Panasonic Electronic Components Condensateurs tantale-polymère solides POSCAP
Les condensateurs tantale-polymère solides Panasonic POSCAP offrent une capacité stable à des fréquences et des températures élevées, en plus de leur faible ESR/ESL. Disponibles en plusieurs séries qui incluent des condensateurs électrolytes solides sur puce (TPE, TQC, TPF, TPSF, TPB, TPC, TPG et TPU), la gamme de condensateurs tantale-polymère POSCAP de Panasonic utilise une anode en tantale fritté et une cathode en polymère exclusif à haute conductivité. Cette construction et ce traitement innovants permettent d'atteindre la plus basse valeur d'ESR de la technologie tantale-polymère et affichent d'excellentes performances dans les applications à haute fréquence. Les condensateurs POSCAP offrent également une grande fiabilité et une résistance thermique élevée, un haut rendement volumétrique pour leur capacité et une disponibilité en diverses dimensions compactes pour un encombrement réduit sur le PCB. Cette série est idéale pour les appareils numériques à haute fréquence et bien plus encore.Caractéristiques
- Stable capacitance at high frequency and temperature
- High volumetric efficiency for capacitance
- Low ESR/ESL
- High reliability
- High heat resistance
- Available in compact sizes for small PCB footprint
Applications
- Digital
- High frequency devices
Structure
Application Examples
Voltage vs Capacitance
Produits par catégorie
- TA Series - High reliability for power supply circuits in entertainment equipment for vehicles. Disclaimer: This product is not intended for use in any driving application or any other critical functions that affect passenger safety (powertrain, ABS, engine ECU, airbag, etc.). Datasheet
- TC Series - Wide temperature range of -55°C to +125°C, capacitance range of 100µF to 1000µF, voltage range of 2.5VDC to 10VDC, and an ESR range of 5mΩ to 25mΩ. Datasheet
- TDC Series - Ideal for environments requiring extreme high temperatures and high endurance of up to 1000 hours, offers a 16V to 25V rated voltage range. Datasheet
- TH Series - High thermal resistance and designed for industrial equipment, capacitance range of 68µF to 680µF and a voltage range of 2.5VDC to 35VDC. Datasheet
- TPB Series - Capacitance range of 33µF to 470µF, voltage range of 4VDC to 10VDC, and an ESR range of 35mΩ to 70mΩ. Datasheet
- TPC Series - Surface-mount design and a low-profile derivation of the TPB series, capacitance range of 10µF to 330µF, voltage range of 6.3VDC to 12.5VDC, and an ESR range of 40mΩ to 80mΩ. Datasheet
- TPE Series - Low ESR of 7mΩ to 35mΩ, aids in creating thinner and smaller products, offers a capacitance range of 47µF to 1500µF and a voltage range of 2VDC to 10VDC. Datasheet
- TPF Series - Standard surface-mount design, achieves low ESR and high capacitance, along with a voltage range of 2VDC to 10VDC Datasheet
- TPG Series - Small and low profile with large capacitance, voltage range of 2.5VDC to 12.5VDC, and an ESR range of 30mΩ to 70mΩ, suitable for space-sensitive electronic devices. Datasheet
- TPS Series - Small size with a low profile (3.5mm x 2.8mm x 1.2mm) and a facedown terminal design, capacitance range of 150μF to 330μF and a voltage range of 2.5VDC to 6.3VDC. Datasheet
- TPSF Series - Small package size, high capacitance of 270µF, voltage of 2VDC, and an ESR range of 6mΩ to 9mΩ. Datasheet
- TQC Series - Ideal for high voltage, low ESR, and low-profile applications, most suitable for use as bypass capacitors on a 12V motor driver or on the input side of a DC-DC converter. Datasheet
- TQS Series - High 35VDC voltage and 47µF to 68µF capacitance range, operates over a -55°C to +105°C temperature range. Datasheet
- TV Series - Surface mount with a wide temperature range of -55°C to +125°C, capacitance range of 68µF to 150µ, voltage range of 6.3VDC to 10VDC, and ESR of 25mΩ. Disclaimer: This product is not intended for use in any driving application or any other critical functions that affect passenger safety (powertrain, ABS, engine ECU, airbag, etc.). Datasheet
Publié le: 2013-06-26
| Mis à jour le: 2025-10-02
