AristoTech A26491-A D31705-1 PCB Circuit Board

Board Size (inches):8.5 x 5.5

Material:FR-4

Core Material:Copper Clad Laminate

Resistance:Less than 1 Ohm

Temperature Range (-°C to +°C):-40°C to +125°C

Operating Voltage (V):12VDC

Operating Current (mA):500mA

Mounting Type:Through-hole

PCB Thickness (mil):18

Trace Width (mil):35

Trace Spacing (mil):50

Via Size (mil):20

    The ABC Electronics A26491-A D31705-1 PCB Circuit Board is meticulously crafted with a focus on durability and precision, making it an ideal choice for critical industrial applications. Constructed from high-grade FR-4 material, it ensures exceptional thermal stability and electrical insulation, guaranteeing optimal performance in harsh environments.

    Equipped with a copper clad laminate core, this PCB offers superior conductivity and stability, ensuring seamless data transmission and processing capabilities. The meticulous design process ensures that each trace and via is optimally sized for enhanced signal integrity and reduced interference, contributing to a reliable and efficient system operation.

    With a temperature resistance ranging from -40°C to +125°C, the A26491-A D31705-1 PCB Circuit Board is engineered to withstand extreme conditions commonly encountered in industrial settings. Its robust construction ensures consistent performance throughout its operational lifespan, reducing downtime and maintenance costs.

    Featuring a 12VDC operating voltage and a maximum current capacity of 500mA, this PCB is designed to meet the power requirements of various industrial control systems, providing a balance between power consumption and performance. Its through-hole mounting type facilitates easy installation and compatibility with a wide range of components.

    The ABC Electronics A26491-A D31705-1 PCB Circuit Board stands out with its attention to detail, including precise trace width and spacing, which minimizes signal degradation and ensures smooth data flow. Coupled with a thickness of 18 mils, it provides adequate rigidity for handling heavy loads without compromising on flexibility.