Datasheet4U Logo Datasheet4U.com

M75310 - PHOTOELECTRIC SMOKE DETECTOR

Description

The M75310 is a very low-power IC providing all of the required

Features

  • for a photoelectric type smoke detector. This device can be used in conjunction with an infrared photoelectric chamber to sense scattered light from smoke particles. A variable-gain photo amplifier can be directly interfaced to an infrared emitter / detector pair. The amplifier gain levels are Determined by two external capacitors that are then internally selected depending on the operating mode. Low gain is selected during standby and timer modes. During a local alarm this low gain is increased.

📥 Download Datasheet

Datasheet preview – M75310

Datasheet Details

Part number M75310
Manufacturer MOSDESIGN
File Size 114.92 KB
Description PHOTOELECTRIC SMOKE DETECTOR
Datasheet download datasheet M75310 Datasheet
Additional preview pages of the M75310 datasheet.

📁 Similar Datasheet

  • M750 - Counter (SGS)
  • M750B1 - Counter (SGS)
  • M750D1 - Counter (SGS)
  • M751 - Touch Tong Generator (SGS)
  • M75176P - RS-485 TRANSCEIVER (Mitsubishi)
  • M75177P - RS-485 TRANSCEIVER (Mitsubishi)
  • M75178P - RS-485 TRANSCEIVER (Mitsubishi)
  • M75179P - RS-485 TRANSCEIVER (Mitsubishi)
  • M751B1 - Touch Tong Generator (SGS)
  • M751D1 - Touch Tong Generator (SGS)
Other Datasheets by MOSDESIGN
  • M75010 - PHOTOELECTRIC SMOKE DETECTOR
  • M75012 - PHOTOELECTRIC SMOKE DETECTOR
  • M75210 - COST-EFFECTIVE PHOTOELECTRIC SMOKE DETECTOR

Full PDF Text Transcription

Click to expand full text
MOSDESIGN SEMICONDUCTOR CORP. PHOTOELECTRIC SMOKE DETECTOR WITH INTERCONNECT SMOKE DETECTOR M75310 GENERAL DESCRIPTION The M75310 is a very low-power IC providing all of the required features for a photoelectric type smoke detector. This device can be used in conjunction with an infrared photoelectric chamber to sense scattered light from smoke particles. A variable-gain photo amplifier can be directly interfaced to an infrared emitter / detector pair. The amplifier gain levels are Determined by two external capacitors that are then internally selected depending on the operating mode. Low gain is selected during standby and timer modes. During a local alarm this low gain is increased (internally) by ~ 10% to reduce false triggering.
Published: |