electronic capacitors Man Yue Tech ULR108M1EG16CB conductive polymer aluminum type for stable operation

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Product Description

X-CON ULR Series Conductive Polymer Aluminum Solid Capacitors

This specification applies to X-CON ULR series conductive polymer aluminum solid capacitors designed for use in electronic equipment. These capacitors offer reliable performance and are suitable for various applications requiring stable electrical characteristics.

Product Attributes

Brand: X-CON
Series: ULR
Type: Conductive Polymer Aluminum Solid Capacitors
Construction: Single-ended, aluminum case, tinned copper or CP (Pb Free) lead line, aluminum terminals.
Origin: China (implied by supplier name and Chinese characters)

Technical Specifications

Part Number Example	Rated Voltage (WV)	Surge Voltage (SV)	Nominal Capacitance (F)	Capacitance Tolerance	Tangent of Loss Angle (tan)	ESR (20)	Leakage Current (max.)	Operating Temperature Range	Load Life Test	Damp Heat Test	Max Permissible Ripple Current (100kHz)
ULR108M1EG16RR (25V 1000F 10x16)	25 V.DC	28.7 V.DC	1000	-20% ~ +20% (M)	0.10 (max. @ 25V)		See Table 3	-55C to 105C	2000 hours @ 105C 2C, Rated Voltage	1000 hours @ 60C 2C, 90~95% RH	See Table 3

Key Performance Characteristics & Tests

Test Item	Condition	Criteria
Capacitance (Tolerance)	120Hz12Hz, 0.5Vrms, 202	Within specified tolerance
Leakage Current	Rated voltage applied for 2 mins (through 1k10 resistor)	Not exceeding specified values (See Table 3)
Temperature Characteristic	Impedance ratio (Z-55/Z20, Z105/Z20) at 100kHz; Capacitance change (C/C 20) at 120Hz; tan at 120Hz.	Z-55 / Z 20 1.25; Z105 / 20 1.25; C/C 20 Within 5% of step1; tan 4.4 value.
Load Life Test	105C 2C, rated voltage, 2000 +48/0 hours	Capacitance Change: 20%; tan 1.5 * initial; ESR 1.5 * initial; Leakage Current initial; Appearance: No notable changes.
Surge Test	1000 cycles of 30s charge / 5 min 30s discharge; 15~35C; (100 50)/CR (k) resistor	Capacitance Change: 20%; tan 1.5 * initial; ESR 1.5 * initial; Leakage Current initial.
Damp Heat Test	100048 hours in 90~95% RH at 602	Capacitance Change: 20%; tan 1.5 * initial; ESR 1.5 * initial; Leakage Current initial; Appearance: No notable changes.
Rapid Change of Temperature	5 cycles (-553 to 1052)	Capacitance change: 10%; tan 4.4 value; Leakage Current 4.3 value (after voltage treatment).
Lead Strength (Pull)	Axial load for 101 s (0.5d0.8mm: 10N)	Leakage current 4.3 value; No cutting/slack of lead terminals.
Lead Strength (Bending)	900 rotation with applied weight (0.5d0.8mm: 5N)	Leakage current 4.3 value; No cutting/slack of lead terminals.
Resistance to Vibration	10 to 55 Hz (1min interval), 0.75mm amplitude, X, Y, Z directions	(Criteria not fully specified in provided text)