16 V,33μF Conductive Polymer Aluminum Electrolytic Capacitors (Terminal electrode structure) -ASAB | APAQ Polymer Capacitor Manufacturer
APAQ 16V 33μF ESR 90 Conductive Polymer Aluminum Electrolytic Capacitors (Terminal Electrode Structure) combine key advantages such as low ESL, a miniaturized B-size footprint, and high capacitance, enabling high-efficiency power delivery in space-constrained designs.
Designed for computer equipment, power supply systems, and energy-related applications, these capacitors are especially ideal for compact power circuits requiring high reliability, stable performance, and efficient power transmission. Choose APAQ for polymer capacitor manufacturing, low ESR performance, quality control and reliable Taiwan supply.
16 V,33μF Conductive Polymer Aluminum Electrolytic Capacitors (Terminal electrode structure) -ASAB
ASAB160S330E90_SMLC
Conductive Polymer Aluminum Electrolytic Capacitors (Terminal electrode structure) feature Low ESL、a miniaturized (B size) and high-capacitance , ensuring reduced energy consumption during high-efficiency operation.
APAQ 16V 33μF ESR 90 Conductive Polymer Aluminum Electrolytic Capacitors (Terminal Electrode Structure) combine key advantages such as low ESL, a miniaturized B-size footprint, and high capacitance, enabling high-efficiency power delivery in space-constrained designs.
Designed for computer equipment, power supply systems, and energy-related applications, these capacitors are especially ideal for compact power circuits requiring high reliability, stable performance, and efficient power transmission.
| Part No. | ASAB160S330E90(Engineering!) | Capacitance Tolerance | ±20% |
| Type | SMLC | ESR(mΩmax) | 90 |
| Application | Standard | RC-1(mA) | 2,000@105C |
| AEC-Q200 | N | RC-2(mA) | - |
| Temp(℃) | -40 to 105 ℃ | LC(μA) | 158.4 |
| Endurance(h) | 2000 | DF(δ) | 0.1 |
| Vdc(V) | 16 | L(D)/W/H(mm) | 3.5*2.8*1.9(+/-0.1) |
| Cap.(µF) | 33 |
Conductive Polymer Aluminum Electrolytic Capacitors (Terminal electrode structure) feature Low ESL、a miniaturized (B size) and high-capacitance , ensuring reduced energy consumption during high-efficiency operation.They are designed for computer equipment, power supply, and energy-related applications. They are especially ideal for space-constrained power circuits requiring high reliability and stable performance.
Features
- Low ESL,chip-type miniaturized (B size) design, and a wide operating temperature range make these capacitors ideal for computer equipment, power supply, and energy-related applications, with a rated voltage of 16 Vdc, endurance of 2000 hours at 105°C, and full compliance with RoHS requirements and halogen-free standards.
Specification
- Category Temperature Range: -40 to 105 ℃ Rate voltage: 16 Vdc. Capacitance: 33μF Impendence: 90 mΩ Ripple Current: 2,000@105C Endurance: 105℃, rated voltage applied,2000 hrs. Damp Heat, Steady State: 60℃, 90 to 95%RH, 500 hrs.
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16 V,33μF Conductive Polymer Aluminum Electrolytic Capacitors (Terminal electrode structure) -ASAB | Polymer Capacitor Solution from APAQ
APAQ provides 16 V,33μF Conductive Polymer Aluminum Electrolytic Capacitors (Terminal electrode structure) -ASAB for engineers, component buyers, and electronics manufacturers that need reliable capacitor performance in demanding applications. This product supports practical design priorities such as low ESR, compact size, high temperature resistance, long life, stability, and consistent electrical behavior.
APAQ's manufacturing strengths include high-conductivity polymer material expertise, solid-state capacitor process experience, aluminum electrolytic capacitor know-how, automated production, and quality-focused operations. These capabilities help customers evaluate component fit and sourcing reliability beyond basic specifications.
For global electronics customers, APAQ combines product development, manufacturing scale, and service support to help reduce sourcing risk and improve capacitor selection. Customers can contact APAQ to discuss product requirements, technical questions, and long-term supply planning.