Contact Us   
High Q Multi-layer Ceramic Capacitor

YXC75H Series

Update: 2020/2/3      View:
  • Brand:    
  • Type:    
  • Order Online
Introduction


  • Detailed description

  • YXC75H Series 
    YXC75H Series Rated Capacitance Table

    Code

    Cap. pF

    Tol.

    Rated WVDC

    Code

    Cap.

    pF

    Tol.

    Rated WVDC

    Code

    Cap. pF

    Tol.

    Rated WVDC

    0R1

    0.1

    A

    B

    C

    D

    50V

    (500)

    2R0

    2.0

    A

    B

    C

    D

    50V

    (500)

    100

    10

    F

    G 

    J

    K 

       

    50V

    (500)

    0R2

    0.2

    2R1

    2.1

    110

    11

    0R3

    0.3

    2R2

    2.2

    120

    12

    0R4

    0.4

    2R4

    2.4

    130

    13

    0R5

    0.5

    2R7

    2.7

    150

    15

    0R6

    0.6

    3R0

    3.0

    160

    16

    0R7

    0.7

    3R3

    3.3

    180

    18

    0R8

    0.8

    3R6

    3.6

    200

    20

    0R9

    0.9

    3R9

    3.9

    220

    22

    1R0

    1.0

    4R3

    4.3

    240

    24

    1R1

    1.1

    4R7

    4.7

    270

    27

    1R2

    1.2

    5R1

    5.1

    1R3

    1.3

    5R6

    5.6

    1R4

    1.4

    6R2

    6.2

    1R5

    1.5

    6R8

    6.8

    B, C, J,  K

    1R6

    1.6

    7R5

    7.5

    1R7

    1.7

    8R2

    8.2

    1R8

    1.8

    9R1

    9.1

    1R9

    1.9

    Remark: special capacitance, tolerance and WVDC are available, consult with Yixin Microwave


    Performance

    Item

    Specification

    Quality FactorsQ

    2000 min

    Insulation ResistanceIR

    105 Megohms min@+25 at rated WVDC

    104 Megohms min@+125 at rated WVDC

    Rated voltageWVDC

    50V

    DielectricDWV

    250% of rated voltage for 5 seconds

    Operating temperature

    -55 +125

    Temperature CoefficientTC

    0±30ppm/

    Capacitance Drift

    ±0.02% or ±0.02pF select the greater

    Piezoelectric

    None


    Environmental Tests

    Item

    Specification

    Test Method

    Terminal

    Adhesion

    Termination should not put off, Ceramic should remain undamaged

    Linear pull force exerted on axial leads soldered to each terminal.2.0lbs

    Resistance to Soldering Heat

    AppearanceNo mechanical damage:

    Capacitance change-1.0%~+2.0%

    Q: over 500.

    IRover10GΩ

    Breakdown Voltage2.5 x WVDC

    Pre-heat for 1 min at150180 and then immerge into 260±5 soldering for 10±1 sec, finally cool for 24±2 hours and begin test

    Thermal Shock

    AppearanceNo mechanical damage

    Capacitance change±0.5% or 0.5pF max

    Q: over 500.

    IRover 10GΩ

    Breakdown Voltage2.5 x WVDC

    Test according to MIL-STD-202method 107condition A

    At the maximum rated temperatures -55125,stay 30min,

    Time of removing from-55 to 125 should be within 3 min .

    Perform 5 cycles

    Humidity

    (steady state)

    AppearanceNo mechanical damage

    Capacitance change±0.5% or 0.5pF max

    Q: over 300.

    IRover 1GΩ

    Breakdown Voltage2.5 x WVDC

    MIL-STD-202, Method 106

    Low Voltage Humidity

    AppearanceNo mechanical damage

    Capacitance change±0.3% or 0.3pF max

    Q: over 300.

    IRover 1GΩ

    Breakdown Voltage2.5 x WVDC

    Test according to MIL-STD-202method 103condition 4

    Subjected to environment temperature of85, relative humidity

    85% .Test should be proceeded continuously for 240hours at least at 1.5V DC.

    Life

    AppearanceNo mechanical damage

    Capacitance change±2% or 0.5pF max

    Q: over 500.

    IRover 1GΩ

    Breakdown Voltage2.5 x WVDC

    Test according to MIL-STD-202method 108

    The real voltage is 2 times of rated voltage at125, test continuously for 1000 hours



    YXC75H Chip Dimension
    Item length width thickness
    Chip Dimension 0.040 (1.02) 0.020(0.51) 0.020(0.51)
    Remarks:1.unit:inch(millimeter).2.Tolerance:±0.01( 0.25)





    YXC75H Performance Curve

    ESR VS Frequency
    ESR VS Frequency



    ESR VS Capacitance 


    Q Factor VS Frequency




    Series Resonant Frequency VS Capacitor


    Q Factor 







More Products