# Polymer Aluminium Electrolytic Capacitor, 1000 µF, 10 V, Radial Can - SMD, 0.02 ohm
**URL**: https://novapart.co/products/APA1010102M010R/polymer-aluminium-electrolytic-capacitor-1000-f-10
**SKU**: APA1010102M010R
**Manufacturer**: KYOCERA AVX
**Category**: Passive Components || Capacitors || Polymer Capacitors || Aluminium Polymer Capacitors
**Price**: €0.3520
**Stock**: 10+
**Lead Time**: 190 days (indicative)
## Specifications
| Parameter | Value |
|---|---|
| Esr | 0.02ohm |
| Svhc | 2-methyl-1-(4-methylthiophenyl)-2-morpholinopropan-1-one (25-Jun-2025) |
| Capacitance | 1000µF |
| Voltage(Dc) | 10V |
| Product Range | APA Series |
| Product Width | - |
| Product Height | 10.5mm |
| Product Length | - |
| Ripple Current | 4.25A |
| Product Diameter | 10mm |
| Capacitor Mounting | Surface Mount |
| Capacitor Terminals | Solder |
| Capacitance Tolerance | ± 20% |
| Lifetime @ Temperature | 5000 hours @ 105°C |
| Capacitor Case / Package | Radial Can - SMD |
| Operating Temperature Max | 105°C |
| Operating Temperature Min | -55°C |
## Datasheet
📄 [Download PDF](https://novapart.co/datasheet/farnell:4080065/)
**SMD Aluminum Conductive Polymer Electrolytic Capacitors APA Series**
## **FEATURES**
- Super Low ESR
- Long Life
- 105°C, 5000 hours
- RoHS compliant
**LEAD-FREE COMPATIBLE COMPONENT**
## **APPLICATIONS**
- DC/DC Converters
- Decoupling
- Voltage Regulators • Computer Motherboards, etc
## **HOW TO ORDER**
**A PA 0807 561 M 004 R -**
**Product Type** Aluminum
## **Series Type**
## **Case Size**
See table below **Capacitance Code**
µF code: 1st two digits represent significant figures, 3rd digit represents multiplier (number of zeros to follow)
**==> picture [93 x 81] intentionally omitted <==**
**----- Start of picture text -----**
Special
No Code = std
Packaging
R = Pure Tin 15" Reel
Rated DC Voltage
004 = 4Vdc 025 = 25Vdc
006 = 6.3Vdc 035 = 35Vdc
010 = 10Vdc 050 = 50Vdc
016 = 16Vdc
**----- End of picture text -----**
## **Tolerance**
M = ±20%
|**Code**
~~A~~|**D±0.50**
**(0.020)**
~~A~~|**L±0.50**
**(0.020)**
~~A~~|**W±0.20**
**(0.008)**
~~A~~|**H±0.20**
**(0.008)**
~~A~~
~~OO~~|**C±0.20**
**(0.008)**
~~A~~
~~OO~~|**R**
~~A~~
~~OO~~|**P±0.30**
**(0.012)**
~~A~~|**V max**
~~A~~|
|---|---|---|---|---|---|---|---|---|
|0606
~~a~~
~~Fe a~~|6.30
(0.248)
~~a~~
~~a~~|6.00
(0.236)
~~a~~
~~a~~|6.60
(0.260)
~~a~~|6.60
(0.260)
~~OO~~
~~a~~|7.30
(0.287)
~~OO~~
~~a~~|0.50 - 0.80
(0.020 - 0.031)
~~OO~~
~~a~~|2.00
(0.080)
~~a~~|0.30 (0.012)
~~a~~|
|0607
~~Fe a~~|6.30
(0.248)
~~a~~|7.00
(0.276)
~~a~~|6.60
(0.260)|6.60
(0.260)|7.30
(0.287)|0.50 - 0.80
(0.020 - 0.031)|2.00
(0.080)|0.30 (0.012)|
|0608
~~Fe a~~
~~a~~
~~Te~~|6.30
(0.248)
~~a ~~
~~a~~
~~Te~~|8.00
(0.315)
~~a~~
~~ee]~~|6.60
(0.260)
~~ee]~~|6.60
(0.260)
~~ee]THEE]~~|7.30
(0.287)
~~THEE]~~|0.50 - 0.80
(0.020 - 0.031)
~~THEE]~~|2.00
(0.080)
~~THEE]~~|0.30 (0.012)
~~THEE]~~|
|0609
~~Te~~|6.30
(0.248)
~~Te~~|9.30
(0.366)
~~ee]~~|6.60
(0.260)
~~ee]~~|6.60
(0.260)
~~ee]THEE]~~|7.30
(0.287)
~~THEE]~~|0.50 - 0.80
(0.020 - 0.031)
~~THEE]~~|2.00
(0.080)
~~THEE]~~|0.30 (0.012)
~~THEE]~~|
|0807
~~Te~~
~~a~~|8.00
(0.315)
~~Te~~
~~a~~|7.00
(0.276)
~~ee]~~|8.30
(0.327)
~~ee]~~|8.30
(0.327)
~~ee]THEE]~~|9.00
(0.354)
~~THEE]~~|0.50 - 0.80
(0.020 - 0.031)
~~THEE]~~|3.20
(0.126)
~~THEE]~~|0.30 (0.012)
~~THEE]~~|
|0809
~~A~~|8.00
(0.315)
~~A ~~|9.50
(0.374)
~~A~~|8.30
(0.327)
~~A~~|8.30
(0.327)
~~A~~|9.00
(0.354)|0.70 - 1.10
(0.028 - 0.043)|3.20
(0.126)|0.30 (0.012)|
|0812
~~a~~|8.00
(0.315)
~~a~~|12.00
(0.472)
~~a~~|8.30
(0.327)|8.30
(0.327)|9.00
(0.354)|0.70 - 1.10
(0.028 - 0.043)|3.20
(0.126)|0.30 (0.012)|
|1010
~~a~~|10.00
(0.394)
~~a~~|10.50
(0.413)
~~a~~|10.30
(0.406)|10.30
(0.406)|11.00
(0.433)|0.70 - 1.10
(0.028 - 0.043)|4.50
(0.177)|0.30 (0.012)|
|1012|10.00
(0.394)|12.50
(0.492)|10.30
(0.406)|10.30
(0.406)|11.00
(0.433)|0.70 - 1.10
(0.028 - 0.043)|4.50
(0.177)|0.30 (0.012)|
## **TECHNICAL SPECIFICATIONS**
|**Category Temperature Range:**|-55ºC to +105°C||
|---|---|---|
|**Capacitance Range**|At 25°C,120Hz|10μF to 2200μF|
|**Capacitance Tolerance:**||±20%|
|**Surge Voltage:**|At 105°C|Rated voltage x 1.15|
|**Dissipation Factor(%)**|Measurement Frequency: 120Hz at 25°C|Please see the ratings andpart number reference table below|
|**Leakage Current:**|After 2 minutes at rated workingvoltage at 25°C*|I≦0.2CV or 300μA, whichever isgreater|
* Note: In the case of an anomalous reading, re-measure the leakage current after following voltage treatment:
Voltage treatment: DC rated voltage to be applied to the capacitors for 120 minutes at 105°C.
– aluminum capacitors –
The Important Information/Disclaimer is incorporated in the catalog where these specifications came from or available online at www.kyocera-avx.com/disclaimer/ by reference and should be reviewed in full before placing any order.
27
TDS-ALUM-0005 | Rev 1
## **SMD Aluminum Conductive Polymer Electrolytic Capacitors APA Series**
## **CAPACITANCE AND RATED VOLTAGE RANGE (FIGURES DENOTES CASE SIZE)**
|**Capacitance**
~~(I~~
~~ee ee~~|**Capacitance**
~~(I~~
~~ee ee~~|**Rated Voltage DC (VR)**
~~(I~~
~~en~~
~~nD(RR~~
~~(RR~~
~~(S(O~~|**Rated Voltage DC (VR)**
~~(I~~
~~en~~
~~nD(RR~~
~~(RR~~
~~(S(O~~|**Rated Voltage DC (VR)**
~~(I~~
~~en~~
~~nD(RR~~
~~(RR~~
~~(S(O~~|**Rated Voltage DC (VR)**
~~(I~~
~~en~~
~~nD(RR~~
~~(RR~~
~~(S(O~~|**Rated Voltage DC (VR)**
~~(I~~
~~en~~
~~nD(RR~~
~~(RR~~
~~(S(O~~|**Rated Voltage DC (VR)**
~~(I~~
~~en~~
~~nD(RR~~
~~(RR~~
~~(S(O~~|**Rated Voltage DC (VR)**
~~(I~~
~~en~~
~~nD(RR~~
~~(RR~~
~~(S(O~~|
|---|---|---|---|---|---|---|---|---|
|**µF**
~~ee ee~~
~~es~~|**Code**
~~ee~~
~~es~~|**4V**
~~en~~
~~GD~~|**6.3V**
~~nD~~
~~GD~~|**10V**
~~(RR~~
~~(OQ~~|**16V**
~~(RR~~
~~(OQ~~|**25V**
~~(S(O~~
~~(OG~~|**35V**
~~(S(O~~
~~(OG~~|**50V**
~~(OG~~|
|10
~~ee ee~~
~~es~~
~~Rs~~|100
~~ee~~
~~es~~
~~DQ~~|~~en~~
~~GD~~
~~DQ~~|~~nD~~
~~GD~~
~~(OQ~~|~~(RR~~
~~(OQ~~
~~(OQ~~|~~(RR~~
~~(OQ~~
~~(OQ~~|~~(S(O~~
~~(OG~~
~~(OO~~|~~(S(O~~
~~(OG~~
~~(OO~~|0606
~~(OG~~|
|22
~~es~~
~~Rs~~
~~Rs~~|220
~~es~~
~~DQ~~
|~~GD~~
~~DQ~~
|~~GD~~
~~(OQ~~
~~S(O~~
|~~(OQ~~
~~(OQ~~
~~S(O~~
|~~(OQ ~~
~~(OQ~~
|~~(OG~~
~~(OO~~
~~OO~~
|0606
~~(OG~~
~~(OO~~
~~OO~~
|~~(OG~~
|
|33
~~Rs~~
~~GD~~
~~Rs~~
~~es~~|330
~~DQ~~
~~GD~~
|~~DQ~~
~~GD~~
|~~(OQ~~
~~GD~~
~~S(O~~
|~~(OQ~~
~~GD~~
~~S(O~~
|~~(OQ~~
~~GD~~
~~(OG~~|~~(OO~~
~~GD~~
~~OO~~
~~(OG~~|~~(OO~~
~~GD~~
~~OO~~
~~(OG~~|0609
~~GD~~
|
|47
~~GD~~
~~Rs~~
~~es~~
~~ee~~|470
~~GD~~
~~OG~~
~~nD~~
|~~GD~~
~~OG~~
~~(OO~~
|~~GD~~
~~S(O~~
~~OG~~
~~(OO~~
|~~GD~~
~~S(O~~
~~OG~~
~~(OO~~
|~~GD~~
~~OG~~
~~(OG~~
~~(OO~~
|0606
~~GD~~
~~OO~~
~~OG~~
~~(OG~~
~~(OO~~
|~~GD~~
~~OO~~
~~OG~~
~~(OG~~
~~(OO~~
~~(~~
|0809
~~GD~~
~~OG~~
~~(OO~~
|
|68
~~Rs~~
~~es~~
~~ee~~
~~es~~|680
~~nD~~
|~~(OO~~
|~~S(O~~
~~(OO~~
|0606
~~S(O~~
~~(OO~~
|~~(OG~~
~~(OO~~
|~~OO~~
~~(OG~~
~~(OO~~
|0609
~~OO~~
~~(OG~~
~~(OO~~
~~(~~
~~(~~|0812
~~(OO~~
|
|82
~~es~~
~~ee~~
~~es~~
~~Rs~~|820
~~nD~~
~~GO~~
~~ns~~|~~(OO~~
~~GO~~
~~QO~~|~~(OO~~
~~GO~~
~~QO~~|~~(OO~~
~~GO~~
~~QO~~|~~(OG~~
~~(OO~~
~~GO~~
~~(OO~~|~~(OG~~
~~(OO~~
~~GO~~
~~(OO~~|~~(OG~~
~~(OO~~
~~(~~
~~GO~~
~~(~~
~~(OO~~|0812
~~(OO~~
~~GO~~
~~(OO~~|
|100
~~ee~~
~~es~~
~~Rs~~|101
~~ns~~
~~QR~~|~~QO~~
~~QR~~|0606
~~QO~~
~~(OQ~~|0606
~~QO~~
~~(OQ~~|0606
~~(OO~~
~~(OQ~~|0609
~~(OO~~
~~(OO~~|~~(~~
~~(~~
~~(OO~~
~~(OO~~|1010, 1012
~~(OO~~|
|120
~~es~~
~~Rs~~|121
~~ns~~
~~QR~~|~~QO~~
~~QR~~|~~QO~~
~~(OQ~~|~~QO~~
~~(OQ~~|~~(OO~~
~~(OQ~~|~~(OO~~
~~(OO~~|0809
~~(~~
~~(OO~~
~~(OO~~|~~(OO~~|
|150
~~Rs~~
~~PO~~
~~es~~|151
~~ns~~
~~QR~~
~~PO~~|~~QO~~
~~QR~~
~~PO~~|~~QO~~
~~(OQ~~
~~PO~~|~~QO ~~
~~(OQ~~
~~PO~~|~~(OO~~
~~(OQ~~
~~PO~~|~~(OO~~
~~(OO~~
~~PO~~|0812
~~(OO~~
~~(OO~~
~~PO~~
~~G~~~~**O**~~|~~(OO~~
~~PO~~|
|180
~~PO~~
~~(OO~~
~~es~~|181
~~PO~~
~~(OO~~|~~PO~~
~~(OO~~|~~PO~~
~~(OO~~|~~PO~~
~~(OO~~|~~PO~~
~~(OO~~|0809
~~PO~~
~~(OO~~|~~PO~~
~~(OO~~
~~G~~~~**O**~~
~~Q~~|1012
~~PO~~
~~(OO~~|
|220
~~es~~|221
~~nn~~|0606
~~nn ~~|0606
~~(OO~~|0607, 0608
~~(OO~~|0609
~~(OO~~|0812
~~(OO~~|1010
~~G~~~~**O**~~
~~(OO~~
~~Q~~|~~(OO~~|
|270
~~es~~
~~Pe~~
~~es~~|271
~~Pe~~
~~ey~~|~~Pe~~
~~QR~~|~~Pe~~
~~QR~~|~~Pe~~
~~QR~~|~~Pe~~
~~QO~~|~~Pe~~
~~(OO~~|1012
~~G~~~~**O**~~
~~Q~~
~~Pe~~
~~(OO~~|~~Pe~~|
|330
~~es~~
~~RD~~
~~Rs~~|331
~~ey~~
~~RD~~
|~~QR~~
~~(OR~~
|~~QR~~
~~(OR~~
|0609
~~QR~~
~~(OO~~
|0809
~~QO~~
~~(OO~~
|1010
~~(OO~~
~~(OO~~
|~~(OO~~
~~(OO~~
~~**(**~~
|~~(OO~~
|
|470
~~es~~
~~RD~~
~~Rs~~|471
~~ey~~
~~RD~~
~~SD~~|~~QR~~
~~(OR~~
~~nD~~|0609
~~QR~~
~~(OR~~
~~nD~~|~~QR~~
~~(OO~~
~~(OOO~~|0812
~~QO~~
~~(OO~~
~~(OOO~~|1012
~~(OO~~
~~(OO~~
~~(OOO~~|~~(OO~~
~~(OO~~
~~**(**~~
~~(OOO~~
~~OO~~|~~(OO~~
~~(OOO~~|
|560
~~RD~~
~~Rs~~
~~es~~|561
~~RD~~
~~SD~~
|0609, 0807
~~(OR~~
~~nD~~
|0609
~~(OR ~~
~~nD~~
|0809
~~(OO~~
~~(OOO~~
|0812
~~(OO~~
~~(OOO~~
|~~(OO~~
~~(OOO~~
|~~(OO~~
~~**(**~~
~~(OOO~~
~~OO~~
~~GO~~
|~~(OO~~
~~(OOO~~
|
|680
~~Rs~~
~~(OO~~
~~es~~
~~es~~|681
~~SD ~~
~~(OO~~
~~ns~~
|~~nD~~
~~(OO~~
~~(OQ~~|~~nD~~
~~(OO~~
~~(OQ~~|0812
~~(OOO~~
~~(OO~~
~~(OQ~~|1010
~~(OOO~~
~~(OO~~
~~(OQ~~|~~(OOO~~
~~(OO~~
~~(OQ~~|~~**(**~~
~~(OOO~~
~~OO~~
~~(OO~~
~~GO~~
~~(OQ~~|~~(OOO~~
~~(OO~~
~~(OQ~~|
|820
~~es~~
~~es~~
~~es~~|821
~~ns~~
~~**es**~~
|0809
~~(OQ~~
~~I~~
|0809
~~(OQ~~
~~(RSQ~~
|1010
~~(OQ~~
~~(RSQ~~
|1012
~~(OQ~~
~~(RSQ~~
|~~(OQ~~
~~**(**Q~~
|~~GO~~
~~(OQ~~
~~Q~~~~**O**~~
|~~(OQ~~
|
|1000
~~es ~~
~~es~~
~~es~~|102
~~ns~~
~~**es**~~
|~~(OQ~~
~~I~~
~~QQ~~|0812
~~(OQ~~
~~(RSQ~~
~~QQ~~|1010
~~(OQ~~
~~(RSQ~~
~~QQ~~|~~(OQ~~
~~(RSQ~~
~~QQ~~|~~(OQ~~
~~**(**Q~~
~~QQ~~
~~O~~|~~GO~~
~~(OQ~~
~~Q~~~~**O**~~
~~QQ~~
~~O~~|~~(OQ~~
~~QQ~~|
|1200
~~es~~
~~es~~
~~Rs~~|122
~~ns~~
~~**es**~~
|0812
~~(OQ~~
~~I~~
~~QQ~~|1010
~~(OQ~~
~~(RSQ~~
~~QQ~~
~~(O(n~~|1012
~~(OQ~~
~~(RSQ~~
~~QQ~~
~~(O(n~~|~~(OQ~~
~~(RSQ~~
~~QQ~~
~~(GO~~|~~(OQ~~
~~**(**Q~~
~~QQ~~
~~O~~
~~(GO~~|~~(OQ~~
~~Q~~~~**O**~~
~~QQ~~
~~O~~
~~(GO~~|~~(OQ~~
~~QQ~~|
|1500
~~es ~~
~~nn~~
~~Rs~~|152
~~**es**~~
~~nn~~
~~Dn~~|1010
~~I~~
~~QQ~~
~~nn~~
~~Dn~~|~~(RSQ~~
~~QQ~~
~~nn~~
~~(O(n~~
~~nD~~|~~(RSQ~~
~~QQ~~
~~nn~~
~~(O(n~~
~~(OOO~~|~~(RSQ ~~
~~QQ~~
~~nn~~
~~(GO~~
~~(OOO~~|~~**(**Q~~
~~QQ~~
~~O~~
~~nn~~
~~(GO~~
~~(OOO~~|~~Q~~~~**O**~~
~~QQ~~
~~O~~
~~nn~~
~~(GO~~
~~(OOO~~
~~(OO~~|~~QQ~~
~~nn~~
~~(OOO~~|
|1800
~~nn~~
~~Rs~~|182
~~nn~~
~~Dn~~|~~nn~~
~~Dn~~|1012
~~nn~~
~~(O(n~~
~~nD~~|~~nn~~
~~(O(n~~
~~(OOO~~|~~nn~~
~~(GO~~
~~(OOO~~|~~nn~~
~~(GO~~
~~(OOO~~|~~nn~~
~~(GO~~
~~(OOO~~
~~(OO~~|~~nn~~
~~(OOO~~|
|2200
~~Rs~~|222
~~Dn~~|1012
~~Dn ~~|~~(O(n~~
~~nD~~|~~(O(n~~
~~(OOO~~|~~(GO~~
~~(OOO~~|~~(GO~~
~~(OOO~~|~~(GO~~
~~(OOO~~
~~(OO~~|~~(OOO~~|
Released ratings
## **RATINGS & PART NUMBER REFERENCE**
|**Part No.**|**Case**
**Size**|**Capacitance**
**(µF)**|**Rated Voltage**
**(V)**|**DCL Max. (µA)**|**DF Max.**
**(%)**|**ESR Max.**
**@ 100kHz**
**(mΩ)**|**100kHz RMS**
**Current (mA)/105°C**|
|---|---|---|---|---|---|---|---|
|**4 Volt**
~~ee~~
~~GO~~
~~GG~~||||||||
|APA0606221M004R
~~nn~~
~~nD~~|0606
~~nn~~|220
~~nn~~
~~GO~~|4
~~nn~~
~~GO~~|300
~~nn~~
~~GG~~
~~**O**~~|12
~~nn~~
~~GG~~
~~**O**Q~~|20
~~nn~~
~~GG~~
~~Q~~|2800
~~nn~~|
|APA0609561M004R
~~DQ~~
~~nD~~|0609
~~DQ~~|560
~~GO~~
~~DQ~~
~~GO~~|4
~~GO~~
~~DQ~~
~~GO~~|448
~~GG~~
~~DQ~~
~~**O**~~|12
~~GG~~
~~DQ~~
~~**O**Q~~
~~D~~|20
~~GG~~
~~DQ~~
~~Q~~
~~D~~|3500
~~DQ~~|
|APA0807561M004R
~~DQ~~
~~nD~~
~~nn~~|0807
~~DQ~~
~~nn~~|560
~~DQ~~
~~GO~~|4
~~DQ~~
~~GO~~|448
~~DQ~~
~~**O**~~
~~OO~~|12
~~DQ~~
~~**O**Q~~
~~D~~
~~OO~~|18
~~DQ~~
~~Q~~
~~D~~
~~OO~~|3700
~~DQ~~|
|APA0809821M004R
~~nD~~
~~GO~~
~~nn~~
~~a~~|0809
~~GO~~
~~nn~~|820
~~GO~~
~~GO~~
~~GO~~|4
~~GO~~
~~GO~~
~~GO~~|656
~~**O**~~
~~GO~~
~~OO~~
~~QQ~~|12
~~**O**Q~~
~~D~~
~~GO~~
~~OO~~
~~QQ~~|15
~~Q~~
~~D~~
~~GO~~
~~OO~~
~~QQ~~|4000
~~GO~~|
|APA0812122M004R
~~nn~~
~~a~~|0812
~~nn~~
~~Gn~~|1200
~~GO~~
~~GOR~~|4
~~GO~~
~~(OO~~|960
~~OO~~
~~QQ~~
~~(OO~~|12
~~OO~~
~~QQ~~
~~(OO~~|15
~~OO~~
~~QQ~~
~~(OO~~|4450|
|APA1010152M004R
~~a~~|1010
~~Gn~~|1500
~~GO~~
~~GOR~~|4
~~GO~~
~~(OO~~|1200
~~QQ~~
~~(OO~~
~~GD~~|12
~~QQ~~
~~(OO~~
~~GD~~|13
~~QQ~~
~~(OO~~
~~GD~~|4500|
|APA1012222M004R
~~GO~~|1012
~~Gn ~~
~~GO~~|2200
~~GOR~~
~~GO~~|4
~~(OO~~
~~GO~~|1760
~~(OO~~
~~GO~~
~~GD~~|12
~~(OO~~
~~GO~~
~~GD~~|13
~~(OO~~
~~GO~~
~~GD~~|5400
~~GO~~|
|**6.3 Volt**
~~GO~~
~~GD~~
~~|~~
~~nn~~
~~GO~~
~~OD~~||||||||
|APA0606101M006R
~~nn~~
~~Gn~~|0606
~~nn~~
~~Gn~~|100
~~GO~~
~~GD~~|6.3
~~GO~~
~~(Of~~|300
~~OD~~
~~(Of~~|12
~~OD~~
~~(GO~~|22
~~OD~~
~~(GO~~|2400|
|APA0606221M006R
~~nn~~
~~Gn~~|0606
~~nn~~
~~Gn~~|220
~~GO~~
~~GD~~|6.3
~~GO~~
~~(Of~~|300
~~OD~~
~~(Of~~|12
~~OD~~
~~(GO~~|22
~~OD~~
~~(GO~~|2600|
|APA0609471M006R
~~Gn~~
~~Dn~~|0609
~~Gn ~~
~~Dn~~|470
~~GD~~
~~(OG~~|6.3
~~(Of~~
~~(OG~~|592
~~(Of~~
~~(OG~~
~~GG~~|12
~~(GO~~
~~(OG~~
~~GG~~|22
~~(GO~~
~~(OG~~
~~GG~~|3200
~~(OG~~|
|APA0609561M006R
~~Dn~~
~~GO~~|0609
~~Dn ~~
~~GO~~|560
~~(OG~~
~~GO~~|6.3
~~(OG~~
~~GO~~|705
~~(OG~~
~~GO~~
~~GG~~
~~GG~~|12
~~(OG~~
~~GO~~
~~GG~~
~~GG~~|22
~~(OG~~
~~GO~~
~~GG~~
~~GG~~|3200
~~(OG~~
~~GO~~|
|APA0809821M006R
~~GO~~|0809
~~GO~~|820
~~GO~~|6.3
~~GO~~|1033
~~GG~~
~~GO~~
~~GG~~
~~GG~~|12
~~GG~~
~~GO~~
~~GG~~
~~GG~~|20
~~GG~~
~~GO~~
~~GG~~
~~GG~~|3850
~~GO~~|
|APA0812102M006R
~~GO~~|0812
~~GO~~|1000
~~GO~~|6.3
~~GO~~|1260
~~GG~~
~~GO~~
~~GG~~|12
~~GG~~
~~GO~~
~~GG~~|20
~~GG~~
~~GO~~
~~GG~~|4250
~~GO~~|
|APA1010122M006R
~~(OQ~~
~~nD~~|1010
~~(OQ~~|1200
~~(OQ~~
~~GO~~|6.3
~~(OQ~~
~~GO~~|1512
~~GG~~
~~(OQ~~
~~OG~~|12
~~GG~~
~~(OQ~~
~~OG~~|18
~~GG~~
~~(OQ~~
~~OG~~|4350
~~(OQ~~|
|APA1012182M006R
~~(OQ~~
~~nD~~|1012
~~(OQ~~|1800
~~(OQ~~
~~GO~~|6.3
~~(OQ~~
~~GO~~|2268
~~(OQ~~
~~OG~~|12
~~(OQ~~
~~OG~~|18
~~(OQ~~
~~OG~~|5200
~~(OQ~~|
|**10 Volt**
~~nD~~
~~GO~~
~~OG~~
~~|~~
~~GO~~
~~GO~~
~~a~~||||||||
|APA0606680M010R
~~nn~~
~~a~~|0606
~~nn~~
~~Gn~~|68
~~nn~~
~~GO~~
~~GOR~~|10
~~nn~~
~~GO~~
~~(OO~~|300
~~nn~~
~~GO~~
~~(OO~~|12
~~nn~~
~~GO~~
~~(OO~~|30
~~nn~~
~~GO~~
~~(OO~~|2400
~~nn~~|
|APA0606101M010R
~~a~~|0606
~~Gn~~|100
~~GO~~
~~GOR~~|10
~~GO~~
~~(OO~~|300
~~GO~~
~~(OO~~
~~GD~~|12
~~GO~~
~~(OO~~
~~GD~~|30
~~GO~~
~~(OO~~
~~GD~~|2400|
|APA0607221M010R
~~GO~~|0607
~~Gn ~~
~~GO~~|220
~~GOR~~
~~GO~~|10
~~(OO~~
~~GO~~|440
~~(OO~~
~~GO~~
~~GD~~|12
~~(OO~~
~~GO~~
~~GD~~|30
~~(OO~~
~~GO~~
~~GD~~|2500
~~GO~~|
|APA0608221M010R
~~GO~~|0608
~~GO~~|220
~~GO~~|10
~~GO~~|440
~~GO~~
~~GD~~
~~GG~~|12
~~GO~~
~~GD~~
~~GG~~|25
~~GO~~
~~GD~~
~~GG~~|2500
~~GO~~|
|APA0609331M010R
~~GO~~
~~RD~~|0609
~~GO~~
|330
~~GO~~
~~GD~~|10
~~GO~~
~~(Of~~|660
~~GO~~
~~GG~~
~~(Of~~|12
~~GO~~
~~GG~~
~~QO~~|30
~~GO~~
~~GG~~
~~QO~~|3150
~~GO~~|
|APA0809561M010R
~~GD~~
~~RD nn~~|0809
~~GD~~
~~nn~~|560
~~GD~~
~~GD~~
~~QO~~|10
~~GD~~
~~(Of~~
~~QO~~|1120
~~GG~~
~~GD~~
~~(Of~~
~~OD~~|12
~~GG~~
~~GD~~
~~QO~~
~~OD~~|25
~~GG~~
~~GD~~
~~QO~~
~~OD~~|3850
~~GD~~|
|APA0812681M010R
~~RD nn~~|0812
~~nn~~|680
~~GD~~
~~QO~~|10
~~(Of~~
~~QO~~|1360
~~(Of~~
~~OD~~|12
~~QO~~
~~OD~~|25
~~QO~~
~~OD~~|4150|
|APA1010821M010R
~~RD nn~~|1010
~~nn~~|820
~~GD~~
~~QO~~|10
~~(Of~~
~~QO~~|1640
~~(Of~~
~~OD~~|12
~~QO~~
~~OD~~|20
~~QO~~
~~OD~~|4250|
|APA1010102M010R|1010|1000|10|2000|12|20|4250|
|APA1012122M010R
~~GO~~|1012
~~GO~~|1200
~~GO~~|10
~~GO~~|2400
~~GO~~|12
~~GO~~|20
~~GO~~|5100
~~GO~~|
All technical data relates to an ambient temperature of +25C. Capacitance and DF are measured at 120Hz, 0.5RMS with DC bias of 2.2 volts. DCL is measured at rated voltage after 5 minutes.
The Important Information/Disclaimer is incorporated in the catalog where these specifications came from or available online at www.kyocera-avx.com/disclaimer/ by reference and should be reviewed in full before placing any order.
28
TDS-ALUM-0005 | Rev 1
– aluminum capacitors –
## **SMD Aluminum Conductive Polymer Electrolytic Capacitors APA Series**
## **RATINGS & PART NUMBER REFERENCE**
|**Part No.**|**Case**
**Size**|**Capacitance**
**(µF)**|**Rated Voltage**
**(V)**|**DCL Max. (µA)**|**DF Max.**
**(%)**|**ESR Max.**
**@ 100kHz**
**(mΩ)**|**100kHz RMS**
**Current (mA)/105°C**|
|---|---|---|---|---|---|---|---|
|**16 Volt**
~~NE~~||||||||
|APA0606101M016R
~~NE~~
~~SS~~|0606
~~NE~~|100
~~NE~~
~~————————~~|16
~~NE~~
~~————————~~|320
~~NE~~
~~————————~~|12
~~NE~~
~~————————~~|30
~~NE~~
~~————————~~|2200
~~NE~~
~~————————~~|
|APA0609221M016R
~~SS~~|0609|220
~~————————~~|16
~~————————~~|704
~~————————~~|12
~~————————~~|30
~~————————~~|3050
~~————————~~|
|APA0809331M016R
~~SS~~
~~SS~~|0809
~~—~~|330
~~————————~~
~~————————————~~|16
~~————————~~
~~————————————~~|1056
~~————————~~
~~————————————~~|12
~~————————~~
~~————————————~~|20
~~————————~~
~~————————————~~|3450
~~————————~~
~~————————————~~|
|APA0812471M016R
~~SS~~
~~SS~~|0812
~~—~~|470
~~————————~~
~~————————————~~|16
~~————————~~
~~————————————~~|1504
~~————————~~
~~————————————~~|12
~~————————~~
~~————————————~~|20
~~————————~~
~~————————————~~|4050
~~————————~~
~~————————————~~|
|APA0812561M016R
~~SS~~
~~SS~~
~~SS~~|0812
~~—~~
|560
~~————————~~
~~————————————~~
|16
~~————————~~
~~————————————~~
|1792
~~————————~~
~~————————————~~
|12
~~————————~~
~~————————————~~
|20
~~————————~~
~~————————————~~
|4150
~~————————~~
~~————————————~~
|
|APA1010681M016R
~~SS~~
~~SS~~|1010
~~—~~
|680
~~————————————~~
|16
~~————————————~~
|2176
~~————————————~~
|12
~~————————————~~
|20
~~————————————~~
|4150
~~————————————~~
|
|APA1012821M016R
~~SS~~
~~SS~~|1012
~~—~~
|820
~~————————————~~
|16
~~————————————~~
|2624
~~————————————~~
|12
~~————————————~~
|20
~~————————————~~
|5100
~~————————————~~
|
|**25 Volt**
~~SSEE~~||||||||
|APA0606470M025R
~~EE~~|0606
~~EE~~|47
~~EE~~|25
~~EE~~|300
~~EE~~|12
~~EE~~|40
~~EE~~|1500
~~EE~~|
|APA0609101M025R
~~EE~~
~~——————————————————————————————~~|0609
~~EE~~
~~——————————————————————————————~~|100
~~EE~~
~~——————————————————————————————~~|25
~~EE~~
~~——————————————————————————————~~|500
~~EE~~
~~——————————————————————————————~~|12
~~EE~~
~~——————————————————————————————~~|35
~~EE~~
~~——————————————————————————————~~|2800
~~EE~~
~~——————————————————————————————~~|
|APA0809181M025R
~~——————————————————————————————~~|0809
~~——————————————————————————————~~|180
~~——————————————————————————————~~|25
~~——————————————————————————————~~|900
~~——————————————————————————————~~|12
~~——————————————————————————————~~|30
~~——————————————————————————————~~|3250
~~——————————————————————————————~~|
|APA0812221M025R
~~——————————————————————————————~~
~~es~~|0812
~~——————————————————————————————~~
~~ee~~|220
~~——————————————————————————————~~
~~ee~~|25
~~——————————————————————————————~~|1100
~~——————————————————————————————~~|12
~~——————————————————————————————~~|30
~~——————————————————————————————~~
~~eee~~|3900
~~——————————————————————————————~~
~~eee~~|
|APA1010331M025R
~~——————————————————————————————~~
~~es~~|1010
~~——————————————————————————————~~
~~ee~~|330
~~——————————————————————————————~~
~~ee~~|25
~~——————————————————————————————~~|1650
~~——————————————————————————————~~|12
~~——————————————————————————————~~|20
~~——————————————————————————————~~
~~eee~~|4100
~~——————————————————————————————~~
~~eee~~|
|APA1012471M025R
~~es~~|1012
~~ee~~|470
~~ee~~|25|2350|12|25
~~eee~~|4500
~~eee~~|
|**35 Volt**
~~es ee~~
~~eee~~
~~SS ———————————~~||||||||
|APA0606220M035R
~~SS~~|0606
~~———————————~~|22
~~———————————~~|35
~~———————————~~|300
~~———————————~~|12
~~———————————~~|70
~~———————————~~|1450
~~———————————~~|
|APA0609680M035R
~~SS~~
~~SS~~|0609
~~———————————~~
~~—————————————~~|68
~~———————————~~
~~—————————————~~|35
~~———————————~~
~~—————————————~~|476
~~———————————~~
~~—————————————~~|12
~~———————————~~
~~—————————————~~|60
~~———————————~~
~~—————————————~~|1500
~~———————————~~
~~—————————————~~|
|APA0809121M035R
~~SS~~
~~SS~~|0809
~~———————————~~
~~—————————————~~|120
~~———————————~~
~~—————————————~~|35
~~———————————~~
~~—————————————~~|840
~~———————————~~
~~—————————————~~|12
~~———————————~~
~~—————————————~~|50
~~———————————~~
~~—————————————~~|1800
~~———————————~~
~~—————————————~~|
|APA0812151M035R
~~SS ~~
~~SS~~
~~SS~~|0812
~~———————————~~
~~—————————————~~
~~—————————~~|150
~~———————————~~
~~—————————————~~
~~—————————~~|35
~~———————————~~
~~—————————————~~
~~—————————~~|1050
~~———————————~~
~~—————————————~~
~~—————————~~|12
~~———————————~~
~~—————————————~~
~~—————————~~|50
~~———————————~~
~~—————————————~~
~~—————————~~|2850
~~———————————~~
~~—————————————~~
~~—————————~~|
|APA1010221M035R
~~SS~~
~~SS~~|1010
~~—————————————~~
~~—————————~~|220
~~—————————————~~
~~—————————~~|35
~~—————————————~~
~~—————————~~|1540
~~—————————————~~
~~—————————~~|12
~~—————————————~~
~~—————————~~|40
~~—————————————~~
~~—————————~~|2950
~~—————————————~~
~~—————————~~|
|APA1012271M035R
~~SS ~~
~~SS~~|1012
~~—————————————~~
~~—————————~~|270
~~—————————————~~
~~—————————~~|35
~~—————————————~~
~~—————————~~|1890
~~—————————————~~
~~—————————~~|12
~~—————————————~~
~~—————————~~|40
~~—————————————~~
~~—————————~~|3200
~~—————————————~~
~~—————————~~|
|**50 Volt**
~~SS —————————~~
~~Ee~~||||||||
|APA0606100M050R
~~Ee~~
~~SS~~|0606
~~Ee~~|10
~~Ee~~
~~————————————~~|50
~~Ee~~
~~————————————~~|300
~~Ee~~
~~————————————~~|12
~~Ee~~
~~————————————~~|60
~~Ee~~
~~————————————~~|1400
~~Ee~~
~~————————————~~|
|APA0609330M050R
~~SS~~|0609|33
~~————————————~~|50
~~————————————~~|330
~~————————————~~|12
~~————————————~~|30
~~————————————~~|1700
~~————————————~~|
|APA0809470M050R
~~SS~~
~~SS~~|0809
~~——~~|47
~~————————————~~
~~——~~|50
~~————————————~~
~~———————e~~|470
~~————————————~~
~~———————e~~|12
~~————————————~~
~~———————e~~|30
~~————————————~~
~~———————e~~|2000
~~————————————~~
~~———————e~~|
|APA0812680M050R
~~SS~~
~~SS~~|0812
~~——~~|68
~~————————————~~
~~——~~|50
~~————————————~~
~~———————e~~|680
~~————————————~~
~~———————e~~|12
~~————————————~~
~~———————e~~|28
~~————————————~~
~~———————e~~|2200
~~————————————~~
~~———————e~~|
|APA0812820M050R
~~SS~~
~~SS~~|0812
~~——~~|82
~~————————————~~
~~——~~|50
~~————————————~~
~~———————e~~|820
~~————————————~~
~~———————e~~|12
~~————————————~~
~~———————e~~|28
~~————————————~~
~~———————e~~|2300
~~————————————~~
~~———————e~~|
|APA1010101M050R
~~SS~~
~~—————————————~~|1010
~~——~~
~~—————————————~~|100
~~——~~
~~—————————————~~|50
~~———————e~~
~~—————————————~~|1000
~~———————e~~
~~—————————————~~|12
~~———————e~~
~~—————————————~~|30
~~———————e~~
~~—————————————~~|2300
~~———————e~~
~~—————————————~~|
|APA1012101M050R
~~SS~~
~~—————————————~~|1012
~~——~~
~~—————————————~~|100
~~——~~
~~—————————————~~|50
~~———————e~~
~~—————————————~~|1000
~~———————e~~
~~—————————————~~|12
~~———————e~~
~~—————————————~~|26
~~———————e~~
~~—————————————~~|2650
~~———————e~~
~~—————————————~~|
|APA1012181M050R
~~—————————————~~|1012
~~—————————————~~|180
~~—————————————~~|50
~~—————————————~~|1800
~~—————————————~~|12
~~—————————————~~|26
~~—————————————~~|2950
~~—————————————~~|
## **FREQUENCY COEFFICIENT OF PERMISSIBLE RIPPLE CURRENT**
**Frequency 120Hz** ≦ **F(Hz) < 1K 1K** ≦ **F(Hz) < 10K 10K** ≦ **F(Hz) < 100K 100K(Hz)** ≦ **F<500K** ~~—————x—z—E=>*s~~ **Coeffiecient** 0.05 0.30 0.70 1.00
The Important Information/Disclaimer is incorporated in the catalog where these specifications came from or available online at www.kyocera-avx.com/disclaimer/ by reference and should be reviewed in full before placing any order.
29
TDS-ALUM-0005 | Rev 1
– aluminum capacitors –
## **SMD Aluminum Conductive Polymer Electrolytic Capacitors APA Series**
## **QUALIFICATION TABLE**
|**Test**|**APA series (Temperature range -55ºC to +105ºC)**|**APA series (Temperature range -55ºC to +105ºC)**|**APA series (Temperature range -55ºC to +105ºC)**|
|---|---|---|---|
||**Condition**|**Characteristics**||
|**Endurance**|The following specifications shall be satisfied when the
capacitors are restored to 20°C after the rated voltage is
applied for 5000 hours at 105°C.|**Visual examination**|no visible damage|
|||**ΔC/C**|≦±20% of the initial limit|
|||**DF**|≦150% of the initial specified limit|
|||**ESR**|≦150% of the initial specified limit|
|||**DCL**|≦Initial specified limit or less|
|**Damp Heat (Steady**
**State)**|The following specifications shall be satisfied when the
capacitors are restored to 20°C after subjection them to store
at 60°C, 90 to 95% RH for 1000 hours, without DC applied.|**Visual examination**|≦no visible damage|
|||**ΔC/C**|≦±20% of the initial limit|
|||**DF**|≦150% of the initial specified limit|
|||**ESR**|≦150% of the initial specified limit|
|||**DCL**|≦Initial specified limit or less|
|**Surge Voltage**|The capacitors shall be subjected to 1000 cycles each
consisting of charge with the surge voltages specified at 105°C
for 30 seconds. Through a protective resistor (R = 1kΩ) and
discharge for 5 minutes 30 seconds.|**Visual examination**|≦no visible damage|
|||**ΔC/C**|≦±20% of the initial limit|
|||**DF**|≦150% of the initial specified limit|
|||**ESR**|≦150% of the initial specified limit|
|||**DCL**|≦Initial specified limit or less|
## **REFLOW**
|**REFLOW**|||
|---|---|---|
|**Peak Temperature**|260°C, 10 + 1 sec.|250°C, 10 + 1 sec.|
|**Preheat Temperature**|150°C to 180°C, 90 ± 3 sec. max.||
|**Duration at 200°C or higher**|60 sec. max.|60 sec. max.|
|**Duration at 220°C or higher**|50 sec. max.|50 sec. max.|
|**Duration at 230°C or higher**|40 sec. max.|40 sec. max.|
|**Reflow Number**|Once|Twice or less|
## **STORAGE**
1. It is recommended to keep capacitors between the ambient temperatures of 5°C to 35°C and a relative humidity of 75% or below.
2. Confirm that the environment does not have any of the following conditions:
- Damp conditions such as water, saltwater spray, or oil spray or fumes. High humidity or humidity condensation situations.
- In an atmosphere filled with toxic gasses (such as hydrogen sulfide, sulfurous acid, nitrous acid, chlorine, ammonia, etc.).
- Being exposed to direct sunlight, ozone, ultraviolet ray, or radiation.
- Being exposed to acidic or alkaline solutions.
- Under severe conditions where vibration and / or mechanical shock exceed the applicable ranges of the specification.
3.
|**Category**|**Description**|**Storage Life**|
|---|---|---|
|Mid-High Voltage|160V and above|2yrs,after 1yr,needs to check characteristics,if NG,needs to do aging|
|Low Voltage|120V and below|2yrs|
Remark: Re-aging condition depends on its own spec.
– aluminum capacitors –
The Important Information/Disclaimer is incorporated in the catalog where these specifications came from or available online at www.kyocera-avx.com/disclaimer/ by reference and should be reviewed in full before placing any order.
30
TDS-ALUM-0005 | Rev 1
## **SMD Aluminum Conductive Polymer Electrolytic Capacitors APA Series**
## **PACKAGE TAPE DIMENSIONS** units (mm)
|**Size Code**
~~a~~|**A±0.20**
~~a~~|**B±0.20**
~~es~~|**W±0.30**
~~es~~|**F±0.10**
~~ee~~|**E±0.10**
~~es~~|**P±0.10**
~~es~~|**t±0.10**|**T±0.20**|
|---|---|---|---|---|---|---|---|---|
|**0606**
~~a~~|7.0
~~a~~|7.0
~~es~~|16.0
~~es~~|7.5
~~ee~~|1.75
~~es~~|12.0
~~es~~|0.4|8.0|
|**0607-0608**
~~a~~|7.0
~~a~~|7.0
~~es~~|16.0
~~es ~~|7.5
~~ee ~~|1.75
~~es~~|12.0
~~es~~|0.4|8.0|
|**0609**|7.0|7.0|16.0|7.5|1.75|12.0|0.4|10.0|
|**0807**|8.7|8.7|24.0|11.5|1.75|16.0|0.4|8.8|
|**0809**|8.7|8.7|24.0|11.5|1.75|16.0|0.4|10.5|
|**0812**
~~a~~|8.7
~~ee~~|8.7
~~ee es~~|24.0
~~es~~|11.5
~~ee~~|1.75
~~es es~~|16.0
~~es es~~|0.4|13.0|
|**1010**
~~a~~|10.7
~~ee~~|10.7
~~ee es~~|24.0
~~es~~|11.5
~~ee~~|1.75
~~es es~~|16.0
~~es es~~|0.4|11.0|
|**1012**
~~a~~
~~a~~|10.7
~~ee~~
~~es~~|10.7
~~ee es~~
~~es~~|24.0
~~es ~~
~~es~~|11.5
~~ee ~~
~~es~~|1.75
~~es es~~
~~es~~|16.0
~~es es~~|0.4|13.0 - 13.5|
## **REEL**
## **POLARITY**
## **DIMENSIONS** units (mm)
|**Size Code**|**W1±1.00**|**W2±1.00**|**Qty./Reel**|
|---|---|---|---|
|**0606-0608**|18.0|22.0|1000|
|**0609**|18.0|22.0|800|
|**0807-0809**|26.0|31.0|500|
|**1010**|26.0|31.0|500|
|**0812-1012**|26.0|31.0|400|
– aluminum capacitors –
The Important Information/Disclaimer is incorporated in the catalog where these specifications came from or available online at www.kyocera-avx.com/disclaimer/ by reference and should be reviewed in full before placing any order.
31
TDS-ALUM-0005 | Rev 1
## Links
- [View this product on Novapart](https://novapart.co/products/APA1010102M010R/polymer-aluminium-electrolytic-capacitor-1000-f-10)
- [Request a quote for this part](https://novapart.co/quote/)
- [Supplier page](https://es.farnell.com/kyocera-avx/apa1010102m010r/cap-1000uf-10v-alu-elec-smd-polymer/dp/4080065)
---
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