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NXI-3106 Taxanaha Barnaamijyada Awooda DC Module

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NXI-3106 Taxanaha Barnaamijyada Awooda DC Module
NXI-3106 Taxanaha Barnaamijyada Awooda DC Module

NXI-3106 Taxanaha Barnaamijyada Awooda DC Module


NXI-3106 series is a programmable DC power supply module with high power density, high accuracy. Single card with single  slot, output power up to 60W. NXI-3106 supports independent single card /integrated control, supports CC, CV and SEQ  modes, CC&CV priority selection function, widely used in integrated test systems, large-scale production line testing and  other test scenarios.

La wadaag:
Features Main

●Xadhka Awooda 0~60W

●Voltage Range 6V/15V/30V/60V

● Xadka hadda jira 12A/4A/2A/1A

●Ku taageer qaabka CC/CV

● Taageer shaqada SEQ, 1000 tillaabo wadarta 10 fayl, kuwaas oo iskood loo qoondeeyey

●Taageerada lagu dhex daray NXI-F1080, NXI-F1030, NXI-F1020 cabirka& xakamaynta chassis

●Taageeraan CC&CV hawsha doorashada mudnaanta

●Taageer ilaalinta OVP/OCP/OPP/OTP

Balaadhka 4HP ee hal module

220V AC gelinta, taageer kontoroolka isgaarsiinta dekedda LAN

Hawlaha & Faa'iidooyinka

Isdhexgalka sare, 4U chassis wuxuu taageeraa ilaa 16 kanaal
NXI-3106 programmable DC power supply module can be Integrated used with NXI-F1080 series and other measurement & control system chassis, a single chassis supports up to 16 channels. Compare to general desktop power supply, the  ultra-high integration effectively help users to save the space and cost of test.
NXI3106 4U 16 kanaalka isdhexgalka sare

Shaqada SEQ
NXI-3106 series supports SEQ mode, and it can be edited in up to 1000 steps, users can set output voltage, output current,  and single step dwell time.
NXI3106 SEQ function

Shaqada Mudnaanta CC&CV
NXI-3106 series supports CC&CV priority function, users  can choose the optimal working mode for testing according  to the characteristics of DUT. As shown in Figure 1, when the DUT needs to avoid voltage  overshoot during testing,the voltage priority mode should be  used to obtain a fast and smooth rise voltage.  As shown in Figure 2, when the DUT needs to avoid the  current overshoot, or the DUT is low impedance, the current  priority mode should be used to obtain a fast and smooth  rising current.
NXI3106 CC&CV shaqada mudnaanta leh

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