DN500 Search Results

DP500

Abstract: Transistor DN500
Contextual Info: DP500 Semiconductor PNP Silicon Transistor Description • Suitable for low voltage large current drivers • Excellent hF E Linearity • Complementary pair with DN500 • Switching Application Ordering Information Type NO. Marking Package Code DP500 DP500

pin ic marking code T92

Abstract: DN500 DP500 T92 marking Marking code t92
Contextual Info: DP500 Semiconductor PNP Silicon Transistor Description • Extremely low collector-to-emitter saturation voltage VCE(SAT =-0.2V Typ. @IC /IB =-3A/-150mA) • Suitable for low voltage large current drivers • Excellent hFE Linearity • Complementary pair with DN500

Contextual Info: DN500F Semiconductor NPN Silicon Transistor Description • Extremely low collector-to-emitter saturation voltage VCE(SAT =0.2V Typ. @IC/IB=3A/150 ㎃) • Suitable for low voltage large current drivers • Excellent hFE Linearity • Complementary pair with DP500F

marking P5

Abstract: DN500 DP500F
Contextual Info: DP500F PNP Silicon Transistor PIN Connection Description • • • • Suitable for low voltage large current drivers Excellent hFE Linearity Complementary pair with DN500 Switching Application Ordering Information Type NO. Marking DP500F P5 □YWW P5: DEVICE CODE,

Contextual Info: DP500F Se m i c o nduc t o r PNP Silicon Transistor Description • Suitable for low voltage large current drivers • Excellent hFE Linearity • Complementary pair with DN500F • Switching Application Ordering Information Type NO. Marking DP500F Package Code

EO12

Abstract: 7002 DN500P DP500P 3A SOT223 MARKING CODE
Contextual Info: DN500P Semiconductor NPN Silicon Transistor Description • Extremely low collector-to-emitter saturation voltage VC E ( S A T =0.2V Typ. @IC /IB =3A/150mA) • Suitable for low voltage large current drivers • Complementary pair with DP500P • Switching Application

DN500

Contextual Info: DN500 Универсальный блок питания 500 мА ● переключатель напряжения находится на обратной стороне блока питания ● современный дизайн Технические характеристики:

Contextual Info: DN500 Semiconductor NPN Silicon Transistor Description • Ext rem ely low collect or- t o - em it t er sat urat ion volt age VC E( S A T = 0.2V Typ. @I C / I B = 3A/ 150m A) • Suit able for low volt age large current drivers • Com plem ent ary pair wit h DP500

Contextual Info: DN500F NPN Silicon Transistor PIN Connection Description • Extremely low collector-to-emitter saturation voltage VCE(SAT =0.2V Typ. @IC/IB=3A/150 ㎃) • Suitable for low voltage large current drivers • Excellent hFE Linearity • Complementary pair with DP500F

sot-89 marking N5

Abstract: DN500F DP500F N5 npn transistor SOT89 N5 MARKING CODE
Contextual Info: DN500F Semiconductor NPN Silicon Transistor Description • Extremely low collector-to-emitter saturation voltage VC E ( S A T =0.2V Typ. @IC /IB =3A/150mA) • Suitable for low voltage large current drivers • Complementary pair with DP500F • Switching Application

DP500F

Abstract: Transistor DN500
Contextual Info: DP500F Semiconductor PNP Silicon Transistor Description • • • • Suitable for low voltage large current drivers Excellent hFE Linearity Complementary pair with DN500 Switching Application Ordering Information Type NO. Marking DP500F Package Code P5

DN500F

Abstract: DP500F
Contextual Info: DP500F Semiconductor PNP Silicon Transistor Description • Extremely low collector-to-emitter saturation voltage VCE(SAT =-0.2V Typ. @IC /IB =-3A/-150mA) • Suitable for low voltage large current drivers • Excellent hFE Linearity • Complementary pair with DN500F

DN500F

Abstract: Transistor SOT89 N5 MARKING CODE DP500F
Contextual Info: DN500F Semiconductor NPN Silicon Transistor Description • Extremely low collector-to-emitter saturation voltage VCE(SAT =0.2V Typ. @IC/IB=3A/150 ㎃) • Suitable for low voltage large current drivers • Excellent hFE Linearity • Complementary pair with DP500F

Contextual Info: DP500F PNP Silicon Transistor PIN Connection Description • • • • Suit able for low volt age large current drivers Excellent h FE Linearit y Com plem ent ary pair wit h DN500 Swit ching Applicat ion Ordering Information Type N O. SOT-89 Pa ck a ge Code

Contextual Info: DP500F Semiconductor PNP Silicon Transistor Description • • • • Suitable for low voltage large current drivers Excellent hFE Linearity Complementary pair with DN500 Switching Application Ordering Information Type NO. DP500F Marking P5 Outline Dimensions

DN500

Abstract: Transistor DP500
Contextual Info: DN500 Semiconductor NPN Silicon Transistor Description • Extremely low collector-to-emitter saturation voltage VC E ( S A T =0.2V Typ. @IC /IB =3A/150mA) • Suitable for low voltage large current drivers • Complementary pair with DP500 • Switching Application

DN500

Abstract: DP500
Contextual Info: DP500 Semiconductor PNP Silicon Transistor Description • Suitable for low voltage large current drivers • Excellent hF E Linearity • Complementary pair with DN500 • Switching Application Ordering Information Type NO. Marking Package Code DP500 DP500

DN500F

Abstract: DP500F
Contextual Info: DP500F Semiconductor PNP Silicon Transistor Description • Suitable for low voltage large current drivers • Excellent hF E Linearity • Complementary pair with DN500F • Switching Application Ordering Information Type NO. Marking DP500F Package Code P5

DN500P

Abstract: DP500P
Contextual Info: DP500P Semiconductor PNP Silicon Transistor Description • Suitable for low voltage large current drivers • Excellent hF E Linearity • Complementary pair with DN500P • Switching Application Ordering Information Type NO. Marking DP500P P5□ Package Code

CC1100 CC2500 Examples Libraries swrc021.zip

Abstract: swrc021.zip CC1100 CC2500 Examples Libraries CC1150DK CC1101 errata CC2500 CC1101 RSSI read CC1101 swrz012 CC1100
Contextual Info: Design Note DN500 Packet Transmission Basics By Siri Namtvedt Keywords • • • • • • 1 • • • • CC1100 CC1101 CC1100E CC1150 CC2500 CC2550 FIFO Fixed Packet Length Mode Variable Packet Length Mode Infinite Packet Length Mode Introduction The CC1100/CC1100E/CC1101/CC1150/

EN50047

Contextual Info: C ATALOGUE LIMIT GLS SWITCH L 1 S T ING SLOW -ACTION CONTACTS BREAK BEFORE MAKE SNAP-ACTIO N CONTACTS CHART H O . MTG-GL-168 S L O W - A C T ION CONTACTS MAKE BEFORE BREAK C ONTA CT BLOCK DIAGRAM TERMINAL DESIGNATION TO EN 5 0 0 I 3 S L O W - A C T I ON CONTACTS

GL-211

Abstract: A300 C021 Q300 H15M sidd
Contextual Info: CATALOGUE L I S T I N G LIM IT S W IT C H FIG. 1 50 VI I -I 1 O h 2 ( GLS S N A P -A C T ION CONTACTS CHART N O . MTG-GL-211 99 n 17.1 197 (-67) ILUD O < 12 (. SLOW- ACT ION CONTACTS 2 NORMALLY CLOSED 0C 13-14 47 ) CONTACT CLOSED 46.5( 36.5° 26° 39c 26°

tp181

Abstract: toshiba hdd schematic board cbf 493 TP223 mt2 tEac CBF 423 diode ba39 toshiba 1,8 hdd schematic board TP182 keyboard and touchpad schematic
Contextual Info: 4-148 KBC3_SUSPWR 1% R11 10K 1% R18 6.65K P1.5V_AUX VDC C20 10nF TP192 TP193 R7 TP? 2.5V AL C6 330uF 7 6 5 TP194 Q57 SI4816DY IHLP-2525CZ-01 L1 4.7uH 25V C14 4700nF 3 8 2 D1 4 G2 1 G1 TP217 TP216 R1 1K TP196 25V C15 220nF TP191 5% TP190 R17 6.8K 1% R15 330K

12v to 20v cuk converter

Abstract: 12 to -12v cuk converter cuk converter 10A XAL-1010-682-EMB LT3759 cuk converter 5V 10A flyback converter 12v to 18v 12v to 20v converter
Contextual Info: Wide Input Voltage Range Boost/Inverting/SEPIC Controller Works Down to an Input Voltage of 1.6V Design Note 500 Zhongming Ye Introduction Many of today’s electronic devices require an inverting or noninverting converter or sometimes both. They also need to operate from a variety of power sources including USB, wall adapters, alkaline and lithium batteries.