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quality high voltage multi layer ceramic capacitors FH 1206B222K102NT designed for lighting ballasts modems and converters factory
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quality high voltage multi layer ceramic capacitors FH 1206B222K102NT designed for lighting ballasts modems and converters factory
>
Specifications
Voltage Rating:
1kV
Capacitance:
2.2nF
Temperature Coefficient:
X7R
Tolerance:
±10%
Mfr. Part #:
1206B222K102NT
Model Number:
1206B222K102NT
Package:
1206
Key Attributes
Product Description

Product Overview

The High-Voltage Multi-layer Ceramic Capacitors (MLCC) are designed for high-voltage DC circuits, offering enhanced reliability and performance for surface-mount applications. Built on advanced MLCC technology, these capacitors feature a monolithic structure for high reliability, excellent soldering capabilities suitable for reflow and wave soldering, and stable, high capacitance values. They are engineered to meet stringent industry standards, including GB/T 21041-2007 and GB/T 21042-2007, making them ideal for demanding applications in modems, LAN/WAN interfaces, lighting ballasts, voltage multipliers, DC-DC converters, and back-lighting inverters.

Product Attributes

  • Manufacturer: FENGHUA
  • Product Type: High-Voltage Multi-layer Ceramic Capacitors (MLCC)
  • Dielectric Materials: C0G (Class I), X7R (Class II)
  • Executive Standards: GB/T 21041-2007, GB/T 21042-2007

Technical Specifications

Section Details
Product Name High-Voltage Multi-layer Ceramic Capacitors
Specification Range 04022225 TYPE
Features
  • High voltage reliability
  • Suitable for surface mount (SMT)
  • Monolithic structure of laminated layers
  • Excellent soldering and resistance to soldering ability
  • High and stable capacitance
Application Scope
  • Analog & Digital Modems
  • LAN/WAN Interface
  • Lighting Ballast Circuits
  • Voltage Multipliers
  • DC-DC Converters
  • Back-lighting Inverters
Product Structure Components
  • Ceramic dielectric
  • Inner electrode
  • Outer electrode
  • Nickel Layer
  • Tin Layer
Dimensions (EIA)
Size CodeL (mm)W (mm)T (mm)WB (mm)
04021.000.050.500.050.500.050.250.05
06031.600.100.800.100.800.100.350.20
08052.000.201.250.250.800.200.500.20
08052.000.201.250.251.250.250.500.20
12063.200.301.600.300.800.200.600.30
12063.200.301.600.301.250.250.600.30
12063.200.301.600.301.600.300.600.30
12103.200.302.500.301.250.250.600.30
12103.200.302.500.301.600.300.600.30
12103.200.302.500.302.000.300.600.30
12103.200.302.500.302.500.300.600.30
18084.600.402.000.301.600.300.600.30
18084.600.402.000.302.000.300.600.30
18124.600.403.200.301.250.250.600.30
18124.600.403.200.301.600.300.600.30
18124.600.403.200.302.000.300.600.30
18124.600.403.200.302.500.300.600.30
18254.600.406.300.501.600.300.600.30
18254.600.406.300.502.000.300.600.30
18254.600.406.300.502.500.300.600.30
22115.700.402.800.401.600.300.600.30
22115.700.402.800.402.000.300.600.30
22205.700.405.000.401.600.300.600.30
22205.700.405.000.402.000.300.600.30
22205.700.405.000.402.500.300.600.30
22255.700.506.300.501.600.300.600.30
22255.700.506.300.502.000.300.600.30
22255.700.506.300.502.500.300.600.30
Temperature Coefficient/Characteristics
DielectricReference Temp. PointNominal Temp. CoefficientOperation Temp. Range
C0G25C030ppm/-55125
X7R25C15%-55125
Capacitance Range and Voltage

Class I Capacitors (C0G): Detailed lists of capacitance/voltage and thickness by dimension are provided in the original document (Pages 5-9).

Class II Capacitors (X7R): Detailed lists of capacitance/voltage and thickness by dimension are provided in the original document (Pages 10-16).
Dielectric Withstanding Voltage Test Method
Rated Voltage RangeMeasuring Method
Vr=100VForce 200%Rated voltage for 5 seconds. Max. current should not exceed 50 mA.
100VVr500VForce 200%Rated voltage for 5 seconds. Max. current should not exceed 50 mA.
500VVr1000VForce 150%Rated voltage for 5 seconds. Max. current should not exceed 50 mA.
1000VVr2000VForce 120%Rated voltage for 5 seconds. Max. current should not exceed 50 mA.
2000VVr5000VForce 120%Rated voltage for 5 seconds. Max. current should not exceed 10 mA.
Reliability Test

Includes tests for Capacitance, Dissipation Factor (DF), Insulation Resistance (IR), Solderability, Resistance to Soldering Heat, Resistance to Flexure, Temperature Cycle, Termination Adhesion, Humidity Load, and Life Test. Specific parameters and conditions for Class I and Class II capacitors are detailed in the original document (Pages 17-18).
Package Types
  • Paper Taping
  • Embossed Taping

Reel dimensions and taping specifications for various sizes are detailed in the original document (Pages 19-23).
Storage Methods
  • Guaranteed solderability period: 12 months (under delivered package condition).
  • Storage Conditions: Temperature 5~40, Relative Humidity 20~70%.
Precautions for Use
  • Potential for failure in short or open circuits. Risk of fire, burn, or explosion under severe conditions.
  • Follow recommended soldering conditions and temperature profiles to avoid chip cracking or localized explosion.
  • Manual soldering requires careful operation to prevent thermal shock and damage.
Recommended Soldering Method
  • Reflow Soldering (R)
  • Wave Soldering (W)

Recommended temperature profiles and conditions for reflow, wave, and hand soldering are provided in the original document (Pages 25-26).

2511191605_FH-1206B222K102NT_C9191.pdf

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