China Conductive Polymer Solid Tantalum Capacitor Xiangyee CA55-B6R3M227TE150 Chip Type for Electronic Performance for sale

Conductive Polymer Solid Tantalum Capacitor Xiangyee CA55-B6R3M227TE150 Chip Type for Electronic Performance

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Product Description

Product Overview

The HUNAN XIANGYEE ELECTRONIC TECHNOLOGY CO., LTD. CA55 series is a chip-type conductive polymer solid tantalum capacitor designed for high-density surface mount consumer electronic equipment. These capacitors are suitable for applications such as color TVs, personal computers, mobile phones, cameras, and radar. They offer reliable performance with a wide operating temperature range and are designed to withstand specific ripple voltage and current conditions.

Product Attributes

Brand: HUNAN XIANGYEE ELECTRONIC TECHNOLOGY CO., LTD.
Product Name: CA55 Series Chip Conductive Polymer Solid Tantalum Capacitor
Origin: Hunan, China
Cathode Material: PEDOT
Polarity: Polarized
Mounting Type: Surface Mount (SMT)
MSL Rating: Level 3

Technical Specifications

Specification	Details
Model	CA55-B6R3M227TE150
Operating Temperature Range	-55 to +125
Rated Voltage Range	6.3VDC (Voltage Code: J for 6.3VDC)
Nominal Capacitance (CR)	220 F 20% (Code: 227)
Capacitance Tolerance	M = 20%
Maximum Leakage Current (I0)	I0 0.1 CR UR or 5A, whichever is greater. (Upper limit calculated as 138.6A for the specified model)
Maximum Dissipation Factor (tg)	10% at 120Hz, 255
Maximum Equivalent Series Resistance (ESR)	150 m at 100kHz, 255
Withstand Ripple Current (Irms)	913 mA at 25/100KHz (Upper limit)
Temperature Characteristics (tg Max)	15% at -55, 15% at +85, 20% at +125
Temperature Characteristics (Capacitance Change %)	-10% to +10% at -55, -10% to +30% at +85, -10% to +50% at +125
Temperature Characteristics (Leakage Current)	8I0 at +85, 10I0 at +125
Recommended Soldering Method	Reflow soldering (SMT)
SMT Peak Temperature (TP)	250
SMT Holding Time at Peak Temperature	5s (within 0~-5 range of TP)
Case Codes & Dimensions	Refer to Case Code & Size table (e.g., B, C, H, L, D, Y, E, V, W)
Taping & Packing	Available in reels (180mm) with various tape widths (8mm, 12mm, 16mm). Refer to Taping Dimensions and Reel Dimensions tables.
Average Failure Rate	0.5%/2000 hours at category voltage UC and category temperature TC.

Case Codes & Dimensions

Case Code	EIA Code	Metric	L (mm)	W1 (mm)	H (mm)	S (mm)	W2 (mm)
A	1206	3216-16	3.200.20	1.600.20	1.600.30	0.700.20	1.200.20
B1	1210	3528-12	3.500.20	2.800.20	1.200.30	0.700.20	2.200.20
B	1210	3528-19	3.500.20	2.800.20	1.900.30	0.700.20	2.200.20
C	2312	6032-25	6.000.30	3.200.30	2.500.30	1.300.30	2.200.20
H1	2917	7343-15	7.300.30	4.300.30	1.500.30	1.300.30	2.400.20
L	2917	7343-19	7.300.30	4.300.30	1.900.30	1.300.30	2.400.20
H	2917	7343-21	7.300.30	4.300.30	2.100.30	1.300.30	2.400.20
D	2917	7343-28	7.300.30	4.300.30	2.800.30	1.300.30	2.400.20
Y	2917	7343-40	7.300.30	4.300.30	4.000.30	1.300.30	2.400.20
E	2917	7343-43	7.300.30	4.300.30	4.300.30	1.300.30	2.400.20
F	2924	7361-19	7.300.30	6.100.30	1.900.30	1.400.30	3.000.20
V	2924	7361-36	7.300.30	6.100.30	3.600.30	1.400.30	3.000.20
W	2924	7361-41	7.300.30	6.100.30	4.100.30	1.400.30	3.000.20

Reliability Test Items

Item	Technical Requirements
Soldering Heat Resistance	Capacitance change within 15% of initial measurement. Dissipation factor within standard value. ESR within 200% of standard value. Leakage current within 200% of standard value. No obvious change in appearance.
Accelerated Life Test	Test Temp: 125+40; Test Duration: 2000h. Capacitance change within 30% of initial measurement. Dissipation factor within 200% of standard value. ESR within 200% of standard value. Leakage current within 300% of standard value.
Solderability	Solder coverage on component terminals >95%.
Vibration	Capacitance change within 15% of initial measurement. Dissipation factor within standard value. ESR within 150% of standard value. Leakage current within 150% of standard value. No obvious mechanical damage.
High Current Charge/Discharge	Capacitance change within 20% of initial measurement. Dissipation factor within standard value. ESR within 200% of standard value. Leakage current within 300% of standard value. No obvious change in appearance.
Humidity Test	Capacitance change within 30% of initial measurement. Dissipation factor within 200% of standard value. ESR within 200% of standard value. Leakage current within 300% of standard value. No harmful corrosion or blurred markings.
Temperature Shock	Capacitance change within 15% of initial measurement. Dissipation factor within specified value. ESR within 200% of standard value. Leakage current within 150% of standard value. No obvious change in appearance.
Surge	Capacitance change within 15% of initial measurement. Dissipation factor within standard value. ESR within standard value. Leakage current within standard value. No obvious change in appearance.