Description

This article introduces the Electronic Component Model 3223W-1-100E, which is a type of trimmer potentiometer. The trimmer potentiometer is a three-terminal resistor with a sliding or rotating contact that forms an adjustable voltage divider. The 3223W-1-100E is a surface mount 3 mm square / multiturn cermet / industrial / sealed trimmer potentiometer that is designed for automated placement compatibility and can withstand standard board wash processing. It has a flush adjustment screw and meets the EIA/EIAJ/IPC/VECI SMD standard trimmer footprint. This product is RoHS compliant, and the processing information can be found on RoHS compliant surface mount trimmers.

Specifications and features

• Surface Mount 3 mm Square / Multiturn Cermet / Industrial / Sealed
• Sealed to withstand standard board wash processing
• Pick and place centering design for automated placement compatibility
• Flush adjustment screw
• Meets EIA/EIAJ/IPC/VECI SMD standard trimmer footprint
• Top and side adjust
• RoHS compliant* - see processing information on RoHS compliant surface mount trimmers

Application Scenarios

The Electronic Component Model 3223W-1-100E is mainly used in electronic circuits, where the precise adjustment of resistance is required. It can be used in various applications, such as calibration of instrumentation equipment, audio equipment, and electronic circuits.

Comparison

• The 3223W-1-100E is a surface-mount potentiometer that is compatible with automated placement systems, enabling easy integration into manufacturing processes.
• With its sealed design, this potentiometer can withstand standard board wash processing, making it suitable for use in industrial environments.
• The flush adjustment screw allows for easy and precise adjustments to resistance values.
• The electronic component meets the EIA/EIAJ/IPC/VECI SMD standard trimmer footprint.

• Since the article does not provide any alternative models for comparison, it is challenging to determine the disadvantages of this model compared to other models.