TE Connectivity 0.5mm Pitch 200, 260 Way, Right Angle Board Mount Mount Small Outline DIMM Socket ,1.2 V ,500mA

The TE Connectivity small outline (SO) DIMM socket is designed for high-performance memory applications, ensuring reliable connectivity in compact spaces. With a stack height of just 5.2 mm, this connector accommodates a right-angle module orientation, making it ideal for slim devices where space is at a premium. Its capability to support both 200 and 260 positions allows for flexibility in various DDR4 memory configurations. Engineered to meet stringent quality standards, this socket connection integrates seamlessly into printed circuit boards (PCBs), bolstering stability and performance. Perfectly suited for modern computing needs, this versatile solution is an essential component for efficient data transfer in cutting-edge technology.

The TE Connectivity small outline (SO) DIMM socket is designed for high-performance memory applications, ensuring reliable connectivity in compact spaces. With a stack height of just 5.2 mm, this connector accommodates a right-angle module orientation, making it ideal for slim devices where space is at a premium. Its capability to support both 200 and 260 positions allows for flexibility in various DDR4 memory configurations. Engineered to meet stringent quality standards, this socket connection integrates seamlessly into printed circuit boards (PCBs), bolstering stability and performance. Perfectly suited for modern computing needs, this versatile solution is an essential component for efficient data transfer in cutting-edge technology.

Designed for easy surface mount terminationEnhanced reliability with copper alloy contact base materialHigh-temperature thermoplastic housing for durability in adverse conditionsRetention posts positioned at both ends for secure placementLocking ejectors ensure stable module engagement

Designed for easy surface mount terminationEnhanced reliability with copper alloy contact base materialHigh-temperature thermoplastic housing for durability in adverse conditionsRetention posts positioned at both ends for secure placementLocking ejectors ensure stable module engagement