VTM RESISTOR Search Results

smd marking m4

Abstract: SG 94 DIODE SMD smd diode marking sG smd fuse marking 20 D496 D505 V040F033T060 V048F040T050
Contextual Info: PRELIMINARY DISCONTINUED AS OF JAN 5, 2007 SEE V048F040T050 FOR REPLACEMENT PART NUMBER VTM V040F033T060 V•I Chip – VTM Voltage Transformation Module • 3.3 V V•I Chip Converter • 125°C operation • 60 A 90 A for 1 ms • 1 µs transient response

VTM resistor

Contextual Info: Cube Timers – Series VTM-1 Specification Grade Timing Modules DESIGN FEATURES VTM-1 ♦ On-Delay operating mode ♦ Timing from 1 to 1000 seconds ♦ 1A Solid State SPNO output ♦ Quick connect 1/4" terminals ♦ Universal voltage: 24 to 240 VAC/DC or 12 VDC

Contextual Info: VTM V•I Chip – VTM Voltage Transformation Module TM • 48 V to 1.5 V V•I Chip Converter • 125°C operation • 100 A 150 A for 1 ms • 1 µs transient response V048K015T100 K indicates BGA configuration. For other mounting options see Part Numbering below.

Contextual Info: Not recommended for New Designs Replaced by VTM48EF120T025A00 V048F120T025 V048F120M025 VTM VTM Current Multiplier • 48 V to 12 V V•I Chip™ Converter • 125°C operation TJ • 25 A (37.5 A for 1 ms) • 1 µs transient response • High density – 1017 W/in3

Contextual Info: PRELIMINARY V048F240T012 VTM V•I Chip – VTM Voltage Transformation Module • 48 V to 24 V V•I Chip Converter • 125°C operation • 12.5 A 18.8 A for 1 ms • 1 µs transient response • High density – 1095 W/in3 • 3.5 million hours MTBF

Contextual Info: PRELIMINARY V048F240T012 VTM V•I Chip – VTM Voltage Transformation Module • 48 V to 24 V V•I Chip Converter • 125°C operation • 12.5 A 18.8 A for 1 ms • 1 µs transient response • High density – 1036 W/in3 • 3.5 million hours MTBF

SG 94 DIODE SMD

Contextual Info: VTM V•I Chip – VTM Voltage Transformation Module TM • 48 V to 1.5 V V•I Chip Converter • 125°C operation • 90 A 135 A for 1 ms • 1 µs transient response V048K015T090 K indicates BGA configuration. For other mounting options see Part Numbering below.

Contextual Info: USER GUIDE | UG:003 PRM and VTM® Customer Evaluation Boards Contents Page Introduction 1 Board Overview 2 Recommended Hardware 3 Initial Set Up 4 Baseline Test Procedure 4 VTM-CB 7 The Customer Evaluation Boards described in this document are intended to acquaint you with the

Contextual Info: PRELIMINARY V048F320T009 VTM V•I Chip – VTM Voltage Transformation Module • 48 V to 32 V V•I Chip Converter • 125°C operation • 9.4 A 14.1 A for 1 ms • 1 µs transient response • High density – 1095 W/in3 • 3.5 million hours MTBF

C3225X7R2A225KT5LOU

Contextual Info: user Guide | UG:014 VI Chip VTM® Evaluation Board Written by: Ankur Patel Applications Engineer August 2013 Contents Page Introduction Introduction 1 This evaluation board offers a convenient means to evaluate the performance of Vicor’s VTM® current multiplier. All evaluation boards include sockets for easy "plug

Contextual Info: PRELIMINARY V048F320T009 VTM V•I Chip – VTM Voltage Transformation Module • 48 V to 32 V V•I Chip Converter • 125°C operation • 9.4 A 14.1 A for 1 ms • 1 µs transient response • High density – 1095 W/in3 • 3.5 million hours MTBF

Contextual Info: PRELIMINARY V048F240T012 VTM V•I Chip – VTM Voltage Transformation Module • 48 V to 24 V V•I Chip Converter • 125°C operation • 12.5 A 18.8 A for 1 ms • 1 µs transient response • High density – 1036 W/in3 • 3.5 million hours MTBF

JESD22-A-103A

Abstract: JESD22-A-104B JESD22-A113-B V048K020T080 JESD22-A108B
Contextual Info: VTM V•I Chip – VTM Voltage Transformation Module TM • 48 V to 2 V V•I Chip Converter • 125°C operation • 80 A 120 A for 1 ms • 1 µs transient response V048K020T080 K indicates BGA configuration. For other mounting options see Part Numbering below.

JESD22-A-103A

Abstract: JESD22-A-104B JESD22-A113-B JESD22-B-107-A V048K480T006 337 BGA footprint
Contextual Info: PRELIMINARY VTM V048K480T006 V•I Chip – VTM Voltage Transformation Module TM • 48 V to 48 V V•I Chip Converter • 125°C operation • 6.3 A 9.4 A for 1 ms • 1 µs transient response • High density – 1218 W/in3 K indicates BGA configuration. For other

IPC-9701

Abstract: "IPC-9701"
Contextual Info: VTM V•I Chip – VTM Voltage Transformation Module TM • 48 V to 2 V V•I Chip Converter • 125°C operation • 80 A 120 A for 1 ms • 1 µs transient response V048K020T080 K indicates BGA configuration. For other mounting options see Part Numbering below.

JESD22-A-103A

Abstract: JESD22-A-104B JESD22-A113-B V048K015T090 W9514
Contextual Info: VTM V•I Chip – VTM Voltage Transformation Module TM • 48 V to 1.5 V V•I Chip Converter • 125°C operation • 90 A 135 A for 1 ms • 1 µs transient response V048K015T090 K indicates BGA configuration. For other mounting options see Part Numbering below.

Contextual Info: Not recommended for New Designs Replaced by VTM48EF040T050A00 V048F040T050 V048F040M050 VTM VTM Current Multiplier • 48 V to 4 V V•I Chip™ Converter • 125°C operation TJ • 50 A (75.0 A for 1 ms) • 1 µs transient response • High density – 169 A/in3

IPC-9701

Contextual Info: VTM V•I Chip – VTM Voltage Transformation Module TM • 48 V to 2 V V•I Chip Converter • 125°C operation • 80 A 120 A for 1 ms • 1 µs transient response V048K020T080 K indicates BGA configuration. For other mounting options see Part Numbering below.

Contextual Info: PRELIMINARY V048F240T012 VTM V•I Chip – VTM Voltage Transformation Module • 48 V to 24 V V•I Chip Converter • 125°C operation • 12.5 A 18.8 A for 1 ms • 1 µs transient response • High density – 1036 W/in3 • 3.5 million hours MTBF

IN3228

Abstract: JESD22-A-103A JESD22-A-104B JESD22-A113-B V048K015T100 JESD22-B107
Contextual Info: VTM V•I Chip – VTM Voltage Transformation Module TM • 48 V to 1.5 V V•I Chip Converter • 125°C operation • 100 A 150 A for 1 ms • 1 µs transient response V048K015T100 K indicates BGA configuration. For other mounting options see Part Numbering below.

JESD22-A-103A

Abstract: JESD22-A-104B JESD22-A113-B JESD22-B-107-A V048K120T025
Contextual Info: PRELIMINARY VTM V048K120T025 V•I Chip – VTM Voltage Transformation Module TM • 48 V to 12 V V•I Chip Converter • 125°C operation • 25 A 37.5 A for 1 ms • 1 µs transient response • High density – 1200 W/in3 K indicates BGA configuration. For other

VIV0101THJ

Abstract: 217F D496 D505 VIV0101MHJ
Contextual Info: VIV0101THJ PRELIMINARY DATASHEET S C NRTL US VTM Transformer TM FEATURES • 48 Vdc – 12 Vdc 10 A VTM Transformer - Operating from standard 48 V or 24 V PRMs • High efficiency >95% reduces system power consumption • High density (801 W/in3) • “Half Chip” V•I Chip package enables surface mount,

JESD22-A-103A

Abstract: JESD22-A-104B JESD22-A113-B JESD22-B-107-A V048K160T015 JESD22-B107
Contextual Info: PRELIMINARY VTM V048K160T015 V•I Chip – VTM Voltage Transformation Module TM • 48 V to 16 V V•I Chip Converter • 125°C operation • 15.0 A 22.5 A for 1 ms • 1 µs transient response • High density – 974 W/in3 K indicates BGA configuration. For other

JESD22-A-101

Abstract: JESD22-A-103A JESD22-A-104B JESD22-A113-B JESD22-B-107-A V048K060T040
Contextual Info: PRELIMINARY VTM V048K060T040 V•I Chip – VTM Voltage Transformation Module TM • 48 V to 6 V V•I Chip Converter • 125°C operation • 40.0 A 60.0 A for 1 ms • 1 µs transient response • High density – 974 W/in3 K indicates BGA configuration. For other