Product Details

SL3409 P-channel power MOSFET

Characteristic	Symbol	Max	Unit
Drain-SourceVoltage	BVDSS	-30	V
Gate-SourceVoltage	VGS	20	V
DrainCurrent(continuous)	ID	-2.2	A
TotalDeviceDissipation	PD	1000	mW
TA=25℃	PD	1000	mW

Previous:SL3405 N-Channel Power MOSFET SOT-23
Next:2SK3018W N-Channel Power MOSFET SOT-323

News recommendation

News FAQs

2024-12-20TSMC's Kumamoto factory will begin mass production within this year, utilizing 22/28nm and 12/16nm process technologies to manufacture logic ICs.
2024-12-19Deepen Cooperation and Create the Future Together | The 2024 SLKOR Annual Agent Seminar was successfully concluded
2024-12-19Silicon Zhen has announced the successful mass production of QRNG-10, the first-ever millimeter-level quantum random number generator chip developed in-house in China
2024-12-18How does SLKOR achieve rapid growth without overtime work? (I)
2024-12-18TSMC Chairman and CEO C.C. Wei stated that many customers have mentioned AI and applications in their future expectations and plans. However, more customers are optimistic about multifunctional robots rather than automobiles
2024-12-17TSMC has publicly unveiled its 2nm process, which increases transistor density by 15% compared to the 3nm chips, boosts performance by 15% at the same power consumption, and reduces power consumption by 24-35% for the same performance.
2024-12-16CATL and Stellantis are planning to build a joint venture battery factory in Zaragoza, Aragon, Spain, with Stellantis as the primary customer. The total construction period is expected to last four years
2024-12-16According to the latest data from the China Charging Alliance, the number of charging stations nationwide has exceeded 12 million, marking a 49.5% year-on-year increase
2024-12-12TSMC is expected to certify an ultra-large version of its CoWoS (Chip-on-Wafer) packaging technology by 2027. This technology will offer intermediate layer sizes of up to nine mask sizes and support 12 HBM4 memory stacks. It is speculated that it will be adopted by ultra-high-end AI processors between 2027 and 2028.
2024-12-11TSMC's 2nm process trial production results show a yield rate exceeding 60%, with plans to begin mass production of 2nm chips next year

Products Recommended

see more +

Site Map | 萨科微 | 金航标 | Slkor | Kinghelm
RU | FR | DE | IT | ES | PT | JA | KO | AR | TR | TH | MS | VI | MG | FA | ZH-TW | HR | BG | SD| GD | SN | SM | PS | LB | KY | KU | HAW | CO | AM | UZ | TG | SU | ST | ML | KK | NY | ZU | YO | TE | TA | SO| PA| NE | MN | MI | LA | LO | KM | KN
| JW | IG | HMN | HA | EO | CEB | BS | BN | UR | HT | KA | EU | AZ | HY | YI |MK | IS | BE | CY | GA | SW | SV | AF | FA | TR | TH | MT | HU | GL | ET | NL | DA | CS | FI | EL | HI | NO | PL | RO | CA | TL | IW | LV | ID | LT | SR | SQ | SL | UK

Products

Product Details

News recommendation

Popular tags

Products Recommended

see more +

Advisory Service