MOT3617 main advantage
1. High reliability and redundancy designs, suitable for poor performance
MOT3617G, whose N groove I d = 30A, P groove I d = 20A sustained current and 120A pulse current capacity, provides sufficient design redundancy for extreme performance of the muscular (e. g. high thrust mode, low temperature/high temperature environment). At the same time, avalanche energy (E) of ±20V, 81mJ (N ditch) / 110mJ (P ditch) is effective against peaks and waves of voltage, reduces the risk of failure of the device and increases the useful life of the rifle.
2. Low-depletion characteristics, combining continuity with heat dispersion
MOT3617G Low R (10m/14m), Low Switch Loss Q = 23nC (N ditch), 25nC (P ditch) and Low Flow Loss N Diode Recover Time t = 12ns, is being pressured to a typical V value 0. 73V; P T = 12ns, V typical – 0. 73V combination, which enables MOT 3617G to reduce design requirements for the distillation system (e. g. by reducing the number of dispersive vents and increasing the air-sealed capacity) and to increase battery retention.
3. Stronger and more stable power output
MOT3617G ' s N groove I d = 30A, P d = 20A ' s continuous current ensures that the electric power is adequately driven under high loads, boosts the thrust of the muscular gun (e. g. from 8kg to more than 10kg) and depth of massage; at the same time, MOT3617G N ditch opening delay = t= 6. 7ns, shutdown delay = t25ns, uptime = 15ns, downtime t= 5. 6ns; total grid extreme charge Q = 23nC (N gavage), 25nC (P gavage) achieves precise switch control and low loss properties, avoids fluctuations in power output, equalizes massage strength and lowers the effect of deep muscles.
Integrated and highly compatible, simplified driver programme design
The N+P Trench Complementarity Integrated Design (N+P) reduces the difficulty of selecting the package and the cost of purchasing it; and, at the same time, adapts the 5V/10V fence to an extreme-driven voltage that does not require an external drive, simplifys the design of the drive plate circuit (reducing the number of components and improving the reliability of the circuit). In addition, a PDF5x6 envelope can be achieved by Pin to Pin.
5. Slotting to smoother and less noise
Short switches are delayed and precise replacement controls make the slotting transition process of the muscular rifle non-dynamic mutations and the frequency adjustment under the variant mode smoother; at the same time, low EMI properties reduce high frequency squealing and electromagnetic noise, make the muscular gun work quieter (noise can be reduced by 3-5 dB) and enhance user experience.
6. Greater environmental adaptability and lower rate of post-sales failure
Wide voltage / current redundancy, high avalanche energy and low crust thermal resistance designs allow MOT3617G to work at ambient temperature ranges suitable for -55°C ~150°C, whether at low outdoors or at high temperatures for long periods of time.
The core parameters of MOT3617G (high resistance, large currents, low wear and tear, fast switches, high dispersion heat) match the high level of demand driven by the BLDC. Its core advantage is that “high-reliability redundancy + low-depletion energy efficiency + tight-intensity integrated design” directly enhances the power, continuity, heat dispersion, and use of the four core performances of the muscular gun, while simplifying driver design, reducing R & D and post-sales costs, and is the preferred MOSFET device for the muscular driver system.
