Introdução
MOSFETs are fundamental semiconductor devices in electronic manufacturing, serving as switching elements and power control components across many PCB applications. They can be found in battery management circuits, power conversion sections, charging equipment, motor control boards, electronic load circuits, and protection systems. Because MOSFETs can have different package forms, some devices are supplied in protective tubes rather than conventional reel packaging. The Automatic SMT Tube Feeder addresses this packaging requirement by transferring tube stored MOSFETs individually toward the pickup area, providing the placement machine with an organized source of semiconductor components.
The core function of the Automatic SMT Tube Feeder is controlled component presentation. MOSFETs remain arranged within the tube while the feeding mechanism advances them progressively toward the pickup position. Once the placement head collects the exposed device, the feeder moves the following MOSFET into position. This sequential movement establishes a stable relationship between component consumption and component delivery. It also reduces the need for operators to touch, extract, and position individual MOSFETs during assembly. Through this feeding process, tube packaged semiconductor devices can enter automated placement in a controlled and repeatable manner.
The Automatic SMT Tube Feeder can also accommodate the component supply requirements of PCB assemblies using different MOSFET types. A designated feeder position can correspond to a specific MOSFET part number and its programmed placement location. This arrangement allows the placement machine to retrieve the correct semiconductor device according to the assembly sequence. The feeder therefore contributes more than simple component transportation; it provides an organized interface between MOSFET packaging and automated placement. Through sequential feeding, controlled positioning, and reduced manual intervention, the Automatic SMT Tube Feeder supports efficient handling of MOSFETs within automated electronic assembly processes.
Automatic Tube Feeder
Reliable MOSFET Component Presentation with Automatic SMT Tube Feeder System
O Automatic SMT Tube Feeder offers a specialized approach to feeding MOSFETs that are stored and transported in rigid tubes. Its primary function is to convert the linear arrangement inside the tube into an accessible sequence of individual components for automated placement. The feeding mechanism advances the MOSFETs toward a designated pickup area, allowing the placement head to collect them one after another. This controlled presentation keeps the component path organized and provides a suitable feeding interface for semiconductor devices that are not supplied through conventional reel based packaging.
MOSFETs require defined placement locations because they form functional parts of switching and power management circuits. They may be installed in battery switching networks, motor control stages, voltage conversion circuits, load control sections, and electronic protection arrangements. In these applications, the Automatic SMT Tube Feeder supplies the MOSFETs directly to the placement process according to the required component sequence. The feeder does not alter the electrical characteristics of the MOSFET; instead, it concentrates on the mechanical delivery of each device, ensuring that tube packaged components are available at the pickup position for automated PCB assembly.
A further advantage of the Automatic SMT Tube Feeder is its controlled component progression. Each MOSFET remains supported within the feeding channel until it reaches the pickup area, while the next device follows after the previous component has been collected. This sequential movement helps maintain a defined relationship between the tube contents and the placement operation. It also reduces manual handling of individual semiconductor packages and keeps the feeding process organized. For PCB assemblies using tube packaged MOSFETs, the Automatic SMT Tube Feeder provides a dedicated solution for component presentation, sequential delivery, and automated placement support.
Especificações
| Modelo | YN-T2112 (Faixa Única) | YN-T2112H (Trilha única com corte) | YN-T2109 (dupla faixa) |
| Dimensões (C × L × A) | 1.500 × 76 × 1.140 mm | 1.500 × 76 × 1.140 mm | 1.500 × 90 × 1.140 mm |
| Peso | 35KG | 95 kg | 40 kg |
| Operating Voltage | 220 V CA | ||
| Abastecimento de ar necessário | 0,5–0,7 MPa | ||
| Corrente máxima | 2A | ||
| Feed Speed | <2 s/unidade | ||
| Painel de operação | Tela OLED de 1,54 polegadas | ||
| Tempo de troca de canal | <6s | ||
| Canal | Canal único （Opcional: canal único/duplo） |
Canal único （Opcional: canal único/duplo） |
Dois canais （Opcional: canal único/duplo） |
| Função de dobra de chumbo | Opcional（Padrão: Nenhum） | ||
| Função de modelagem | Opcional（Padrão: Nenhum） | ||
| Função pré-elevação | Opcional（Padrão: Nenhum） | ||
| Função de corte | Opcional（Padrão: Nenhum） | Sim | Opcional（Padrão: Nenhum） |
| Comprimento de corte | Opcional（Padrão: Nenhum） | Personalizável de acordo com os requisitos de material | Opcional（Padrão: Nenhum） |
| Intervalo de corte | Opcional（Padrão: Nenhum） | ±1 mm（Ajustável） | Opcional（Padrão: Nenhum） |
| Comprimento do tubo aplicável | 400–600 mm | 400–600 mm | 400–600 mm |
| Altura do tubo aplicável | 10 mm–45 mm | 10 mm–45 mm | 10 mm–45 mm |
| Largura do tubo compatível | 10 mm–40 mm | 10 mm–40 mm | 10 mm–28 mm |
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