Surface Mount Aluminum Electrolytic Capacitors JARSON LZ1H470M0607 for High Temperature Applications

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Product Description

LZ Series - Surface Mount Aluminum Electrolytic Capacitors

High frequency low impedance capacitors designed for reflow soldering and high-density PCB surface mounting. Available in 4 to 12.5mm sizes, rated for 105 and 2000 hours of life. Compliant with RoHS 2.0 and REACH & SVHC 240 items.

Product Attributes

Printing Color: Black
Certifications: RoHS 2.0, REACH & SVHC 240 items

Technical Specifications

Series	Rated Voltage (V)	Capacitance (F)	Capacitance Tolerance	Leakage Current (A)	Dissipation Factor (tan )	Low Temperature Characteristics (120Hz)	Durability (105, 2000h)	High Temp. No Load (105, 1000h)	Soldering Heat Resistance	Ripple Current Correction Factor (Frequency)	Dimensions (D x L) (mm)	Part Number	Rated Ripple Current (mArms)	Impedance ()	Min. Packing (pcs/reel)
LZ	6.3 to 50	22 to 2200	20% (120 Hz / +20 )	≤ 0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25)/Z(+20): 2-4; Z(-55)/Z(+20): 3-10	Capacitance Change: ±25% of initial; tan δ: ≤ 250% of initial; Leakage Current: ≤ initial	Meets durability requirements	Capacitance Change: ±10% of initial; tan δ: ≤ initial; Leakage Current: ≤ initial	50Hz: 0.6; 120Hz: 0.75; 1kHz: 0.9; ≥10kHz: 1.0	4x5.7, 5x5.7, 6.3x5.7, 6.3x7.7, 8x10.5, 10x10.5, 10x13, 12.5x13.5	LZ0J...	65 to 820	0.16 to 3.20	200 to 2000
LZ	10	4 to 2200	±20%	≤ 0.01 CV or 3A	0.24	Z(-25)/Z(+20): 2; Z(-55)/Z(+20): 3	Capacitance Change: ±25% of initial; tan δ: ≤ 250% of initial; Leakage Current: ≤ initial	Meets durability requirements	Capacitance Change: ±10% of initial; tan δ: ≤ initial; Leakage Current: ≤ initial	50Hz: 0.6; 120Hz: 0.75; 1kHz: 0.9; ≥10kHz: 1.0	4x5.7, 5x5.7, 6.3x5.7, 6.3x7.7, 8x10.5, 12.5x13.5	LZ1A...	65 to 820	0.16 to 3.20	200 to 2000
LZ	16	10 to 1500	±20%	≤ 0.01 CV or 3A	0.20	Z(-25)/Z(+20): 2; Z(-55)/Z(+20): 3	Capacitance Change: ±25% of initial; tan δ: ≤ 250% of initial; Leakage Current: ≤ initial	Meets durability requirements	Capacitance Change: ±10% of initial; tan δ: ≤ initial; Leakage Current: ≤ initial	50Hz: 0.6; 120Hz: 0.75; 1kHz: 0.9; ≥10kHz: 1.0	4x5.7, 5x5.7, 6.3x5.7, 6.3x7.7, 8x6.5, 8x10.5, 10x7.7, 10x10.5, 10x13, 12.5x13.5	LZ1C...	30 to 820	0.16 to 5.00	200 to 2000
LZ	25	4.7 to 680	±20%	≤ 0.01 CV or 3A	0.16	Z(-25)/Z(+20): 2; Z(-55)/Z(+20): 3	Capacitance Change: ±25% of initial; tan δ: ≤ 250% of initial; Leakage Current: ≤ initial	Meets durability requirements	Capacitance Change: ±10% of initial; tan δ: ≤ initial; Leakage Current: ≤ initial	50Hz: 0.6; 120Hz: 0.75; 1kHz: 0.9; ≥10kHz: 1.0	4x5.7, 5x5.7, 6.3x5.7, 6.3x7.7, 8x6.5, 8x10.5, 10x7.7, 10x10.5, 10x13, 12.5x13.5	LZ1E...	30 to 820	0.16 to 5.00	200 to 2000
LZ	35	1 to 330	±20%	≤ 0.01 CV or 3A	0.14	Z(-25)/Z(+20): 2; Z(-55)/Z(+20): 3	Capacitance Change: ±25% of initial; tan δ: ≤ 250% of initial; Leakage Current: ≤ initial	Meets durability requirements	Capacitance Change: ±10% of initial; tan δ: ≤ initial; Leakage Current: ≤ initial	50Hz: 0.6; 120Hz: 0.75; 1kHz: 0.9; ≥10kHz: 1.0	4x5.7, 5x5.7, 6.3x5.7, 6.3x7.7, 8x6.5, 8x10.5, 10x7.7, 10x10.5, 10x13, 12.5x13.5	LZ1V...	30 to 820	0.14 to 5.00	200 to 2000
LZ	50	1 to 220	±20%	≤ 0.01 CV or 3A	0.14	Z(-25)/Z(+20): 2; Z(-55)/Z(+20): 3	Capacitance Change: ±25% of initial; tan δ: ≤ 250% of initial; Leakage Current: ≤ initial	Meets durability requirements	Capacitance Change: ±10% of initial; tan δ: ≤ initial; Leakage Current: ≤ initial	50Hz: 0.6; 120Hz: 0.75; 1kHz: 0.9; ≥10kHz: 1.0	4x5.7, 5x5.7, 6.3x5.7, 6.3x7.7, 8x6.5, 8x10.5, 10x7.7, 10x10.5, 10x13, 12.5x13.5	LZ1H...	30 to 650	0.14 to 5.00	200 to 2000