اپتوالکترونیک لوازم جانبی اپتوالکترونیک

Product Attributes

Introduction

T0-5 and TO-100 type sockets feature a fully molded compact construction for faster transistor assembly, with ultra-high-quality, closed-entry, sleeve-type contacts that accept pins of 0.016 (0.41) to 0.020 (0.51) in diameter or 0.010 (0.25) × 0.018 (0.46) rectangular transistor pins. "Mini" halogen lamp sockets accept pins of 0.022 (0.032) to 0.032 (0.81) in diameter, with wrap pins that bend easily for multiple positioning options. The molded barrier insulators of power transistor mounting bases functionally replace up to six conventional insulating materials previously required for power transistor installation, with built-in barriers eliminating the need for sleeving of connections. TO-3 type sockets assemble easily onto PCBs without wiring; stops on the PC terminals provide adequate clearance between the socket and PC board for proper transistor assembly into the socket, and can be securely screwed to a heat sink. The nylon TO-3 housing cover, molded from nylon, installs easily over power transistors for insulation purposes and withstands temperatures of approximately 250°F (107°C).

Features

• TO-5 and TO-100 sockets feature fully molded compact construction
• TO-5 and TO-100 sockets use ultra-high quality, closed-entry, sleeve-type contacts
• "Mini" halogen lamp sockets accept pin diameters from 0.022 (0.032) to 0.032 (0.81)
• "Mini" halogen lamp socket wire-wrap pins bend easily for multiple positioning options
• Power transistor mounting bracket molded barrier insulators functionally replace up to six conventional insulating materials
• Power transistor mounting bracket built-in barriers eliminate the need for sleeving connections
• TO-3 sockets assemble easily onto PCBs
• TO-3 sockets require no wiring
• TO-3 socket PC terminal stops provide adequate spacing between socket and PC board
• TO-3 sockets mount securely to heat sinks
• Nylon TO-3 cover caps install easily on power transistors and provide insulation
• Nylon TO-3 cover caps withstand temperatures up to approximately 250°F (107°C)