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Low Impedance Surface Mount Capacitor JARSON RX1E221M0607 with 6.3 Volt Rated Voltage Specification

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Low Impedance Surface Mount Capacitor JARSON RX1E221M0607 with 6.3 Volt Rated Voltage Specification

Lifetime : 2000hrs@105℃

Operating Temperature : -55℃~+105℃

Capacitance : 220uF

Height - Seated (Max) : 7.7mm

Voltage Rating : 25V

Diameter : 6.3mm

Equivalent Series Resistance(ESR) : 160mΩ

Ripple Current : 600mA

Tolerance : ±20%

Description : 220uF 25V 160mΩ 600mA ±20% SMD,D6.3xL7.7mm Aluminum Electrolytic Capacitors RoHS

Mfr. Part # : RX1E221M0607

Model Number : RX1E221M0607

Package : SMD,D6.3xL7.7mm

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Product Overview

The RX series are surface mount aluminum electrolytic capacitors designed for high-density PCB applications. They offer miniaturization, extremely low impedance, and a guaranteed lifespan of 2000 hours at 105C. These capacitors are suitable for reflow soldering and are RoHS 2.0 and REACH&SVHC 240 compliant. Available in 4 to 10 sizes with black print color.

Product Attributes

Brand: Not specified
Origin: Not specified
Material: Aluminum Electrolytic
Color: Black (print color)
Certifications: RoHS 2.0, REACH&SVHC 240

Technical Specifications

Series	Rated Voltage (V)	Capacitance (F)	Capacitance Tolerance	Working Temperature Range (C)	Leakage Current (A)	Dissipation Factor (tan )	Low Temperature Characteristics (Impedance Ratio)	Durability (2000h @ 105C)	High Temp. No Load (1000h @ 105C)	Soldering Heat Resistance	Ripple Current Correction Factor (Frequency)	Product Size (D x L) (mm)	Rated Ripple Current (mArms)	Impedance ()	Min. Pkg. Qty (pcs/reel)	Part Number
RX	6.3	10	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 4, Z(-55C)/Z(+20C): 8	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	4 x 5.8	160	0.85	2000	RX0J101M0406
RX	6.3	330	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 4, Z(-55C)/Z(+20C): 8	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	6.3 x 5.8	300	0.26	1000	RX0J331M0606
RX	10	1500	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 3, Z(-55C)/Z(+20C): 5	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	10 x 10.5	1190	0.06	500	RX0J222M1010
RX1A	6.3	68	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 4, Z(-55C)/Z(+20C): 8	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	4 x 5.8	160	0.85	2000	RX1A680M0406
RX1A	10	1500	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 3, Z(-55C)/Z(+20C): 5	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	10 x 10.5	1190	0.06	500	RX1A152M1010
RX1C	4	47	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 4, Z(-55C)/Z(+20C): 8	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	4 x 5.8	160	0.85	2000	RX1C470M0406
RX1C	8	470	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 2, Z(-55C)/Z(+20C): 3	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	8 x 6.5	600	0.16	1000	RX1C471M0806
RX1C	10	1000	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 2, Z(-55C)/Z(+20C): 3	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	10 x 10.5	1190	0.06	500	RX1C102M1010
RX1E	4	22	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 4, Z(-55C)/Z(+20C): 8	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	4 x 5.8	160	0.85	2000	RX1E220M0406
RX1E	6.3	220	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 2, Z(-55C)/Z(+20C): 3	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	6.3 x 7.7	600	0.16	1000	RX1E221M0607
RX1E	8	390	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 2, Z(-55C)/Z(+20C): 3	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	8 x 10.5	850	0.08	500	RX1E391M0810
RX1E	10	1000	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 2, Z(-55C)/Z(+20C): 3	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	10 x 10.5	1190	0.06	500	RX1E102M1010
RX1V	4	22	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 4, Z(-55C)/Z(+20C): 8	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	4 x 5.8	160	0.85	2000	RX1V220M0406
RX1V	6.3	150	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 2, Z(-55C)/Z(+20C): 3	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	6.3 x 7.7	600	0.16	1000	RX1V151M0607
RX1V	8	330	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 2, Z(-55C)/Z(+20C): 3	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	8 x 10.5	850	0.08	500	RX1V331M0810
RX1V	10	680	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 2, Z(-55C)/Z(+20C): 3	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	10 x 10.5	1190	0.06	500	RX1V681M1010
RX1H	4	10	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 4, Z(-55C)/Z(+20C): 8	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	4 x 5.8	85	2.30	2000	RX1H100M0406
RX1H	6.3	100	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 2, Z(-55C)/Z(+20C): 3	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	6.3 x 7.7	350	0.34	1000	RX1H101M0607
RX1H	8	220	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 2, Z(-55C)/Z(+20C): 3	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	8 x 10.5	670	0.18	500	RX1H221M0810
RX1H	10	330	20%	-55 to +105	0.01 CV or 3A (whichever is greater)	Refer to Characteristic Table	Z(-25C)/Z(+20C): 2, Z(-55C)/Z(+20C): 3	Capacitance change: 30%, tan : 200% of initial, Leakage current: initial	Meets durability requirements	Capacitance change: 10%, tan : initial, Leakage current: initial	Frequency 50Hz: 0.5/0.55, 120Hz: 0.65/0.7, 1kHz: 0.85/0.9, 10kHz: 1.0/1.0	10 x 10.5	900	0.12	500	RX1H331M1010

2407041711_JARSON-RX1E221M0607_C25170691.pdf

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