz Transverse Rensitivity 3% ELECTRICAL CHARACTERISTICORUM Resistentia( Inter fibulas ≥10GΩ ≥100GΩ Isolatio ≥10MΩ ≥10MΩ Capacitantia 900pF 900pF Substantialis ambitus signum insutum concha ENVIRONMENTALI...
  • Piezoelectric Accelerometer CJC4070series

    Piezoelectric Accelerometer CJC4070series

    CJC4070series Specificationum DYNAMICORUM CARACTERES CJC4070 CJC4071 CJC4072 Sensus (±5%) 100pC/g 10pC/g 50pC/g Non-linearitas ≤1% ≤1% ≤1% Frequentia Responsio (±5%) 1~5000Hz 1~11000Hz 1~6000Hz 1~6000Hz Resonant Frequentia 25KHz 48KHz 30KHz Sensus transversalis ≤5% ≤5% ≤5% ELECTRICAL CHARACTERISTICORUM Resistentia inter fibulas ≥10GΩ ≥10GΩ ≥10GΩ Capacitantia 3600pF 1300pF 3600pF Fundationis Insulation ENVIRO...
  • Piezoelectric Accelerometer CJC2010

    Piezoelectric Accelerometer CJC2010

    CJC2010 Specifications DYNAMIC CHARACTERISTICORUM CJC2010 Sensitivity(±10%) 12pC/g Frequentia Responsio Non linearitas ≤1% Frequentia Responsio (±5%) 1~6000Hz Resonant Frequentia 32KHz Sensus transversus ≤3% ELECTRICAL CHARACTERISTICS Repugnantia ≥10GΩF Capacitance grounding testudo ENVIRONMENTAL CARACTERESTICOS Temperature Range -55C~177C Concussus Limit 2000g Obsignatio involucrum Hermeticum Base Strain Sensitivity 0.002 g pK/...
  • Piezoelectric Accelerometer CJC2030

    Piezoelectric Accelerometer CJC2030

    CJC2030 Specificationes DYNAMIC CARACTERES CJC2030 Sensus (±10%) 2.8pC/g Frequentia Responsio (±5%) 1~5000Hz Sensibilitas transversalis ≤5% CHARACTERISTIA ≤1% Frequentia Responsio (±5%) 1~5000Hz Sensus transversus Frequentiam 21KHz Sensus transversus ≤5% ELECTRICAL CHARACTERISTICORUM Resistentia ≥10GΩ Circuitus Signivus conchae ENVIRONMENTAL CARACTERESTICAE Temperaturae Range -55C~177C Concussae Limit 2000g Signantes Epoxy signatum Base cola Sensitivum 0.005 g pK/μ...
  • Piezoelectric Accelerometer CJC2020

    Piezoelectric Accelerometer CJC2020

    CJC2020 Specificationes DYNAMIC CARACTERES CJC2020 Sensus (±10%) 2.8pC/g Frequentia Responsio non-linearitas ≤1%(±5%) 2~5000Hz Resonant Frequentia 21KHz Sensus transversalis ≤3% ELECTRICAL CHARACTERISTICORUM Resistentia ≥10GΩ Circuitui Capacit. conchae ENVIRONMENTAL CARACTERESTICAE Temperaturae Range -55C~177C Concussae Limit 2000g Signantes Epoxy signatum Base Strain Sensitivity 0.001 g pK/μ...