Shinkawa

Shinkawa FRP-209A & FRP-206 Wire Bonder Circuit Board Module

Shinkawa FRP-209A & FRP-206 Wire Bonder Circuit Board Module

The Shinkawa FRP-209A and FRP-206 are high-precision circuit board modules engineered by Shinkawa Ltd. for automated semiconductor wire bonding systems (including gold, aluminum, and copper wire bonders). These boards function as critical axis control, transducer driving, and signal processing units required to execute ultra-fast, micron-accurate wire bonding operations.

Product Introduction / Overview

In semiconductor back-end packaging, Shinkawa automatic wire bonders demand extremely fast response times and precise motion control to form reliable interconnections between integrated circuit chips and leadframes. The FRP-209A and FRP-206 modules handle high-frequency control signals, bonding head motor driving, ultrasonic generator interfaces, and position feedback loops.

Primary Function: Precision motion control, ultrasonic transducer interface, and high-speed signal processing for automated wire bonding heads.

Target Equipment: Shinkawa automatic wire bonders (UTC series, UTC-200. UTC-300. and related semiconductor packaging platforms).

Technical Table

Condition Operational Rating
Operating Temperature 10°C to +40°C (50°F to 104°F)
Cleanroom Standard ISO Class 5 to Class 7 (Cleanroom compliant environment)
Relative Humidity 30% to 80% RH (Non-condensing)
Vibration Tolerance Low-vibration mounting required (isolated from external machinery shock)
Atmospheric Environment Dust-free, non-corrosive gas, cleanroom climate-controlled

Environmental Tolerance Conditions

Condition Operational Rating
Operating Temperature 10°C to +40°C (50°F to 104°F)
Cleanroom Standard ISO Class 5 to Class 7 (Cleanroom compliant environment)
Relative Humidity 30% to 80% RH (Non-condensing)
Vibration Tolerance Low-vibration mounting required (isolated from external machinery shock)
Atmospheric Environment Dust-free, non-corrosive gas, cleanroom climate-controlled

Operating Instructions

ESD Safety Protocol: Wire bonder boards carry sensitive high-frequency ICs. Always wear a grounded ESD wrist strap and ESD clothing before opening the bonder cabinet.

Installation: Ensure the wire bonder main power supply is completely powered down. Align the FRP-209A or FRP-206 board with the card cage guide rails and insert until fully seated into the backplane connector.

Cable Interfacing: Connect front-panel harness cables securely to the transducer, encoder, or driver connectors, locking any thumb-screws or clips.

Calibration & Zeroing: After replacing an FRP-209A or FRP-206 board, perform software-guided axis zeroing, bond head force calibration, and ultrasonic output tuning before starting production runs.

Fault Diagnosis

Symptom / Fault Code Potential Cause Recommended Action
Axis Motion Fault / Deviation Bad encoder feedback loop on FRP-209A/FRP-206 or loose front connector Inspect ribbon cables and harness connectors; re-seat board into backplane.
Ultrasonic Power Anomaly Drive circuit component degradation or improper calibration Run self-diagnostic software in the bonder system; verify output waveforms at test points.
Module Not Detected Poor edge-connector contact or power rail supply failure Power down machine, clean edge connectors with electronic cleaner, and re-insert board.
Overheating / Thermal Fault Card cage cooling fan failure or dust accumulation on heat sinks Check card cage ventilation fans; clean board heatsinks with dry compressed air.

Related Models of the Same Series

Shinkawa FRP-201 Motion Driver Board

Shinkawa FRP-206 Wire Bonder Interface Module

Shinkawa FRP-209A Advanced Wire Bonder Control Module

Shinkawa FRP-249 (P-25-1A / P-25-1B)

Shinkawa FRP-282 (P-24-35A / P-24-35B)

Shinkawa FRP-338 (P-26-54A / P-26-54B)

Storage Conditions

Storage Temperature: -10°C to +60°C (14°F to 140°F)

Storage Humidity: 20% to 85% RH (Non-condensing)

Packaging: Anti-static ESD shielding bag with moisture barrier and desiccant pack.

Environment: Dry, clean, dust-free warehouse away from strong magnetic fields and direct sunlight.

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