* a polysilicon gate. making Siliconix 2N7104 devices the perfect choice for high-performance military applications. For additional design information please see performance curves DMCB. which are located in Section 7. SIMILAR PRODUCTS
* Quad Array. See 2N7116 Series
* SO-14 Array. See
2N7106
Siliconix
119.92 KB
N-channel lateral dmos fets.
2N71 04 SERIES
N-Channel Lateral DMOS FETs
The 2N7104 Series of lateral DMOS FETs is designed for high speed switching in audio. video. and high-frequ.
📁 Related Datasheet
2N7104 - N-Channel Lateral DMOS FETs
(Siliconix)
2N71 04 SERIES
N-Channel Lateral DMOS FETs
The 2N7104 Series of lateral DMOS FETs is designed for high speed switching in audio. video. and high-frequ.
2N7105 - N-Channel Lateral DMOS FETs
(Siliconix)
2N7105 SERIES
N-Channel Lateral DMOS FETs
The 2N7105 Series of single-pole, single-throw analog switches is designed for high speed switching in audio.
2N7107 - N-Channel Lateral DMOS FETs
(Siliconix)
2N7105 SERIES
N-Channel Lateral DMOS FETs
The 2N7105 Series of single-pole, single-throw analog switches is designed for high speed switching in audio.
2N7108 - N-Channel Lateral DMOS FETs
(Siliconix)
2N71 04 SERIES
N-Channel Lateral DMOS FETs
The 2N7104 Series of lateral DMOS FETs is designed for high speed switching in audio. video. and high-frequ.
2N7109 - N-Channel Lateral DMOS FETs
(Siliconix)
2N7105 SERIES
N-Channel Lateral DMOS FETs
The 2N7105 Series of single-pole, single-throw analog switches is designed for high speed switching in audio.
2N711 - PNP Transistor
(Motorola)
A, B 2N711 I
(GERMANIUM)
CASE 22
(TO-lS)
Collector conneded to case
PNP germanium mesa transistors for high-speed switching applications.
MAXIMUM .
2N7116 - N-Channel Lateral DMOS Quad FETs
(Siliconix)
2N7116 SERIES
N-Channel Lateral DMOS Quad FETs
The Siliconix 2N7116 series is a monolithic array of single-pole, single-throw analog switches designed.
2N7117 - N-Channel Lateral DMOS Quad FETs
(Siliconix)
2N7116 SERIES
N-Channel Lateral DMOS Quad FETs
The Siliconix 2N7116 series is a monolithic array of single-pole, single-throw analog switches designed.
