Solar Array Solution:

Datasheet LX2400:

Solar Bypass Brochure:

RoHS / Pb-free  
Features Extreme Operating Environment Survivability
High Reliability Design Methodology
Low Forward Voltage Drp
Negligible Operating Temperature Rise
 
Description:

The LX2400 IDEALSolarTM Bypass Diode with Microsemi’s patented CoolRUNTM technology provides a bypass path in PV module applications with the industry’s lowest forward voltage drop resulting in negligible heat generation and temperature rise during operation for best in class reliability and robustness. A scalable architecture provides future-proofing for next generation PV modules operating at higher than 10A currents. Incorporating a unique and patented architecture, the LX2400 does not require a hiccup or replenishment cycle.
Developed with Microsemi’s 40 Year – High Reliability Design Methodology, the LX2400’s typical forward voltage drop of 50mV at 10A generates a negligible 10°C temperature rise for the coolest operating solar bypass solution available on the market. In addition, the device is fully functional from -65°C to +165°C and extreme operating environment survivability is enhanced with bi-direction lightning protection support up to 1.4 Joules significantly exceeding existing market solutions.
IEC61215, Section 10.18 Compliant  

Maximum Electrical Rating  Symbol  Max  Unit
Thermal Resistance, Junction to Lead  RqJL  10  ºC/Watt

Environmental Rating  Symbol  Min  Max  Unit
Operating and Storage Temperature  TSTG/Top  -65  165  ºC

Electrical Rating  Symbol  Min   Typ  Max  Unit
Forward Voltage  VF    0.05    V