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Tha gineadair tricead ìosal agus bholtadh àrd na phrìomh thoradh air a leasachadh gu neo-eisimeileach le bhith a’ cleachdadh an teicneòlas as ùire anns na Stàitean Aonaichte. Bidh e a’ gabhail ri scrion suathaidh 7-òirleach, am microcomputer chip singilte ARM7 as ùire, cuairteachadh togail AD àrd-astar agus bathar-bog stiùireadh cùl-fhiosrachaidh. Tha na feartan aige de fhuaim ìosal, sàbhaladh lùtha, cruth tonn àrd-bholtachd sine wave, polarity suidse dealanach àrd-bholtachd agus mar sin air adhart.

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Tagaichean

Ro-ràdh puing reic toraidh

1. Teicneòlas adhartach: teicneòlas tionndaidh tricead didseatach, smachd microcomputer, àrdachadh cuideam, lughdachadh cuideam, tomhas, dìon, msaa.
2. Tha am pròiseas deuchainn làn fèin-ghluasadach.
3. Furasta obrachadh: sreangadh sìmplidh, obrachadh amadan.
4. Dìon coileanta: ioma-dhìon (dìon thar-bholtaid, dìon thar-gnàthach aig taobhan bholtaids àrd is ìosal), gnìomh luath (nuair a bhios e ag obair)
5. Seòmar ≤10ms), tha an ionnstramaid sàbhailte agus earbsach.
6. Sàbhailteachd agus earbsachd: tha an rianadair ceangailte ri bholtadh ìosal an gineadair bholtachd àrd, le smachd photoelectric, cleachdadh sàbhailte agus earbsach.
7. Thathas a’ gabhail ris a’ chuairt smachd fios-air-ais àicheil lùb dùinte àrd is ìosal, agus chan eil buaidh àrdachadh comas aig an toradh.
8. Co-dhealbhadh coileanta: scrion suathaidh capacitive, taisbeanadh caractar Sìneach LCD, stòradh fèin-ghluasadach, clò-bhualadh fèin-ghluasadach.
9. Raon deuchainn mòr: taghadh ioma-tricead 0.1Hz, 0.05Hz agus 0.02hz, raon deuchainn mòr.
10. Meud beag agus cuideam aotrom: tha e gu math goireasach airson obrachadh a-muigh.

Paramadair toraidh

Modh	Ìre Voltage	Luchdaich	fiùs	Cuideam
40KV /1.1	40kv (luach as àirde)	0.1 Hz, ≤1.1µF	8A	Rianadair: 6Kg Àrdachadh: 20Kg
		0.05 Hz, ≤2.2µF
		0.02 Hz, ≤5.5µF
50KV /1.1	50kv (luach as àirde)	0.1 Hz, ≤1.1µF	10A	Rianadair: 6Kg Meudachadh: 45Kg
		0.05 Hz, ≤2.2µF
		0.02 Hz, ≤5.5µF
80KV / 1.1	80kv (luach as àirde)	0.1 Hz, ≤1.1µF	20A	Rianadair: 4Kg àrdachadh: 50Kg
		0.05 Hz, ≤2.2µF
		0.02 Hz, ≤5.5µF

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