PCB-3501A2060KG

PCB-3501A2060KG

  • MEMS high shock sensor,
  • Measuring range 60,000 g,
  • Sensitivity 0.0003 mV / g,
  • Frequency range 0 … 20,000 Hz,
  • Surface mount
  • basic data
    sensitivity (at 10 V DC supply voltage) (±50%)0.003 mV / g0.0003 mV/(m/s²)[2]
     
    sensitivity0.0003 mV / V / g0,00003 mV/V/(m/s²)[6]
     
    Range±60. 000 g±588. 400 m/s² pk 
     
    frequency range (1 dB)0 … 20,000 Hz  
     
    Resonance frequency> 120,000 Hz  
     
    damping rate2% crit chance [1]
     
    Linearity error≤1%  
     
    transverse acceleration sensitivity≤3%  
    conditions
    Ü berlastlimit (shock)±100. 000 g pk±980. 665 m/s² pk[3]
     
    Ü berlastlimit (mechanical stop)≥80,000 g? 782.534 m/s² pk 
     
    temperature range (operation)-.-65 … 250 ° F-54 … 121 ° C 
     
    Temperature coefficient of sensitivity-0.11 %/°F-0.20 %/°C[1]
     
    Max. Temperature dependent offset shift±10 mV [4]
     
    strain sensitivity (base area)0,3 g/µε2.94 (m/s²)/µε[1]
    Technical
    supply voltage (max)15.0 V DC  
     
    power< 3 mA  
     
    input impedance (kΩ ±2)6,000Ω [2]
     
    output impedance (kΩ ±2)6,000Ω [2]
     
    Spannungsoffset40 … 40 mV DC [2]
     
    settling time0.01 s [5]
    Physical properties
    Sensor elementPiezoresistive MEMS element  
     
    Geometry of the sensor elementActive bridge circuit  
     
    Housing materialCeramic  
     
    Waterproofingepoxy resin  
     
    size - height0,085 in2,16 mm 
     
    Gr öße - length0,236 in6.00 mm 
     
    size - width0,138 in3.50 mm 
     
    mass0.005 oz0.15 grams[1]
     
    electrical connectionsoldering connection surfaces for SMT assembly  
     
    mountingsurface mount (SMT)  
    Notes
    [1]typically  
     
    [2]Pro sensor tested and documented on calibration certificate supplied with  
     
    [3]a half-sine pulse ≤ 20 µs  
     
    [4]-54 … 121 ° C, reference 24 ° C  
     
    [5]settling time is zero on ±2 at the time, the maximum needed the sensor signal, after the supply voltage is applied to approximate % of the output span.The mounting surface must be located in the thermal balance.  
     
    [6]Temperature coefficient of sensitivity is proportional to the applied supply voltage and can use a different voltage than at the calibration (10 V DC) ) are calculated from the calibration data. The possible measurement error increases with minimal (around0.5%).  
    Accessories
    ACS-62calibration of Piezoresistive shock sensors-1 

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