High Reliability Surface Mount Aluminum Electrolytic Capacitor Lelon VZT221M1ETR-0607 RoHS Compliant

Price Negotiable

Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

The VZT/VZU series are surface-mount aluminum electrolytic capacitors designed for high-density PCB applications. They offer extended operating life and higher capacitance values compared to the VZS series. Key features include a 105 operating temperature, 2,000 to 5,000 hours of guaranteed life, and compliance with RoHS directives.

Product Attributes

Series: VZT/VZU
Type: Surface Mount Aluminum Electrolytic Capacitor
Marking Color: Black
Certifications: RoHS compliant

Technical Specifications

Item	Performance
Operating Temperature Range	-55 ~ +105
Rated Capacitance Tolerance	± 20% (120Hz, 20)
Leakage Current (20)	I = 0.01CV or 3(A) whichever is greater (after 2 minutes) (I=Leakage Current (A), C=Rated Capacitance (F), V=Rated DC Operating Voltage (V))
Dissipation Factor (tan) (120Hz, 20)	Rated Voltage (V): 6.3, 10, 16, 25, 35, 50 Max. tan: 0.26, 0.19, 0.16, 0.14, 0.12, 0.10
Impedance Ratio (120Hz)	Rated Voltage (V): 6.3, 10, 16, 25, 35, 50 Z(-25)/Z(+20): 4, 3, 2, 2, 2, 2 Z(-55)/Z(+20): 8, 5, 4, 3, 3, 3
Guaranteed Life Time	VZT Series: 2,000 hours VZU Series: 8~10, 6.3V: 3,000 hours; 8~10, ≥10V: 5,000 hours
VZT Series Durability (at 105, rated voltage for 2,000 hours)	Capacitance Change Rate: ≤±30% of initial value Dissipation Factor: ≤200% of initial specification Leakage Current: ≤ initial specification
VZU Series Durability (at 105, rated voltage for 3,000~5,000 hours)	Capacitance Change Rate: ≤±35% of initial value Dissipation Factor: ≤300% of initial specification Leakage Current: ≤ initial specification
High Temperature No-Load Characteristics	Guaranteed Life Time: 1,000 hours; other test items same as durability.
Ripple Current vs. Frequency Correction Factor	Frequency (Hz): 50, 60, 120, 1k, 10k up Correction Factor: 0.50, 0.65, 0.85, 1.0 (for ≤ 470 µF) Correction Factor: 0.55, 0.70, 0.90, 1.0 (for 560 ~ 2,200 µF)

Rated Voltage (VDC)	Capacitance (F)	Dimensions φD×L (mm)	Impedance (Ω) Max. (100kHz, 20)	Permissible Ripple Current (mA/rms) (100kHz, 105)
6.3V (0J)	10	4×5.8	2.30	85
6.3V (0J)	22	4×5.8	0.85	160
6.3V (0J)	33	4×5.8	0.85	160
6.3V (0J)	47	4×5.8	0.85	160
6.3V (0J)	68	4×5.8	0.85	160
6.3V (0J)	100	4×5.8	0.85	160
6.3V (0J)	150	5×5.8	0.36	240
6.3V (0J)	220	5×5.8	0.36	240
6.3V (0J)	330	6.3×5.8	0.26	300
6.3V (0J)	470	6.3×7.7	0.16	600
10V (1A)	10	5×5.8	0.88	165
10V (1A)	22	5×5.8	0.36	240
10V (1A)	33	5×5.8	0.36	240
10V (1A)	47	5×5.8	0.36	240
10V (1A)	68	5×5.8	0.36	240
10V (1A)	100	5×5.8	0.36	240
10V (1A)	150	6.3×5.8	0.26	300
10V (1A)	220	6.3×5.8	0.26	300
10V (1A)	330	6.3×7.7	0.16	600
10V (1A)	470	6.3×7.7	0.16	600
16V (1C)	10	4×5.8	0.85	160
16V (1C)	22	4×5.8	0.85	160
16V (1C)	33	5×5.8	0.36	240
16V (1C)	47	5×5.8	0.36	240
16V (1C)	68	5×5.8	0.36	240
16V (1C)	100	5×5.8	0.36	240
16V (1C)	150	6.3×5.8	0.26	300
16V (1C)	220	6.3×5.8	0.26	300
16V (1C)	330	6.3×7.7	0.16	600
16V (1C)	470	6.3×7.7	0.16	600
25V (1E)	10	4×5.8	0.85	160
25V (1E)	22	4×5.8	0.85	160
25V (1E)	33	5×5.8	0.36	240
25V (1E)	47	5×5.8	0.36	240
25V (1E)	68	5×5.8	0.36	240
25V (1E)	100	5×5.8	0.36	240
25V (1E)	150	6.3×5.8	0.26	300
25V (1E)	220	6.3×5.8	0.26	300
25V (1E)	330	6.3×7.7	0.16	600
25V (1E)	470	6.3×7.7	0.16	600
35V (1V)	10	4×5.8	0.85	160
35V (1V)	22	4×5.8	0.85	160
35V (1V)	33	5×5.8	0.36	240
35V (1V)	47	5×5.8	0.36	240
35V (1V)	68	5×5.8	0.36	240
35V (1V)	100	5×5.8	0.36	240
35V (1V)	150	6.3×5.8	0.26	300
35V (1V)	220	6.3×5.8	0.26	300
35V (1V)	330	6.3×7.7	0.16	600
35V (1V)	470	6.3×7.7	0.16	600
50V (1H)	10	4×5.8	0.85	160
50V (1H)	22	4×5.8	0.85	160
50V (1H)	33	5×5.8	0.36	240
50V (1H)	47	5×5.8	0.36	240
50V (1H)	68	5×5.8	0.36	240
50V (1H)	100	5×5.8	0.36	240
50V (1H)	150	6.3×5.8	0.26	300
50V (1H)	220	6.3×5.8	0.26	300
50V (1H)	330	6.3×7.7	0.16	600
50V (1H)	470	6.3×7.7	0.16	600
6.3V (0J)	100	5×5.8	0.88	165
6.3V (0J)	220	5×5.8	0.36	240
6.3V (0J)	330	5×5.8	0.36	240
6.3V (0J)	470	5×5.8	0.36	240
6.3V (0J)	680	6.3×7.7	0.16	600
6.3V (0J)	820	8×10*	0.08	850
6.3V (0J)	1000	10×10*	0.06	1190
10V (1A)	100	5×5.8	0.36	240
10V (1A)	220	6.3×5.8	0.26	300
10V (1A)	330	6.3×7.7	0.16	600
10V (1A)	470	6.3×7.7	0.16	600
10V (1A)	560	10×10*	0.06	1190
10V (1A)	680	6.3×7.7	0.16	600
10V (1A)	820	10×10*	0.06	1190
10V (1A)	1000	10×10*	0.06	1190
16V (1C)	100	5×5.8	0.36	240
16V (1C)	220	6.3×5.8	0.26	300
16V (1C)	330	6.3×7.7	0.16	600
16V (1C)	470	6.3×7.7	0.16	600
16V (1C)	560	8×10*	0.08	850
16V (1C)	680	8×10*	0.08	850
16V (1C)	820	10×10*	0.06	1190
16V (1C)	1000	10×10*	0.06	1190
25V (1E)	100	5×5.8	0.36	240
25V (1E)	220	6.3×5.8	0.26	300
25V (1E)	330	6.3×7.7	0.16	600
25V (1E)	470	6.3×7.7	0.16	600
25V (1E)	560	8×10*	0.08	850
25V (1E)	680	8×10*	0.08	850
25V (1E)	820	10×10*	0.06	1190
25V (1E)	1000	10×10*	0.06	1190
35V (1V)	100	5×5.8	0.36	240
35V (1V)	220	6.3×5.8	0.26	300
35V (1V)	330	6.3×7.7	0.16	600
35V (1V)	470	6.3×7.7	0.16	600
35V (1V)	560	8×10*	0.08	850
35V (1V)	680	8×10*	0.08	850
35V (1V)	820	10×10*	0.06	1190
35V (1V)	1000	10×10*	0.06	1190
50V (1H)	100	5×5.8	0.36	240
50V (1H)	220	6.3&times{5.8}	0.26	300
50V (1H)	330	6.3×7.7	0.16	600
50V (1H)	470	6.3×7.7	0.16	600
50V (1H)	560	8×10*	0.08	850
50V (1H)	680	8×10*	0.08	850
50V (1H)	820	10×10*	0.06	1190
50V (1H)	1000	10×10*	0.06	1190
50V (1H)	1500	8×10*	0.08	850
50V (1H)	2200	10×10*	0.06	1190