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Conductive Polymer Capacitor AISHI SPZ0JM122F11O00RAXXX Designed for System Board Intelligent TV and Small Charger

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Product Description

AISHi Conductive Polymer Electrolytic Capacitors - PZ Series

The AISHi PZ series conductive polymer electrolytic capacitors are designed for high-performance applications requiring low Equivalent Series Resistance (ESR) and reliable endurance. These RoHS compliant and lead-free components are ideal for system boards, display cards, small chargers, and intelligent TVs, offering a robust solution for modern electronic designs.

Product Attributes

  • Brand: AISHi
  • Series: PZ
  • Material: Conductive Polymer
  • Certifications: RoHS Compliant, Lead-free

Technical Specifications

Item Specification Details
Category Code E Conductive Polymer Electrolytic Capacitor
Endurance +105C 2,000 hours
Low ESR
Recommended Applications System Board, Display Card, Small Charger, Intelligent TV
Temperature Range -55C to +105C
Rated Working Voltage Range 6.3Vdc to 100Vdc
Nominal Capacitance Range 4.7F to 5600F
Capacitance Tolerance 20% (M)
DC Leakage Current 0.2CV or 500A, whichever is greater (at 20C, after 2 minutes) Where C=Nominal Capacitance (F), V=Rated Voltage (V)
Dissipation Factor (tan) See table below (at 20C, 120Hz)
ESR (100kHz-300kHz, 20C) See table below (max.)
Temperature Characteristics (Impedance Ratio at 100kHz) Z(+105C)/Z(+20C) 1.25
Z(-55C)/Z(+20C) 1.25
Endurance Test Requirements Capacitance Change: 20% of initial value
D.F. (tan): 150% of initial specified value
ESR: 150% of initial specified value
Leakage Current: Initial specified value
(After 2,000 hours at 105C with rated voltage)
Humidity Test Requirements Meet Endurance characteristics (After 2,000 hours at 60C, 90%-95% RH without voltage)
Surge Test Requirements Capacitance Change: 20% of initial value
D.F. (tan): 150% of initial specified value
ESR: 150% of initial specified value
Leakage Current: Initial specified value
(After 1,000 cycles of surge voltage application)

Standard Ratings Table (Partial)

VDC (SV) Cap (F) Size DxL(mm) ESR (m, 20C, 100kHz)(max.) Rated ripple current (mArms/105C, 100kHz) Leakage Current (A)(max.)
6.3 (7.2) 220 6.3x7.2 23 1110 4.4
6.3 (7.2) 270 6.3x7.2 19 1280 5.4
6.3 (7.2) 330 6.3x7.2 16 1430 6.6
6.3 (7.2) 390 6.3x7.2 14 1570 7.8
6.3 (7.2) 470 6.3x7.2 12 1700 9.4
6.3 (7.2) 560 6.3x7.2 10 1870 11.2
6.3 (7.2) 680 6.3x7.2 8.5 2040 13.6
7.5 (8.6) 470 6.3x7.2 12 1700 9.4
7.5 (8.6) 680 6.3x7.2 8.5 2040 13.6
7.5 (8.6) 820 8x9.5 7.2 2300 16.4
10 (11.5) 470 6.3x7.2 12 1700 9.4
10 (11.5) 680 6.3x7.2 8.5 2040 13.6
10 (11.5) 820 8x9.5 7.2 2300 16.4
10 (11.5) 1000 8x9.5 6.0 2500 20.0
12 (13.8) 470 6.3x7.2 12 1700 9.4
12 (13.8) 680 6.3x7.2 8.5 2040 13.6
12 (13.8) 820 8x9.5 7.2 2300 16.4
12 (13.8) 1000 8x9.5 6.0 2500 20.0
12 (13.8) 1200 10x12 5.0 2700 24.0
16 (18.4) 470 6.3x7.2 12 1700 9.4
16 (18.4) 680 6.3x7.2 8.5 2040 13.6
16 (18.4) 820 8x9.5 7.2 2300 16.4
16 (18.4) 1000 8x9.5 6.0 2500 20.0
16 (18.4) 1200 10x12 5.0 2700 24.0
16 (18.4) 1500 10x12 4.0 3000 30.0
16 (18.4) 1800 10x12 3.5 3200 36.0
20 (23) 680 6.3x7.2 8.5 2040 13.6
20 (23) 820 8x9.5 7.2 2300 16.4
20 (23) 1000 8x9.5 6.0 2500 20.0
20 (23) 1200 10x12 5.0 2700 24.0
20 (23) 1500 10x12 4.0 3000 30.0
20 (23) 1800 10x12 3.5 3200 36.0
20 (23) 2200 12.5x13.8 3.0 3500 44.0
25 (29) 680 6.3x7.2 8.5 2040 13.6
25 (29) 820 8x9.5 7.2 2300 16.4
25 (29) 1000 8x9.5 6.0 2500 20.0
25 (29) 1200 10x12 5.0 2700 24.0
25 (29) 1500 10x12 4.0 3000 30.0
25 (29) 1800 10x12 3.5 3200 36.0
25 (29) 2200 12.5x13.8 3.0 3500 44.0
25 (29) 2700 12.5x13.8 2.5 3700 54.0
35 (41) 1000 8x9.5 6.0 2500 20.0
35 (41) 1200 10x12 5.0 2700 24.0
35 (41) 1500 10x12 4.0 3000 30.0
35 (41) 1800 10x12 3.5 3200 36.0
35 (41) 2200 12.5x13.8 3.0 3500 44.0
35 (41) 2700 12.5x13.8 2.5 3700 54.0
35 (41) 3300 12.5x13.8 2.2 3900 66.0
35 (41) 3900 16x18.4 2.0 4200 78.0
50 (58) 1000 8x9.5 6.0 2500 20.0
50 (58) 1200 10x12 5.0 2700 24.0
50 (58) 1500 10x12 4.0 3000 30.0
50 (58) 1800 10x12 3.5 3200 36.0
50 (58) 2200 12.5x13.8 3.0 3500 44.0
50 (58) 2700 12.5x13.8 2.5 3700 54.0
50 (58) 3300 12.5x13.8 2.2 3900 66.0
50 (58) 3900 16x18.4 2.0 4200 78.0
50 (58) 4700 16x18.4 1.8 4500 94.0
50 (58) 5600 18x20 1.6 4800 112.0
63 (73) 1000 8x9.5 6.0 2500 20.0
63 (73) 1200 10x12 5.0 2700 24.0
63 (73) 1500 10x12 4.0 3000 30.0
63 (73) 1800 10x12 3.5 3200 36.0
63 (73) 2200 12.5x13.8 3.0 3500 44.0
63 (73) 2700 12.5x13.8 2.5 3700 54.0
63 (73) 3300 12.5x13.8 2.2 3900 66.0
63 (73) 3900 16x18.4 2.0 4200 78.0
63 (73) 4700 16x18.4 1.8 4500 94.0
63 (73) 5600 18x20 1.6 4800 112.0
80 (92) 1000 8x9.5 6.0 2500 20.0
80 (92) 1200 10x12 5.0 2700 24.0
80 (92) 1500 10x12 4.0 3000 30.0
80 (92) 1800 10x12 3.5 3200 36.0
80 (92) 2200 12.5x13.8 3.0 3500 44.0
80 (92) 2700 12.5x13.8 2.5 3700 54.0
80 (92) 3300 12.5x13.8 2.2 3900 66.0
80 (92) 3900 16x18.4 2.0 4200 78.0
80 (92) 4700 16x18.4 1.8 4500 94.0
100 (115) 1000 8x9.5 6.0 2500 20.0
100 (115) 1200 10x12 5.0 2700 24.0
100 (115) 1500 10x12 4.0 3000 30.0
100 (115) 1800 10x12 3.5 3200 36.0
100 (115) 2200 12.5x13.8 3.0 3500 44.0
100 (115) 2700 12.5x13.8 2.5 3700 54.0
100 (115) 3300 12.5x13.8 2.2 3900 66.0
100 (115) 3900 16x18.4 2.0 4200 78.0
100 (115) 4700 16x18.4 1.8 4500 94.0

Part Numbering System

The part numbering system follows the format: Category Code - Series Code - Size Code - Capacitance Code - Capacitance Tolerance Code - Voltage Code - Terminal Code - Sleeve Marking Code

Position Code Description
1 E Electrolytic Capacitor
2 G Conductive Polymer
3 CD11GE, CD11GES, CD11GAS, CD11GHS Series Name
4 (See table) Size Code (Diameter x Length in mm)
5 (See table) Capacitance Code (F)
6 (See table) Capacitance Tolerance Code (%)
7 (See table) Voltage Code (Vdc)
8 (See table) Terminal Code
9 (See table) Sleeve Marking Code

Soldering Recommendations

Flow Soldering (Radial Lead Type)

  • Preheating: 130 20C, 30-90 sec.
  • Cooling: (1-3 C)/sec. (Note 1)
  • Soldering Temperature: Approx. 260C,
  • Note 1: Cooling rate.

Reflow Soldering (Polymer SMD Type)

  • Recommended Reflow Profile: See diagram.
  • Preheating: 150C to 180C, Within 90 sec.
  • Peak Temperature (T1): Max 260C (for case size
  • Time above 200C (t1): Max 40 sec. (for case size C6.3), Max 30 sec. (for case size C8, 10)
  • Time above T.C (t): Max 90 sec.

Reflow Soldering (Liquid SMD Type)

  • Case size: 6.3 - 10mm:
    Preheat: 100C to 200C, Max 180 seconds.
    Peak Temperature (T.): Max 230C.
    Duration over 200C (t): Max 90 sec.
    Duration over T.C (t,): Max 40 sec.
  • Case size: 12.5 - 18mm:
    Preheat: 100C to 180C, Max 150 seconds.
    Peak Temperature (T.): Max 230C.
    Duration over 200C (t): Max 60 sec.
    Duration over T.C (t,): Max 30 sec.

Lead Forming and Taping Specifications

Various lead forming and taping options are available, including standard taping, lead cut, lead forming & cut, and kink options, with specific dimensions and configurations detailed in the provided figures and tables.

Dimensions (mm)

Item Symbol Specification
Lead Forming & Cut Code: C Range: 4-18
Code: F Range: 4-18, L: 3.5, 4.5, 5.0, 7.0mm
Lead Forming & Cut Code: J Range: 10-18, L: 4.0, 4.5, 5.0mm

Specifications are subject to change without notice.


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Have questions about our products or want to discuss a custom order? Our team is ready to help you.

Company Beijing Silk Road Enterprise Management Services Co., Ltd.
Location 16 Floor, Unit B, Jiatai International Mansion, No 41, Dongsihuan Zhong Road, Chaoyang District, Beijing
Contact Person Sellina

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