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  • CBB22.png

Polypropylene (CBB) 22 capacitor

Classification:

  • Commodity ID: Polypropylene (CBB) 22
  • Voltage (DC): 100/160/200/250/400VDC
  • Capacity (uF): 0.0010μF~3.3μF
  • Diameter (mm): 4mm~15.5mm
  • Width (mm): 9.8mm~34mm
  • Height (mm): 7.7mm~23mm
  • Foot distance (mm): 7.5mm~30mm
  • Maximum temperature (° C): 105℃
  • Minimum temperature (° C): -40℃

Main features: Metalized polypropylene film, housed in a case. The capacitor operates over a temperature range of -40°C to 120°C, with low high-frequency losses and excellent performance for general filtering applications. Key characteristics: - Metalized polypropylene film - Low high-frequency loss - Minimal internal temperature rise - Flame-retardant epoxy powder encapsulation (UL94 V-0) Primary applications: - Widely used in high-frequency, DC, AC, and pulse circuits where compact size and superior performance are required. - Specifically designed for S-correction circuits in color TVs and large-screen displays. - Suitable for various high-frequency, high-current applications. Product application: - Extensively employed in high-frequency, DC, AC, and pulse circuits, including high-voltage, high-current pulse circuits and AC loads. - Examples include electronic rectifiers, E-HID systems, televisions, household appliances, monitors, and more.

Key words:


Product Description

Key Features: Metalized polypropylene film, boxed
The capacitor is rated for temperatures from -40°C to 120°C, with low high-frequency losses.
Low insertion loss, standard filtering.
Features
Metallized polypropylene film
Low high-frequency loss
Low internal temperature rise
Flame-retardant epoxy powder coating (UL94 V-0)
Main uses
Widely used in high-frequency, DC, AC, and pulse circuits, it is suitable for applications requiring compact size and excellent performance. The S‑correction circuit is specifically designed for large-screen displays and color televisions, making it ideal for a variety of high-frequency, high-current applications.
Product application: Widely used in high-frequency, DC, AC, and pulse circuits, as well as in high-voltage, high-current pulse circuits and AC loads. Examples include electronic rectifiers, E‑HID lamps, televisions, electrical appliances, monitors, and more.

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