KULICKE AND SOFFA N8001-4020-000-02 Bonder Board Card
The KULICKE AND SOFFA N8001-4020-000-02 Bonder Board Card is a component designed for use in Kulicke and Soffa bonding machines. This card facilitates communication and control within the bonder, ensuring precise and reliable operation during semiconductor assembly processes. It is essential for maintaining the functionality and performance of the bonding equipment.
- Model
- Kulicke and Soffa N8001-4020-000-02
- Calibration
- Available on request
- Price
- $330
- Status
- In stock
- RFQ ref
- N8001-4020-000-02
This unit
The KULICKE AND SOFFA N8001-4020-000-02 is a Bonder Board Card (SOL. DRVR Module) engineered for Kulicke & Soffa wire bonding equipment. This control board facilitates communication and signal routing within K&S bonding machines, enabling precise semiconductor assembly operations.
The card maintains system functionality across demanding production environments and is integral to the K&S ball bonder platform that supports reduced pad pitch and enhanced wire bonding productivity.
Technical Specifications
- Manufacturer: Kulicke & Soffa Industries Inc.
- Model Number: N8001-4020-000-02
- Part Number (MPN): N08001-4020-000-02
- Component Type: Bonder Board Card, SOL. DRVR Module
- Weight: 0.2 kg
- Condition: Used, operational - cosmetic wear consistent with field service
Key Features
- Designed specifically for the K&S 8028 bonding machine platform
- Handles inter-board communication and control signal distribution
- Supports wire bonding operations with consistent electrical performance
- Enables precise positioning and process control during IC assembly
Typical Applications
- Semiconductor interconnect automation in high-volume production
- Wire bonding control and signal management
- Pad pitch reduction and yield optimization in IC manufacturing
Compatibility & Integration This board integrates with the K&S 8028 bonding system and is part of the broader Kulicke & Soffa semiconductor assembly equipment line. It is a critical functional element within the machine's control architecture, supporting reliable operation across production cycles.