Conductive Polymer Aluminum Solid Capacitors AISHI SVZ1VM101E09E00RAXXX for Electronic System Boards

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Product Description

Product Overview

The VZ series Conductive Polymer Aluminum Solid Capacitors are designed for high-performance applications, offering RoHS compliance and lead-free construction. These capacitors are ideal for use in Display Card & System Board applications. They provide stable performance across a wide temperature range and feature excellent endurance, humidity, and surge test characteristics.

Product Attributes

Product Type: Conductive Polymer Aluminum Solid Capacitors
Series: VZ
Compliance: RoHS Compliant and lead-free
Construction: SMD Type

Technical Specifications

Category	Specification	Value
Temperature Range	Category	-55 ~ +105C
Voltage Range	Rated Working Voltage Range	2.5 ~ 100 Vdc
Capacitance	Nominal Capacitance Range	22 ~ 2200F
Capacitance Tolerance	Tolerance	20%(M) (at 20C, 120Hz)
Leakage Current	DC Leakage Current	I 0.2CV or 500A, whichever is greater. (I: Max. leakage current (A), C: Nominal capacitance (F), V: Rated voltage (V)) (at 20C after 2 minutes)
Dissipation Factor	tan (max.) (at 20C, 120Hz)	0.12 (for 6.3V, 10V, 16V), 0.08 (for 25V, 35V, 50V)
ESR	ESR (100kHz, 20C) (max.)	See STANDARD RATINGS table
Temperature Characteristic	Impedance Ratio at 100kHz	Z(+105C)/Z(+20C) 1.25, Z(-55C)/Z(+20C) 1.25
Endurance	Rated life at +105C	2,000 hours
Endurance Requirements	Post-Endurance Test	Capacitance Change 20% of initial value, Leakage Current 150% of initial specified value, D.F. (tan) Initial specified value, ESR 150% of initial specified value. No significant damage.
Humidity Test Requirements	Post-Humidity Test	Capacitance Change 20% of initial value, Leakage Current 150% of initial specified value, D.F. (tan) Initial specified value, ESR 150% of initial specified value. No significant damage.
Surge Test Requirements	Post-Surge Test	Capacitance Change 20% of initial value, Leakage Current 150% of initial specified value, D.F. (tan) Initial specified value, ESR 150% of initial specified value. No significant damage.
Voltage Treatment for Leakage Current Measurement	Treatment	DC rated voltage applied for 120 minutes at 105C.

STANDARD RATINGS (Selected Examples)

Cap (F)	VDC (SV)	Size DxL(mm)	ESR (m, 20C, 100kHz) (max.)	Leakage Current (A)(max.)	Rated ripple current (mArms/105C, 100kHz)	Part Number
330	6.3	6.36	120	390	1100	SVZ0EM331E06E00RAXXX
470	6.3	6.36	100	470	1500	SVZ0EM471E06E00RAXXX
220	10	6.36	120	270	1000	SVZ0JM221E06E00RAXXX
470	10	6.39	100	470	1500	SVZ0JM471E09E00RAXXX
1000	10	1012.5	50	1000	500	SVZ0JM102FBRE00RAXXX
1200	16	811.5	47	1260	592	SVZ1AM121E06E00RAXXX
2200	16	1012.5	30	2000	500	SVZ1AM221E06E00RAXXX
470	25	6.39	100	940	940	SVZ1CM471E09E00RAXXX
1000	25	1012.5	50	1120	500	SVZ1CM102FBRE00RAXXX
220	35	6.36	220	220	2200	SVZ1EM221E09E00RAXXX
330	35	811.5	30	1890	89	SVZ1EM331GCRE00RAXXX
470	35	1012.5	25	2350	500	SVZ1EM471GCRE00RAXXX
220	50	811.5	120	820	820	SVZ1HM221GCRE00RAXXX
330	50	1012.5	80	820	820	SVZ1HM331GCRE00RAXXX
100	63	6.36	150	560	1000	SVZ1JM101GCRE00RAXXX
220	63	811.5	100	1056	500	SVZ1JM220E06E00RAXXX
470	63	1012.5	60	1260	500	SVZ1JM470F9RE00RAXXX
270	80	811.5	68	1088	500	SVZ1BM270FBRE00RAXXX
470	80	1012.5	47	940	500	SVZ1BM470GCRE00RAXXX
220	100	811.5	100	1000	500	SVZ1KM220FBRE00RAXXX
470	100	1012.5	56	752	500	SVZ1KM470GCRE00RAXXX

PART NUMBERING SYSTEM

The part numbering system is structured as follows:

[Series code] [Category code] [Capacitance code] [Capacitance tolerance code] [Voltage code] [Terminal code] [Size code] [Special code] [Marking code]

Series code: VZ
Category code: e.g., M
Capacitance code: e.g., 331 (for 330F)
Capacitance tolerance code: e.g., E (for 20%)
Voltage code: e.g., 06 (for 6.3V)
Terminal code: e.g., E
Size code: e.g., 06
Special code: e.g., E00
Marking code: e.g., RAXXX

Example: SVZ0EM331E06E00RAXXX