Switching Regulators - Product Weight (grams): 4; Input voltage min (V): 6.5; Input voltage max (V): 18; Output voltage min: 5; Output voltage max: 5; Output voltage dual assymetric (y/n): Single; Output Power (W): 7.5; Max Output current (A): 1.5; Efficiency (%): 93; Max Capacitive load (µF): 1000; Package type: SIP3; Mounting: PCB; W (in): 0.35; L (in): 0.45; H (in): 0.69; W (mm): 8.9; L (mm): 11.5; H (mm): 17.5; Min Operating temperature: -40; Max operating temperature (°C): 85; Case material: Plastic (flammability to UL 94V-0) ; Application 4 (building automation/IoT): 1; Application 5 (Industrial): 1; MTBF (h): 2000000; Derating : 71; Voltage Accuracy (%): ±3; Line Regulation (% of Vin): ±0.75; Load Regulation %: ±0.75; Ripple & Noise (mV p-p): 45; Switching Frequency typ (KHz): 340; Short circuit protection: Continuous
The AMSR1.5-7805-NZ can operate from -40°C to +125°C, making it suitable for a wide range of applications.
No, the AMSR1.5-7805-NZ is a standard linear voltage regulator, not a low-dropout regulator (LDO). It has a dropout voltage of around 2V.
The AMSR1.5-7805-NZ is not specifically designed or qualified for high-reliability or aerospace applications. However, Aimtec does offer other products that meet the requirements of these industries.
The typical output noise voltage of the AMSR1.5-7805-NZ is around 40mV peak-to-peak, making it suitable for most general-purpose applications.
It is not recommended to use the AMSR1.5-7805-NZ in a parallel configuration to increase the output current. Instead, consider using a higher-current version of the regulator or a different device specifically designed for parallel operation.
AMSR1.5-7805-NZ datasheet
by Aimtec
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