Datasheet4U Logo Datasheet4U.com

SA0805 - ACTIVE (DIGITAL) DELAY LINES

Features

  • ! Economical cost, prompt delivery! ! Wide varieties of values ! Choice of 5 or 10 equally spaced taps ! TTL and DTL compatible ! Operating temperature: 0°C to 70°C ! Excellent for.

📥 Download Datasheet

Datasheet preview – SA0805

Datasheet Details

Part number SA0805
Manufacturer RCD
File Size 115.88 KB
Description ACTIVE (DIGITAL) DELAY LINES
Datasheet download datasheet SA0805 Datasheet
Additional preview pages of the SA0805 datasheet.

📁 Similar Datasheet

  • SA08 - PULSE WIDTH MODULATION AMPLIFIERS (Apex Microtechnology)
  • SA08-11SRWA - Single Digit Numeric Display (Kingbright)
  • SA08-11SURKWA - Single Digit Numeric Display (Kingbright)
  • SA08-21SURKWA - Single Digit Numeric Display (Kingbright)
  • SA00DK1-K02 - Display Module (INNOLUX)
  • SA01 - Pulse Width Modulation Amplifier (APEX)
  • SA01 - THYRISTOR ARRAY SA SERIES FOR STROBE FLASHER (Mitsubishi)
  • SA01-6 - Pulse Width Modulation Amplifier (APEX)
  • SA02 - THYRISTOR ARRAY SA SERIES FOR STROBE FLASHER (Mitsubishi)
  • SA03-11EWA - (SA03-11EWA / SA03-12EWA) 7MM (0.3 INCH) SINGLE DIGIT NUMERIC DISPLAYS (Kingbright Corporation)
Other Datasheets by RCD

    Full PDF Text Transcription

    Click to expand full text
    A0805 SERIES 5-TAP 8-PIN DIP SA0805 SERIES 5-TAP 8-PIN SIP A1405 SERIES 5-TAP 8-PIN DIP A1410 SERIES 10-TAP 14-PIN DIP FEATURES ! Economical cost, prompt delivery! ! Wide varieties of values ! Choice of 5 or 10 equally spaced taps ! TTL and DTL compatible ! Operating temperature: 0°C to 70°C ! Excellent for applications requiring high delay stability, fast rise times and no jitter, www.DataSheet4U.com such as memory boards, disk drives, and signal processing ACTIVE (DIGITAL) DELAY LINES RESISTORS "CAPS & COILS "DELAY LINES Wide selection of sizes! RCD’s digital delay lines have been designed to provide precise tap delays with all the necessary drive and pick-off circuitry. All inputs and outputs are schottky-type and require no additional components to achieve specified delays.
    Published: |