CC-PAIH02 51405038-375 | HONEYWELL |Gate voltage control drain current
¥8,588.00
Module Number: CC-PAIH02 51405038-375
Product status: Discontinued
Delivery time: In stock
Product status: 100% new
Sales country: All over the world
Product situation: one year warranty
Contact me: Sauldcsplc@gmail.com +8613822101417 SIMON
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AMAT 0010-23716
MKS 220DD-00100A2B
honeywell DCP71150C012010H0
ABB E5LA HENF105296R0001
ABB P3LB HENF209568R0001
ABB PILA HENF209556R0002
valmet JETMATIC MT DV1.0+RCPU 1.0
PEPPERL & FUCHS HID2030
ABB 70EA02A-ES
Description
CC-PAIH02 51405038-375 | HONEYWELL |Gate voltage control drain current
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Insulated gate MOSFETs are commonly used for power switching. CC-PAIH02 51405038-375 utilizes gate voltage to control drain current. Its notable features include simple driving circuits, low required driving power, fast switching speed, and high operating frequency, but its current capacity is small and its voltage resistance is low. It is generally used in low-power devices. The withstand voltage value, maximum allowable drain current, and maximum dissipated power of MOSFETs determine the safe working area of power MOSFETs. When selecting MOSFETs, this should be taken as a basis.
After selecting the switch tube, the design of the switch tube drive circuit is carried out sequentially. The driving design of the switch tube is mainly based on the technical parameters of the selected switch tube, while considering other circuit components comprehensively to make the circuit as simple as possible.
2.3 Sampling circuit design
The sampling circuit includes current sampling and voltage sampling [5]. The traditional current sampling circuit of CC-PAIH02 51405038-375 usually uses copper wire or manganese copper wire or current sensor to sample and send the signal to the amplifier. This scheme has low accuracy and is not easy to operate. This design uses the MAX4173FASA chip produced by Meixin Company, which integrates current sensors and amplifiers together. This chip is packaged in an 8-pin SOT23-6 package, with low cost and a compact current sensor. It can be used in a voltage range of (0-28) V with an accuracy of 0.5%. It has a bandwidth of 1.7MHz and can operate in a temperature range of -40 ℃ to 85 ℃.
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