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Specifications
Lifetime:
2000hrs@105℃
Capacitance:
470uF
Height - Seated (Max):
11mm
Pin Spacing:
2.5mm
Voltage Rating:
10V
Diameter:
6.3mm
Equivalent Series Resistance(ESR):
-
Tolerance:
±20%
Ripple Current:
-
Mfr. Part #:
ERR1AM471E11OT
Model Number:
ERR1AM471E11OT
Package:
Through Hole,D6.3xL11mm
Key Attributes
Product Description
Product Overview
AiSHi Aluminum Electrolytic Capacitors, specifically the RR series, are designed for high-frequency, low-impedance, and high-reliability applications. These capacitors offer an endurance of +105C for 2,000 hours and are suitable for use in switching power supplies, UPS, and general power sources. They are RoHS compliant.
Product Attributes
- Brand: AiSHi
- Type: Aluminum Electrolytic Capacitors
- Series: RR Series
- Compliance: RoHS Compliant
Technical Specifications
| Category Code | Series Code | Type Code | Size Code | Capacitance Code | Capacitance Tolerance Code | Voltage Code | Terminal Code | Sleeve Marking Code | Temperature Range | Rated Voltage Range | Capacitance Tolerance | Max. Leakage Current (A) | D.F. (tan) | Endurance | Low Temperature Characteristics (Max. Impedance Ratio) | Shelf Life | Dimensions (DxL mm) | Impedance (m @ 100kHz) | Rated Ripple Current (mA/105C, 100kHz) |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| E | RR | 1H | E (5.1x11) | 109 (100F) | M (20%) | 109 (10V) | C (PVC) | -40 to +105C | 6.3 - 50 Vdc | 20% (M) | 150 (10V: 250) | 0.22 (10V: 0.18) | +105C 2,000 hours | Z(-25C)/Z(+20C) 2 | Capacitance Change: 20% (6.3, 10V: 30%); D.F. 200% of initial; Leakage Current 200% of initial | 5.1x11 | 0.072 | 760 | |
| E | RR | 1H | J (8x12) | 229 (220F) | M (20%) | 109 (10V) | C (PVC) | -40 to +105C | 6.3 - 50 Vdc | 20% (M) | 330 (10V: 560) | 0.18 (10V: 0.18) | +105C 2,000 hours | Z(-25C)/Z(+20C) 2 | Capacitance Change: 20% (6.3, 10V: 30%); D.F. 200% of initial; Leakage Current 200% of initial | 8x12 | 0.072 | 760 | |
| E | RR | 1H | L (10x20) | 1210 (1200F) | M (20%) | 109 (10V) | C (PVC) | -40 to +105C | 6.3 - 50 Vdc | 20% (M) | 1820 (10V: 2150) | 0.22 (10V: 0.24) | +105C 2,000 hours | Z(-25C)/Z(+20C) 2 | Capacitance Change: 20% (6.3, 10V: 30%); D.F. 200% of initial; Leakage Current 200% of initial | 10x20 | 0.023 | 1820 | |
| E | RR | 1H | M (12.5x20) | 1510 (1500F) | M (20%) | 109 (10V) | C (PVC) | -40 to +105C | 6.3 - 50 Vdc | 20% (M) | 2360 (10V: 2770) | 0.26 (10V: 0.26) | +105C 2,000 hours | Z(-25C)/Z(+20C) 2 | Capacitance Change: 20% (6.3, 10V: 30%); D.F. 200% of initial; Leakage Current 200% of initial | 12.5x20 | 0.021 | 2360 | |
| E | RR | 1H | N (12.5x25) | 2210 (2200F) | M (20%) | 109 (10V) | C (PVC) | -40 to +105C | 6.3 - 50 Vdc | 20% (M) | 2770 (10V: 2770) | 0.20 (10V: 0.20) | +105C 2,000 hours | Z(-25C)/Z(+20C) 2 | Capacitance Change: 20% (6.3, 10V: 30%); D.F. 200% of initial; Leakage Current 200% of initial | 12.5x25 | 0.021 | 2770 | |
| E | RR | 1H | P (12.5x30) | 3310 (3300F) | M (20%) | 109 (10V) | C (PVC) | -40 to +105C | 6.3 - 50 Vdc | 20% (M) | 3290 (10V: 3290) | 0.14 (10V: 0.14) | +105C 2,000 hours | Z(-25C)/Z(+20C) 2 | Capacitance Change: 20% (6.3, 10V: 30%); D.F. 200% of initial; Leakage Current 200% of initial | 12.5x30 | 0.015 | 3290 | |
| E | RR | 1H | Q (16x5) | 159 (150F) | M (20%) | 109 (10V) | C (PVC) | -40 to +105C | 6.3 - 50 Vdc | 20% (M) | 185 (10V: 185) | 0.14 (10V: 0.14) | +105C 2,000 hours | Z(-25C)/Z(+20C) 2 | Capacitance Change: 20% (6.3, 10V: 30%); D.F. 200% of initial; Leakage Current 200% of initial | 16x5 | 0.072 | 300 | |
| E | RR | 1H | R (18x20) | 4710 (4700F) | M (20%) | 109 (10V) | C (PVC) | -40 to +105C | 6.3 - 50 Vdc | 20% (M) | 3140 (10V: 3460) | 0.30 (10V: 0.32) | +105C 2,000 hours | Z(-25C)/Z(+20C) 2 | Capacitance Change: 20% (6.3, 10V: 30%); D.F. 200% of initial; Leakage Current 200% of initial | 18x20 | 0.018 | 3140 | |
| E | RR | 1H | S (18x25) | 5610 (5600F) | M (20%) | 109 (10V) | C (PVC) | -40 to +105C | 6.3 - 50 Vdc | 20% (M) | 3460 (10V: 3460) | 0.26 (10V: 0.26) | +105C 2,000 hours | Z(-25C)/Z(+20C) 2 | Capacitance Change: 20% (6.3, 10V: 30%); D.F. 200% of initial; Leakage Current 200% of initial | 18x25 | 0.016 | 3460 |
Soldering Recommendations
Flow Soldering (Radial Lead Type)
| Stage | Temperature (C) | Time (sec) |
|---|---|---|
| Preheating | 13020 | 30-90 |
| Cooling | <1 | <1 |
| Soldering | 260 | ~5 |
Notes:
Note 1: (1-3 C)/sec.
Note 2: Approx. 200 C/sec.
Note 3: 5 C/sec.(max.)
Reflow Soldering (For Polymer SMD Type)
| Parameter | Recommended Profile |
|---|---|
| Preheating | 150C, Within 90 sec. |
| Peak Temperature (T1) | 230C max. |
| Time above 200C (t1) | ~30 sec. max. |
| Time above T.C (t2) | ~10 sec. max. |
| Reflow Cycle (t3) | ~180 sec. max. |
Reflow Soldering (For Liquid SMD Type)
Case size: 6.3 - 10mm
| Parameter | Value |
|---|---|
| Preheat (100C to 200C) | Max. 180 seconds |
| Peak Temperature (T.C) | 230C (10mm), 240C (8mm), 250C (6.3mm) |
| Duration over 200C (t) | 90 sec. max. (6.3, 8mm), 60 sec. max. (10mm) |
| Duration over T.C (t1) | 40 sec. max. (6.3mm), 30 sec. max. (8, 10mm) |
Case size: 12.5 - 18mm
| Parameter | Value |
|---|---|
| Preheat (100C to 180C) | Max. 150 seconds |
| Peak Temperature (T.C) | 230C |
| Duration over 200C (t) | 90 sec. max. |
| Duration over T.C (t1) | 40 sec. max. |
Part Numbering System
Example: CD11GE 1H E 109/110
| Position | Description | Example |
|---|---|---|
| Category Code | E (Electrolytic Capacitor) | |
| Series Code | RR | |
| Type Code | 1H | |
| Size Code | E (5.1x11mm) | |
| Capacitance Code | 109 (100F) | |
| Capacitance Tolerance Code | M (20%) | |
| Voltage Code | 109 (10V) | |
| Terminal Code | (Refer to table) | |
| Sleeve Marking Code | C (PVC) |
Rated Ripple Current Multipliers
Frequency correction factor for ripple current:
| Capacitance (F) | Frequency (Hz) | 120 | 1k | 10k | 100k |
|---|---|---|---|---|---|
| Cap. < 220 | 0.75 | 0.90 | 1.00 | 1.00 | |
| 220 Cap. < 680 | 0.50 | 0.85 | 0.94 | 1.00 | |
| 680 Cap. < 2200 | 0.60 | 0.87 | 0.95 | 1.00 | |
| 2200 Cap. < 4700 | 0.75 | 0.90 | 0.95 | 1.00 | |
| Cap. 4700 | 0.85 | 0.95 | 0.98 | 1.00 |
2304140030_AISHI-ERR1AM471E11OT_C112505.pdf
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