Radial Electrolytic Capacitors SM Series SRD SM1C101M0507BBH1B0LC 16V 100uF capacitance for performance

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Product Description

Product Overview

This specification covers the SM series Radial Type Aluminum Electrolytic Capacitors from Sichuan Sincerity Technology Co., Ltd. These capacitors are designed for various applications and adhere to JIS-C-5101 standards. They are manufactured with a focus on reliability and performance under specified environmental and electrical conditions.

Product Attributes

Brand: (Sincerity)
Origin: Sichuan, China
Certifications: Adheres to JIS-C-5101 and JIS-C-5141 standards.

Technical Specifications

Product Number	Series	Rated Voltage (V.DC)	Capacitance (uF)	Capacitance Tolerance (%)	DF tan (%)	Max Leakage Current (uA)	Max. Ripple Current (mA)	ESR ()	Load Life (Hours)	Temperature Range ()	Surge Voltage (V.DC)	Dimensions (mm) D x L
SM1V101M6L07CBH1B0LC	SM	35	100	20	0.5	/	74	/	2000	-40+105	44	6.3 x 7
SM1C101M0507BBH1B0LC	SM	16	100	20	0.5	/	60	/	2000	-40+105	20	5 x 7

Detailed Specifications

Electrical Characteristics

Operating Temperature: -40~105 (6.3~50V.DC)
Capacitance Measurement: Frequency 120Hz 20%, Series equivalent circuit, Voltage 1Vrms. Tolerance 20%.
Dissipation Factor (DF tan): See Table 1. For capacities > 1000F, DF increases by 0.02 for every 1000F increase.
Leakage Current: Measured after 2 minutes with rated voltage applied. For 6.3~50V.DC, I 0.01CV or 3A, whichever is greater.

Table 1: Dissipation Factor (DF tan)

WV (V.DC)	tg (%)
6.3	0.26
10	0.22
16	0.18
25	0.16
35	0.14
50	0.12

High and Low Temperature Characteristic

Step 2 (Low Temp): Impedance compared to Step 1, not exceeding Table 2 requirements.
Step 4 (High Temp): Capacitance compared to Step 1, within 20% variation.

Table 2: High and Low Temperature Impedance Ratio

WV	Z25/ Z +20	Z40/ Z +20
6.3	4	8
10	3	6
16	3	6
25	2	4
35	2	4
50	2	3

Surge Voltage Test

Conditions: 1000 cycles of 305s charge and 3305s discharge with surge voltage (Table 3). Tested at 15~35.
Criteria: Capacitance change within 20% of initial value. DF not more than 200% of Table 1 value. Leakage current satisfies 4.1.4.

Table 3: Surge Voltage (SV)

WV (V.DC)	SV (V.DC)
6.3	8
10	13
16	20
25	32
35	44
50	63

Mechanical Characteristics

Tensile strength of termination: See table for wire diameter and force.
Bending strength of termination: See table for wire diameter and force. Criteria: no intermittent contacts, open or short-circuiting, no mechanical damage.
Vibration: 10~55Hz, 1.5mm amplitude, 2h in 3 orthogonal directions. Criteria: no intermittent contacts, open or short-circuiting, no mechanical damage.
Solder ability Test: Solder temp 2455, dipping time 20.5s. Criteria: 90% of dipped termination surface covered with new solder.

Durability Test

Load Life Test: 1052, rated voltage and ripple current for 2000 hours. Criteria: Capacitance change within 25% (16V~100V) or 30% (6.3V~10V) of initial value. DF not more than 200% of initial value. Leakage current satisfies 4.1.4. No abnormality in appearance.
Shelf Life Test: 1052, no voltage applied for 1000-0 +48h, then resumed 16 hours. Criteria: Capacitance change within 25% of initial value. DF not more than 200% of initial value. Leakage current not more than 200% of initial value. No abnormality in appearance.
Solder-Heat-Resistance: Solder temp 2605, dipping time 101s on 1.6mm PCB. Criteria: Capacitance change within 10% of initial value. DF not more than initial value. Leakage current satisfies 4.1.4. No abnormality in appearance.
Safety Vent: Applicable for aluminum case diameter 8. See table for conditions (Applied Current, Applied Voltage, Vent Time). Criteria: No explosion, flash, flame, spark, or metal expulsion.
Resistance to damp heat: 402C, 90~95% RH for 5008h. Tested after 1~2 hours in standard atmospheric conditions. Criteria: Capacitance change within initial value...