PH Series Solid Electrolytic Capacitor 330uF 35V 10x11mm Econd PH331M035G110B000 Electronic Component

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Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

Product Overview

This document outlines the specifications for the PH Series Solid Electrolytic Capacitors manufactured by HUBEI MILANGXINGCHUANG ELECTRONICS Co.,LTD. These capacitors are designed for various electronic applications requiring stable performance and reliability.

Product Attributes

Brand: MILANGXINGCHUANG
Origin: Hubei, China
Product Name: Solid Electrolytic Capacitor
Series: PH
Certifications: ROHS2.0, REACH, HF (Environmental Management Substances)
Sleeve Color: Red

Technical Specifications

Item	Specification	Details
Customer P/N	PH 330uF35V 10x11
Vendor P/N	PH331M035G110B000
Series	PH
Capacitance	330 uF	Tolerance: -20% ~ +20%
Rated Voltage	35.0 V
Size (DxL)	10.0 x 11.0 mm
Dissipation Factor (DF)	Max 10% @ 120Hz
Leakage Current (LC)	Max 2310.0 uA @ 60s
ESR (Equivalent Series Resistance)	Max 35 m @ 100KHz
Ripple Current (R.C)	Max 2550 mA @ 100KHz
Surge Voltage (SV)	40.3 V
Load Life	2000 Hrs @ 105
Operating Temperature	-55 ~ 105
Execution Standard	JISC 5101-4
Test Environment	Temperature: 202, Humidity: 65%5%

Dimensions

Item	Dimension (mm)
D	10 0.5
L	11 1.0
F	5.0 0.5
d	0.6 0.05
Pin Forming	Long lead

Ripple Current Multiplier

Frequency	Multipliers
120F1K	0.05
1KF10K	0.30
10KF100K	0.70
100KF500K	1.0

Marking

Item	Content
Rated Voltage	35 V
Capacitance	330
Series	PH
Polarity bar	(-)
Vendor P/N	PH331M035G110B000

Material Table

NO.	Component	Material
	Anode Foil	High pure aluminum formation foil
	Cathode Foil	High pure aluminum carbon foil
	Leader Pin	Al, Sn plated copper clad steel wire
	Separator	Cellulose organic fiber
	Rubber Plug	Organic compounds
	Case	Aluminum, Coated aluminum can

Test Items

NO.	Item	Conditions	Decision Criteria
1	Capacitance	Test Frequency: 120Hz10Hz, Test Voltage: 0.5Vrms +1.0V.DC, Test Temperature: 202	Tolerance capacitance 20%, Dissipation Factor 10%, Leakage Current 2310.0 uA, ESR 35 m
2	Dissipation Factor	Test Frequency: 120Hz10Hz, Test Voltage: 0.5Vrms +1.0V.DC, Test Temperature: 202	10%
3	ESR	Test Frequency: 100KHz10Hz, Test Voltage: 0.5Vrms +1.0V.DC, Test Temperature: 202	35 m
4	Leakage Current	Test Voltage: 35 V, Charging time: 2 min, Test Temperature: 202	0.2CV or 300A (whichever is greater)
5	Resistance to Soldering Heat	Preheating: 1202s, Solder bath temp: 2605, Immersion depth: 1.5~2.0mm, Immersion duration: 101s	No appearance defect, Capacitance change within 10%, DF smaller than specification, ESR smaller than specification, Leakage current smaller than specification
6	Solder Ability	Solder bath temp: 2452, Immersion depth: 1.5~2.0mm, Immersion duration: 20.5s	Solder alloy covers 95% of dipped lead's area
7	Damp Heat	Temperature: 602, Relative humidity: 90-95%, Duration: 2408 hours	No electrical/mechanical damage, Capacitance change within 20%, DF
8	Surge Voltage	Test Temp: 15~35 , Cycle: 1000 times (30s on, 330s off)	CAP change within 10%, DF specification, Leakage current specification, Appearance: No visible damage
9	Vibration	Frequency range: 10-55 Hz, Amplitude: 0.75 mm, Total duration: 32h (X-Y-Z directions)	Appearance: No visible damage or electrolyte leakage, CAP change within 5%
10	Terminal Strength	Tensile load as per diameter, Bending load as per diameter	No electrical or mechanical damage
11	Load Life	Test Temp: 105 2, Rated Voltage: 35 V, Test Time: 2000 (+72 -0) hours (after 16h at room temp)	No appearance defect, Capacitance change within 20%, DF
12	Shelf Life	Test Temp: 105 2, Test Time: 1000 (+72 -0) hours (after 16h at room temp)
13	Maximum Applicable Ripple Current	At 100KHz or 120Hz, 105 2	Peak voltage not to exceed rated DC voltage
14	Low Temperature Test	Min operating temp for 722 hours	CAP change within 10%, DF specification, Leakage current specification, ESR specification
15	Rapid Change of Temperature	Cycles: 5 (Min temp 30min, Room temp	CAP change within 20%, DF specification, Leakage current specification
16	Flow Soldering Test	Preheating: 120	Capacitance change within 10%, DF, LC, ESR initial specified value