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quality Conductive Polymer Solid Tantalum Capacitor Xiangyee CA55-H016M107TE050 Suitable for Filter Circuits factory
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quality Conductive Polymer Solid Tantalum Capacitor Xiangyee CA55-H016M107TE050 Suitable for Filter Circuits factory
quality Conductive Polymer Solid Tantalum Capacitor Xiangyee CA55-H016M107TE050 Suitable for Filter Circuits factory
quality Conductive Polymer Solid Tantalum Capacitor Xiangyee CA55-H016M107TE050 Suitable for Filter Circuits factory
>
Specifications
Mfr. Part #:
CA55-H016M107TE050
Model Number:
CA55-H016M107TE050
Package:
CASE-H-7343-21(mm)
Key Attributes
Product Description

Product Overview

The CA55 series is a type of chip conductive polymer solid tantalum capacitor manufactured by HUNAN XIANGYEE ELECTRONIC TECHNOLOGY CO., LTD. These capacitors are designed for high-density surface mount applications in consumer electronic equipment, offering reliable performance in devices such as color TVs, personal computers, mobile phones, cameras, and radar systems. They are characterized by their solid electrolyte construction and are suitable for use in filter circuits and general electronic equipment.

Product Attributes

  • Brand: HUNAN XIANGYEE ELECTRONIC TECHNOLOGY CO., LTD.
  • Product Series: CA55
  • Origin: Hunan, China
  • Electrolyte Type: Conductive Polymer Solid Tantalum
  • Polarity: Polarized (Reverse voltage is forbidden)
  • MSL Rating: Level 3

Technical Specifications

Specification Details
Product Model CA55
Specific Model Example CA55-H016M107TE050
Cathode Material PEDOT
Operating Temperature Range -55 to +125
Rated Voltage Range 16VDC
Nominal Capacitance (CR) 100 20% F (at 255, 120Hz)
Dissipation Factor (tg) Max 10% (at 255, 120Hz)
Equivalent Series Resistance (ESR) Max 50 m (at 255, 100kHz)
Leakage Current (I0) I0 0.1 CRUR or 5A, whichever is greater (after 5 min application of rated voltage UR at 25)
Upper Limit of Leakage Current 160A (calculated based on formula)
Ripple Current (Irms) Max 1924 mA (at 25, 100kHz)
Temperature Characteristics - Dissipation Factor (tgMax) 15% (-55), 15% (+85), 20% (+125)
Temperature Characteristics - Capacitance Change Rate (%) -10% to +10% (-55), -10% to +30% (+85), -10% to +50% (+125)
Temperature Characteristics - Leakage Current (IMax) 8I0 (-55), 10I0 (+85), 10I0 (+125)
Maximum Allowable Reverse Voltage (at 25) 10% UR or 1V, whichever is smaller
Maximum Allowable Reverse Voltage (at 85) 5% UR or 0.5V, whichever is smaller
Maximum Allowable Reverse Voltage (at 125) 1% UR or 0.1V, whichever is smaller
Load Voltage Temperature Derating (Filter Circuit, UR10V) 90% UR (at 25), 72% UR (at 85)
Load Voltage Temperature Derating (Filter Circuit, UR10V) 80% UR (at 25), 64% UR (at 85)
Load Voltage Temperature Derating (General, UR10V) 75% UR (at 25), 60% UR (at 85)
Load Voltage Temperature Derating (General, UR10V) 50% UR (at 25), 40% UR (at 85)
Protection Resistance (Switching Power Supply Circuit) At least 3 /V in series
Protection Resistance (Product Testing Process) 1 K resistor in series between positive pole of power supply and capacitor
Storage Temperature 10~30 (non-vacuum), Humidity 60% RH, no corrosive gases
Recommended Welding Reflow soldering SMT
Manual Welding Conditions Iron power 60W, Temperature 350, Time 5s
Reflow Soldering Peak Temperature (TP) 250
Reflow Soldering Holding Time at Peak (TP range 0~-5) 5s
Case Codes & Dimensions
Case CodeEIA MetricL (mm)W1 (mm)H (mm)S (mm)W2 (mm)
A1206 (3216-16)3.200.201.600.201.600.300.700.201.200.20
B11210 (3528-12)3.500.202.800.201.200.300.700.202.200.20
B1210 (3528-19)3.500.202.800.201.900.300.700.202.200.20
C2312 (6032-25)6.000.303.200.302.500.301.300.302.200.20
H12917 (7343-15)7.300.304.300.301.500.301.300.302.400.20
L2917 (7343-19)7.300.304.300.301.900.301.300.302.400.20
H2917 (7343-21)7.300.304.300.302.100.301.300.302.400.20
D2917 (7343-28)7.300.304.300.302.800.301.300.302.400.20
Y2917 (7343-40)7.300.304.300.304.000.301.300.302.400.20
E2917 (7343-43)7.300.304.300.304.300.301.300.302.400.20
F2924 (7361-19)7.300.306.100.301.900.301.400.303.000.20
V2924 (7361-36)7.300.306.100.303.600.301.400.303.000.20
W2924 (7361-41)7.300.306.100.304.100.301.400.303.000.20
Product Coding Example: CA55-H016M107TE050
T: 100% Matte Tin Plating (Lead-Free)
E050: ESR value (50m)
016: DC Rated Voltage (16Vdc)
107: Capacitance Code (100F)
M: Capacitance Tolerance (20%)
CA55: Model
Packaging Quantity (pcs/reel) A: 2000, B1: 2000, B: 2000, C: 500, H1: 1000, L: 1000, H: 1000, F: 500, D: 500, Y: 500, E: 500, V: 400, W: 400
Reliability Test - Solder Heat Resistance Capacitance change: 15% of initial, Dissipation Factor: within standard, ESR: within 200% of standard, Leakage Current: within 200% of standard
Reliability Test - Accelerated Life Test Temp: 125+40, Test Duration: 2000h, Capacitance change: 30% of initial, Dissipation Factor: within 200% of standard, ESR: within 200% of standard, Leakage Current: within 300% of standard
Reliability Test - Solderability Electrode solder coverage >95%
Reliability Test - Vibration Capacitance change: 15% of initial, Dissipation Factor: within standard, ESR: within 150% of standard, Leakage Current: within 150% of standard
Reliability Test - High Current Charge/Discharge Capacitance change: 20% of initial, Dissipation Factor: within standard, ESR: within 200% of standard, Leakage Current: within 300% of standard
Reliability Test - Damp Heat Test Condition: 85, 85%RH, 1000h, Capacitance change: 30% of initial, Dissipation Factor: within 200% of standard, ESR: within 200% of standard, Leakage Current: within 300% of standard
Reliability Test - Temperature Shock Capacitance change: 15% of initial, Dissipation Factor: within standard, ESR: within 200% of standard, Leakage Current: within 150% of standard
Reliability Test - Surge Capacitance change: 15% of initial, Dissipation Factor: within standard, ESR: within standard, Leakage Current: within standard
Average Failure Rate 0.5%/2000 hours (at category voltage UC and category temperature TC)

2508150924_Xiangyee-CA55-H016M107TE050_C38742035.pdf

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