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...u DB107 series are single-phase, 1.0 Ampere bridge rectifiers designed for printed circuit board mounting. They feature a reliable, low-cost molded plastic construction with high surge current capability. Th...
...2.0 Amperes and voltage ratings from 600 to 1000 Volts, these rectifiers are suitable for various power supply and rectification needs.Product Attributes Polarity: Marked on body Mounting Position: Any Weigh...
...u GBU2510 series are single-phase 25.0 Amp bridge rectifiers designed for printed circuit board applications. They offer a low forward voltage, low leakage current, and are suitable for any mounting position...
... surge capability, these rectifiers are suitable for a wide range of applications requiring robust rectification. The mounting design allows for easy installation using a #8 screw.Product ......
...single-phase silicon bridge rectifiers designed for general-purpose applications. They feature a molded plastic case (GBL) with UL 94V-0 flame retardant rating, pure tin plated, lead-free pins, low reverse l...
Product Overview The GBP6005~GBP610 series are single-phase, 6.0 Ampere glass-passivated bridge rectifiers designed for printed circuit board mounting. These rectifiers feature a molded plastic body with solder...
...glass-passivated bridge rectifiers designed for various applications requiring high surge current capability and reliable performance. These rectifiers offer a junction reverse voltage range from 100V to 100...
... from 100 to 1000 V. This rectifier is ideal for single-phase half-wave 60 Hz applications with resistive or inductive loads. For capacitive loads, the current should be derated by 20%.Product Attributes ......
...mount glass-passivated bridge rectifiers designed for efficient rectification in single-phase half-wave AC to DC applications. Featuring high surge current capability and a glass-passivated chip junction, th...
... Overview The TRRJX GBJ25005 THRU GBJ2510 are single-phase bridge rectifiers designed for printed circuit board applications. Featuring glass-passivated die construction and low reverse leakage current, thes...
...rectifiers designed for printed circuit board applications. They feature glass passivated chip junctions, reliable low-cost construction, low forward voltage drop, low reverse leakage current, and high surge...
...single-phase bridge rectifiers featuring glass-passivated die construction and low reverse leakage current. They offer a surge overload rating to 240A peak and are ideal for printed circuit board application...
.... These rectifiers offer high surge overload ratings of 35A peak, saving space on printed circuit boards. They are designed for high-temperature ......
...-passivated single-phase bridge rectifiers designed for reliable and cost-effective use in printed circuit board applications. Featuring a low forward voltage drop, low reverse leakage current, and high surg...
...a 10.0 Amp single-phase, half-wave glass-passivated bridge rectifier designed for general-purpose applications. It features a low forward voltage drop, high current capability, and high surge current capabil...
...-passivated single-phase bridge rectifiers designed for printed circuit board applications. They offer high surge current capability and high-temperature soldering performance, making them ideal for demandin...
... series are glass-passivated single-phase bridge rectifiers designed for printed circuit board applications. They offer high surge current capability and are ideal for high-temperature soldering processes. T...
...KBJ1010 is a series of glass-passivated single-phase bridge rectifiers designed for printed circuit board applications. Featuring a molded plastic construction with UL 94V-0 flammability classification, thes...
...GBJ50005 THRU GBJ5010 are single-phase bridge rectifiers designed for printed circuit board applications. They feature glass-passivated die construction, low reverse leakage current, and a surge overload rat...
...bridge rectifiers designed for surface mount applications. They offer high current capability, low forward voltage drop, and high surge current capability due to their glass passivated die construction. Thes...