JST SMxxB-PASS 2.00mm Pitch Wire-to-Board Connector with Lock – Alternative to RHTAYX200

Series P/N:RHTAYX200

RHT provides a wide selection of Wire to Board Connectors and Wire to Wire Connectors, helping engineers develop reliable and efficient wire connection solutions.

With various pitches, wire sizes, pin configurations, mounting options, and specifications, our connectors can meet different design requirements and application challenges.

As a connector solutions partner, RHT’s engineering team works closely with design teams to understand technical requirements, discuss development needs, and provide suitable solutions from sample evaluation and prototype validation to project development and mass production.

2D(PDF)Drawing

3D(IGS / STP)Drawing

Product parameter:

JST SMxxB-PASS 2.00mm Pitch Wire-to-Board Connector with Lock – Alternative to RHTAYX200

Features

-Locking Feature: Equipped with a locking mechanism that ensures a secure and stable connection between the connector and the mating header or receptacle. This feature prevents accidental disconnections due to vibrations or movements, enhancing reliability.

-Electrical Performance: Capable of handling moderate currents depending on the specific model and configuration, ensuring safe operation under typical electronic loads.

-Materials: Contacts are typically made from phosphor bronze with tin or gold plating. This choice of materials provides good conductivity, durability, and resistance to corrosion, ensuring long-term reliability.

-Keying: Designed with polarization features such as keying tabs or slots to prevent incorrect insertion and ensure proper orientation of the connector. This helps prevent damage to the connector and the circuit.

Applications

1.Automotive Electronics

2.Industrial Equipment

3.Telecommunication Equipment

4.Medical Devices

Specifications

2.00mm With Lock Wire To Board Connectors

Electrical Specification:

Contact rating:3A AC,DC

Voltage rating:250V AC,DC

Contact Resistance:10mΩ Max.

Insulation Resistance:1000MΩ Min.