Datasheet4U Logo Datasheet4U.com

CMAD6263 - HIGH VOLTAGE SILICON SCHOTTKY DIODE

Description

The CENTRAL SEMICONDUCTOR CMAD6263 is a high voltage Schottky Diode designed for applications where very small size and operational efficiency are prime requirements.

DC / DC Converters Voltage Clamping Protection Circuits

Features

  • Current (IF=15mA).
  • Low Forward Voltage Drop (VF=0.395V TYP @ 1.0mA).
  • Low Reverse Current (98nA TYP @ 50V).
  • Extremely Fast Switching (5ns Max).
  • Miniture, 0.8 x 0.6 x 0.4mm, ultra low height profile FEMTOmini TM Surface Mount Package.

📥 Download Datasheet

📁 Similar Datasheet

Part Number Description Manufacturer
CMA-162LN Monolithic Amplifier Mini-Circuits
CMA-18-8007 Amplifier TELEDYNE MICROWAVE
CMA-252LN Monolithic Amplifier Mini-Circuits
CMA-26-1806 Amplifier Teledyne Technologies Incorporated
CMA-4-2004 Amplifier Teledyne Technologies Incorporated

Other Datasheets by Central Semiconductor

Part Number Description
CMAD6001 ULTRA LOW LEAKAGE SILICON SWITCHING DIODE
CMAD4448 ULTRA HIGH SPEED SILICON SWITCHING DIODE
CMASH-4 SURFACE MOUNT SILICON SCHOTTKY DIODES
CMATVS3V3 SURFACE MOUNT SILICON TRANSIENT VOLTAGE SUPPRESSORS
CMATVS5V0 SURFACE MOUNT SILICON TRANSIENT VOLTAGE SUPPRESSORS

Full PDF Text Transcription

Click to expand full text
CMAD6263 SURFACE MOUNT HIGH VOLTAGE SILICON SCHOTTKY DIODE w w w. c e n t r a l s e m i . c o m DESCRIPTION: The CENTRAL SEMICONDUCTOR CMAD6263 is a high voltage Schottky Diode designed for applications where very small size and operational efficiency are prime requirements. MARKING CODE: J SOD-923 CASE APPLICATIONS: • DC / DC Converters • Voltage Clamping • Protection Circuits • Battery powered applications including Cell Phones, Digital Cameras, Pagers, PDAs, Laptop,Computers, etc. FEATURES: • Current (IF=15mA) • Low Forward Voltage Drop (VF=0.395V TYP @ 1.0mA) • Low Reverse Current (98nA TYP @ 50V) • Extremely Fast Switching (5ns Max) • Miniture, 0.8 x 0.6 x 0.4mm, ultra low height profile FEMTOmini TM Surface Mount Package.
Published: |