Original Part
Enclosed AC DC Converters 9 Output 48V 5V 24V 5V 85 ~ 264 VAC Input
Alternative Part
Enclosed AC DC Converters 9 Output 48V 5V 24V 5V 85 ~ 264 VAC Input
Enclosed AC DC Converters 9 Output 48V 5V 24V 5V 85 ~ 264 VAC Input
1. Substitution Conclusion for Part CX10S-DHHDHD-P-A-DK00000
Substitution is permissible provided that the pin definitions are strictly verified. However, this substitution entails accepting a reduction in total output power and the potential risk of pin incompatibility. This part is identical to the original (CX10S-DHHDGD) in terms of mechanical dimensions, input voltage range, per-channel output voltage/current specifications, isolation, and functional characteristics. The core differences are twofold: the total output power is reduced from 920W to 900W (a 20W decrease), and the part description implies a different sequence for the output voltage channels (48V, 5V, 24V...) compared to the original (48V, 2X24V, 48V...). While the electrical parameters for these voltages are the same, the physical pinout assignments for each voltage rail may be rearranged. The power reduction diminishes the overall system power margin, posing a potential risk in applications operating near full load. Furthermore, the potential difference in pin definitions means direct replacement could lead to connection errors; verification against the official pinout diagram is mandatory.
2. Substitution Conclusion for Part CX10S-DHHDDH-P-A-DK00000
Substitution is possible under the strict condition of verifying pin definitions, but it requires accepting both a reduction in total power and a definite risk of pin incompatibility. The key differences from the original part are similarly a total power reduction from 920W to 900W and a more pronounced variance in the described output channel configuration (5V, 24V, 2X48V...). This clearly indicates that the physical pin assignments for the voltage outputs differ from those of the original part. When substituting, in addition to evaluating the impact of the 20W power reduction on the system's load margin, it is essential to check and potentially modify the output wiring based on official documentation; otherwise, proper operation cannot be guaranteed. Its core electrical performance parameters (voltage, current, efficiency, etc.) are otherwise matched to the original part.
Analysis ID: 4AA1-8789000
Based on part parameters and for reference only. Not to be used for procurement or production.
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