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N39200 Series Two-Channel Programmable DC Power Supply
N39200 series is a high-accuracy & dual-channel programmable DC power supply, available for benchtop use. N39200 standalone supports 2 channels output, with each channel isolated. Both local operation on front panel and remote control on a computer are supported. N39200 can be widely used in lab test, system integration test, production aging line, etc.
Iimpawu eziphambili
● Uluhlu lweVoltage: 60V / 150V
● Inkcazo ephezulu yesikrini sokuchukumisa
● Uluhlu lwangoku: 4A/8A/10A/20A
● Ujongano olusebenziseka lula
● Uluhlu lwamandla: 200W / 400W / 600W
● I-LAN port kunye ne-RS232 interface
● Umsebenzi weCC&CV ophambili
● Ukhuseleko oluninzi: I-OVP, i-OCP, i-OTP kunye nesiphaluka esifutshane
● Uyilo lwezibuko ze-LAN ezimbini
● Isixhobo esinye esineetshaneli ezi-2, itshaneli nganye ibe yodwa
Field Fields
● Ilabhoratri yesikolo
● Ilabhoratri ye-R&D
● Ukuhlolwa komgca wemveliso
● Uvavanyo lwesondlo
Imisebenzi kunye nezibonelelo
Iitshaneli ezimbini, ubungakanani obudibeneyo kunye nobunzima obulula
N39200
series adopts 2U and half 19 inch design, with 2 channels in a single
device. Each channel is isolated. One device can support 2-station test
simultaneously, which simplifies the test platform and improves test
efficiency
Iimpawu ezisicaba ze-UI
Iimpawu ze-UI ezisicaba zibonelela ngokusebenza ngokulula nangokukhawulezayo.
Iphedi yezitshixo ebonakalayo
I-N39200 iyilwe ngeqhosha leqhosha elibonakalayo lokufakwa kweeparamitha.
Imo ye-SEQ
Imowudi ye-SEQ ivumela ukusetwa kombane wokuphuma, ukuphuma kwangoku kunye nexesha lokuhlala kwinyathelo elinye.
Imowudi yeCascade yokwandiswa kwamandla
N39200
supports two channels parallel mode internally. Under parallel mode,
the output voltage remains the same. The output current and power will
be doubled.
Umsebenzi ophambili weCC&CV
N39200
has the function of selecting priority of voltage-control loop or
current-control loop, which enables N39200 to adopt the optimal test
mode for different DUTs, and thus protect the DUT.
As
shown in figure one, when the DUT requires reducing voltage overshoot
during test, such as supplying power to a low-voltage processor or FPGA
core, voltage priority mode should be selected to obtain fast and smooth
rise voltage.
As shown in figure two, when the DUT requires reducing current overshoot during test, or when the DUT is with low impedance, such as battery charging scenario, current priority mode should be selected to obtain fast and smooth rise current.
Izibuko ze-LAN ezimbini zolawulo lwezixhobo ezininzi
I-N39200 ixhotyiswe ngamazibuko e-LAN amabini, anokuxhasa ulawulo lwezixhobo ezininzi zohlengahlengiso olukhawulezayo kunye novavanyo.
