导电性高分子固态铝电解电容器（混合型）
- 特征
- 系列列表/系统图
- 设计支持
- 文件
- 用例
- FAQ
导电性高分子固态铝电解电容器（混合型）「PZ-CAP」采用导电性聚合物作为阴极材料替换非固态铝电解电容电解液，且使用公司独自开发的机能性液体混合而成，属高可靠性新一代电容产品。在高频领域具有优秀的耐高纹波电流、低ESR（串联等效电阻）特性。且具备温度变化而特性几乎不变的特点，非常适合车载模块的小型且低成本设计。此外，工业产品、通信电源等领域也能广范使用。
混合型固态电容特点：
特长① 稳定的温度特性（低温低ESR特性）
特长② 高可靠性（高纹波、长寿命特性）
可考虑的方案① 模块的小型低成本化
可考虑的方案② 替换陶瓷电容
系列列表
PZ-CAP
| Type | Series | Details | 搜索 | 特征 | General purpose | Miniaturized | High Temp | High Ripple | Long life | Low Z Low ESR | AEC-Q200 | Rated voltage(Vdc) | Capacitance(μF) | Category Temperature Range | Series |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Chip Type | CEV |
|
|
105℃ 10,000hours |
◯ | ◯ | 25～63 | 33～330 | -55～+105 | CEV | |||||
| PEV |
|
|
105℃ 10,000hours |
◯ | ◯ | 25～80 | 22～330 | -55～+105 | PEV | ||||||
| CFV |
|
|
125℃ 4,000hours |
◯ | ◯ | ◯ | 25～63 | 33～330 | -55～+125 | CFV | |||||
| PFV |
|
|
125℃ 4,000hours |
◯ | ◯ | ◯ | ◯ | 25～80 | 22～330 | -55～+125 | PFV | ||||
| PJV |
|
|
125℃ 4,000hours, |
◯ | ◯ | ◯ | ◯ | ◯ | 25～63 | 47～820 | -55～+125 | PJV | |||
| new PKV |
|
|
125℃ 4,000hours |
◯ | ◯ | ◯ | ◯ | ◯ | 25～35 | 220～560 | -55～+125 | new PKV | |||
| PHV |
|
|
135℃ 4,000hours |
◯ | ◯ | ◯ | 25～63 | 33～560 | -55～+135 | PHV | |||||
| PSV |
|
|
135℃ 3,000hours, |
◯ | ◯ | ◯ | ◯ | ◯ | 25～63 | 33～330 | -55～+135 | PSV | |||
| PLV |
|
|
150℃ 1,000hours |
◯ | ◯ | 25～63 | 33～270 | -55～+150 | PLV | ||||||
| Radial Lead Type | CZE |
|
|
105℃ 10,000hours |
◯ | ◯ | 25～63 | 33～330 | -55～+105 | CZE | |||||
| PZE |
|
|
105℃ 10,000hours |
◯ | ◯ | 25～80 | 22～330 | -55～+105 | PZE | ||||||
| CZF |
|
|
125℃ 4,000hours |
◯ | ◯ | ◯ | 25～63 | 33～330 | -55～+125 | CZF | |||||
| PZF |
|
|
125℃ 4,000hours |
◯ | ◯ | ◯ | ◯ | 25～80 | 22～330 | -55～+125 | PZF | ||||
| PZJ |
|
|
125℃ 4,000hours, |
◯ | ◯ | ◯ | ◯ | ◯ | 25～63 | 47～820 | -55～+125 | PZJ | |||
| new PZK |
|
|
125℃ 4,000hours |
◯ | ◯ | ◯ | ◯ | ◯ | 25～35 | 220～560 | -55～+125 | new PZK | |||
| PZH |
|
|
135℃ 4,000hours |
◯ | ◯ | ◯ | 25～63 | 33～820 | -55～+135 | PZH | |||||
| PZS |
|
|
135℃ 3,000hours, |
◯ | ◯ | ◯ | ◯ | ◯ | 25～63 | 33～330 | -55～+135 | PZS | |||
| PZL |
|
|
150℃ 1,000hours |
◯ | ◯ | 25～63 | 33～270 | -55～+150 | PZL |
系统图
学术笔记
导电性高分子固态铝电解电容器（混合型） 学术笔记(1 MB)
目录
产品规格
1.命名法 2.包装数量 3.编带规格 4.实施条件(180 KB)
5.抗振结构 (172 KB)
使用注意事项
导电性高分子固态铝电解电容器（混合型） 使用注意事项 (555 KB)
环境信息
FAQ
Which is the failure mode of PZ-CAP?
It is open mode.
However if excessive voltage, excessive ripple current or reverse voltage is applied to the capacitor, the capacitor may short-circuit. It is the same as for non-solid electrolytic capacitor.
Is voltage derating necessary?
It is no need of voltage derating for PZ-CAP.
You can apply up to the rated voltage within the specified condition.
How long is the life of PZ-CAP?
The life of PZ-CAP depends on operating temperature and heating with ripple current.
Some item is different from the electrolyte type of life estimation.
Please consult us for the detail.
