VP0635 Search Results

VP0635N3

Abstract: VP0640N5 VP0640N2
Contextual Info: VP 06D t ì ì S u p e r t e x inc. P-Channel Enhancement-Mode Vertical DMOS FETs Ordering Information Standard Commercial Devices Order Number / Package BV0SS/ ^DS<ON ' d ON) b v dgs (max) (min) TO-39 TO-92 TO-220 DICE+ -350V 25£i -0.4A VP0635N2 VP0635N3

VP0635N5

Abstract: VP0640N5 diode 400V 4A VP0635N2 VP0635ND VP0640 TO-220 VP0640N3 VP0635 VP0640ND
Contextual Info: VP0635 VP0640 P-Channel Enhancement-Mode Vertical DMOS FETs Ordering Information † Order Number / Package BVDSS / BVDGS RDS ON (max) ID(ON) (min) TO-39 TO-92 TO-220 DICE† -350V 25Ω -0.4A VP0635N2 VP0635N3 VP0635N5 VP0635ND -400V 25Ω -0.4A VP0640N2

Contextual Info: _ _ VP0635 VP0640 — P-Channel Enhancement-Mode Vertical DMOS FETs Ordering Information Order Number / Package b v dss/ ^DS ON I d(ON) BV dgs (max) (min) TO-39 TO-92 TO-220 DICE+ -350V 25Q -0.4A V P 0 635 N 2 V P 0 635 N 3 V P 0 635 N 5 V P 0 635 N D -400V

VP0345N5

Abstract: VP0635N5 vp0345n2 VP0545N2 VP0640N5 VP0340N5 VP0635N2 VP0640N3 VP0340N2 VP0340ND
Contextual Info: - 340 - r Vd s §y « & € Vgs V V VP0535N2 VP0535N3 VP0535ND VP0540N2 VP0540N3 VP0540ND VP0545N2 VP0545N3 VP0545ND VPQ550N2 VP0550N3 VP0550ND VPQ635N2 VP0635N3 VP0635N5 VPQ635HO VP0640N2 VP0640N3 VP0640N5 VP064ÖND VP0645N2 •f + SÜPERTEX SUPERTEX SUPERTEX

vp0635n5

Abstract: vp0640 vp0640n5 VP0635N3
Contextual Info: VP0635 VP0640 . i n c P-Channel Enhancement-Mode Vertical DMOS FETs Ordering Information R d S ON BVqgs (max) -350V 25£i -400V 25£2 Order Number 1 Package If b v dss/ TO-39 TO-92 TO-220 DICEt -0.4A VP0635N2 VP0635N3 VP0635N5 VP0635ND -0.4A VP0640N2 VP0640N3

VP0635N5

Abstract: VP0635N3
Contextual Info: V P 06D Çjf Supertex inc. /ps. P-Channel Enhancement-Mode Vertical DMOS FETs Ordering Information Standard Commercial Devices t Order Number / Package BVDss ^ ^D S O N | I q (ON] b v dgs (max (min) TO-39 TO-92 TO-220 -350V 250 -0.4A VP0635N2 VP0635N3 VP0635N5

TN0604N3

Abstract: HV5808 VQ1000 VP2210 HV50530 HV5708 TP0606N3 VP0635N5 VQ1001 replacement 2N6659 supertex
Contextual Info: Supertex Inc. OBSOLETE PRODUCT LIST Updated 12/13/02 Obsolete Part # Pkg Suggested Replacement Same pkg Suggested Replacement - Sim. Elec. (If same pkg alt is not close) Drop-In Alt Status 2N6659 VN2210N2 TN0104N3 obs 2N7007 TN5325N3 - obs AN0332 CG -

IN5231

Abstract: ic printer inkjet VP0635N5 inkjet print head driver 5V to 300V dc dc converter 2N3904 2N3906 IN5245 TN2540N8 TP2540N8
Contextual Info: Non-Impact Printing Application Note AN–H20 3 HVCMOS Drivers for Non-Impact Printing by Frank Yang, Applications Engineer This article discusses the use of monolithic high voltage ICs for non-impact printing and plotting applications. Supertex’s HVCMOS process technology allows combining low voltage

pj 89 diode

Abstract: LR645 equivalent FED-STD-209 pj 54 diode TN0110 equivalent pj 57 diode CCW SOT23 HV5808 220v ac to 12V 20A SMPS high-frequency control sot-89
Contextual Info: Supertexinc. Short Form Catalog '96 High Voltage Integrated Circuits and DMOS Transistors Supertex inc. Leadership in CMOS/D MOS Technologies Supertex, Inc. designs, develops, manufactures, and markets quality semiconductor products for use in data processing, tele­

pj 89 diode

Abstract: HV7708PG HV7808 pj 44 diode HV5808 VQ10003 VN 300 tp2106 220v ac to 9v dc converter pj 56 diode
Contextual Info: M Supertex m e. Selector Guides MOSFETs S upertex enhancem ent- and depletion-m ode MOSFETs, utilizing vertical and lateral double-diffused processes, are suitable for a w ide variety of applications. They feature low capacitance for ease of drive and low gate-source threshold voltages fo r direct

IN5231

Abstract: driver piezo print heads piezo print head piezo inkjet printer circuit diagram VP0635N5 VN0635N5 inkjet print head driver IN4002 voltage direction inkjet print head interface ink print head driver
Contextual Info: Non-Impact Printing Application Note AN–H20 HVCMOS Drivers for Non-Impact Printing by Frank Yang, Applications Engineer This article discusses the use of monolithic high voltage ICs for non-impact printing and plotting applications. Supertex’s HVCMOS process technology allows combining low voltage

in5231

Abstract: driver piezo print heads 120v AC to 12V dc transformer VN0635N5 VP0635N5 high voltage piezoelectric transducer block diagram of inkjet printer inkjet print head driver dc Regulator in5819 in5245
Contextual Info: Non-Impact Printing Application Note AN–H20 HVCMOS Drivers for Non-Impact Printing by Frank Yang, Applications Engineer This article discusses the use of monolithic high voltage ICs for non-impact printing and plotting applications. Supertex’s HVCMOS process technology allows combining low voltage

HV50530PG

Abstract: hv9910p-g TN0604N3 HV5808PJ VN2460N8-G HV-801 HV801 VP0120N5 VN0360N5 TN0520N3
Contextual Info: SUPERTEX INC - OBSOLETE PRODUCT LISTING [JANUARY 2011] Obsolete Part Number 2N6659 2N7007 AN0332CG AP0332CG BSS123 DN2535N2 DN2540N2 DN2620N3 DN2624N3 DN2625K6-G DN2635N3 DN2640N3 HV110K4-G HV111K4 HV1516P HV1616P HV1616PJ HV1816P HV1816PJ HV20220GA HV20220P

IN5245

Abstract: VP0635N5 VN0635N5 2231 opto coupler P-Channel mosfet 400v hcpl 2231 opto coupler 400v p-channel mosfet inkjet piezoelectric driver IN5819 diode Capacitive Pressure Transducer
Contextual Info: Non-Impact Printing Applications Non-Impact Printing Application Note AN–H20 HVCMOS Drivers for Non-Impact Printing by Frank Yang, Applications Engineer The expulsion of droplets from the nozzle is controlled by an internal change in pressure caused by a piezoelectric transducer.