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TSOP382.., TSOP384.. IR Receiver Modules for Remote Control Systems

技术特性

• Very low supply current
• Photo detector and preamplifier in one package
• Internal filter for PCM frequency

Datasheet

• TSOP382.., TSOP384..

3D Models (*.zip)

• 3D Models - Minicast CE
• 3D Models - Minicast SS

Application Notes

• Application Note - Using Vishay Infrared Receivers in a Wi-Fi Environment

General Information

• Application Overview - Application Overview
• Circuit Description - Circuit Description of the IR Receiver Modules
• Disturbance Sources - Disturbance Sources
• General Overview - General Overview of IR Transmission in Free Ambient
• Introduction - Introduction

Instructions

• Assembly Instructions - Assembly Instructions
• Data Formats - Data Formats for IR Remote Control

Markings

• Markings - Marking on IR Receiver Modules

Mechanical Options

• CA1 - Side View Holder: D=8.5, H=9.1, W=6, X=6
• CB1 - Top View Holder: D = 10.1, H = 9.4, W = 6.5, X = 8.0
• CC1 - Top View Holder: D=10.5, H=16, W=7.3, X=16
• CE1 - Side View Holder: D = 8.5 mm, H = 9.1 mm, W = 6 mm, X = 6 mm
• CZ1 - Top View Holder: D=10.1, H=9.4, W=6.5, X=9.4
• DB1 - Cut Leads: H=9.95, W=5, X= 7.25
• DD1 - Cut Leads: H=11.05, W=5, X=8.35
• Definition of Mechanical Option Dimensions - Definition of Mechanical Option Dimensions
• DH1 - Bend Leads: H=5, W=5, X=8.3, D=11
• DJ1 - Bent Leads: H = 4, W = 5, X = 9.2, D = 12
• ES1 - Side View Holder: D=8.25, H=19.6, W=7.2, X=16
• PA1 - Side View Holder: D=8.5, H=14.1, W=6, X=11
• PC1 - Side View Holder: D=9.3, H=12.7, W=7.3, X=9.6
• SB1 - Bent Leads: D=9.65, W=5, X=6.95, H=20.8
• SJ1 - Bent Leads: D=10.1, H=19.25, W=5, X=7.4
• SO1 - Bent Leads: D=10.1, H=9.6, W=5, X=7.4
• ST1 - Bent Leads: D = 9.65, W = 5, X = 6.95, H = 5
• SU1 - Bent Leads: D=9.65, H=3, W=5, X=6.95
• V - Low Voltage Option

Ordering Info

• General Information - General Information
• Minicast IR Receiver Packaging Options - IR Receiver Modules for Remote Control Systems

Product Literature

• Tradeshow Brochure - IR Receivers with highest sensitivity, longest transmission distance, best overall noise suppression, and lowest power consumption

Quality Info

• Quality Information - Quality Information

Reference Data

• Conventions Used - Conventions Used in Presenting Technical Data
• Mechanical Design Notes - Mechanical Design Notes