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HV300-3 Datasheets Context Search

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2001 - Not Available

Abstract: No abstract text available
Text: +100V -40°C to +85°C -40°C to +125°C -65°C to +150°C -0.3V to +12V 3 HV300/HV310 Functional , Buffer 5k VEE SENSE RAMP GATE Pinout PWRGD OV UV VEE 1 2 3 4 8 7 6 5 PWRGD Logic , ENABLE +5V Cload 3 2 UV OV HV300LG or HV310LG DC/DC PWM CONVERTER COM RAMP VEE , . Overvoltage Lockout (OV) set to 65V 3 . Remove Jumper if Short Pin is used -48V R4 50m Q1 IRF530


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PDF HV300/HV310 HV300 HV310 HV300, HV310, HV300 HV310) 08/03/01rev
2002 - HV300

Abstract: HV310 HV300LG HV310LG IRF530 MOSFET IRF530
Text: Temperature Range -65°C to +150°C UV & OV ref to VEE -0.3V to +12V 3 HV300/HV310 Functional , VDD OV 2 7 RAMP UV 3 6 GATE VEE 4 5 SENSE Condition PWRGD , Application Circuit GND Long Pin 8 Jumper GND Short Pin R1 487k R2 6.81k VDD 3 2 , 65V 3 . Remove Jumper if Short Pin is used C1 10nF -48V Long Pin R4 50m Q1 IRF530


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PDF HV300/HV310 HV300 HV310 HV300, HV310, HV310) 08/26/02rev HV300 HV310 HV300LG HV310LG IRF530 MOSFET IRF530
2001 - 48v mosfet switch

Abstract: No abstract text available
Text: Pinout PWRGD 1 8 VDD OV 2 HV300 7 RAMP UV 3 6 GATE VEE , Telecom Group 3 of 5 Rev. E 7/19/2001 , Typical Application Circuit GND Long Pin 8 Short Pin 487K Jumper VDD PWRGD R1 3 9.09K R2 2 , . 3 . Remove Jumper if Short Pin is used. 10nF Long Pin C1 -48V R4 0.05 Q1 IRF530


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PDF HV300 HV300 HV300P HV300LG HV300X 48v mosfet switch
2008 - IRF5303

Abstract: No abstract text available
Text: Short Pin VDD PWRGD R1 487k R2 6.81k R3 9.76k 1 ENABLE 3 UV HV300 +5V 2 , 65V. 3 . Remove jumper if short pin is used. R4 50m Q1 IRF530 1235 Bordeaux Drive, Sunnyvale , +150°C -0.3 to +12V Pin Configuration PWRGD OV UV VEE 1 2 3 4 8 7 6 5 VDD RAMP GATE SENSE 8 , IRF530. 3 . IRF530 is a registered trademark of International Rectifier. PWRGD Logic Device HV300 , 3 HV300 Timing Diagram contact bounce GND ILIM = VOUT VSENSE RSENSE CRAMP IRAMP VIN


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PDF HV300 HV300, DSFP-HV300 A110608 IRF5303
2009 - irf5303

Abstract: Breaker locks Snubber circuits theory, design and application HV300 HV300LG-G IRF530 A-0305 OF IRF530
Text: Long Pin 8 VDD 3 2 PWRGD 1 ENABLE HV300 UV CLOAD OV RAMP C1 10nF , . Undervoltage Shutdown (UV) set to 35V. 2. Overvoltage Shutdown (OV) set to 65V. 3 . Remove jumper if short pin , UV 3 6 GATE VEE 4 5 SENSE Parameter Operating ambient temperature -40°C , voltage depends on the characteristics of the external N-Channel MOSFET. VGS(th) = 3.0V for an IRF530. 3 , : 408-222-8888 www.supertex.com 3 HV300 Timing Diagram contact bounce ILIM = GND VIN VOUT


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PDF HV300 HV300, DSFP-HV300 A030509 irf5303 Breaker locks Snubber circuits theory, design and application HV300 HV300LG-G IRF530 A-0305 OF IRF530
2002 - HV300

Abstract: HV300LG HV310 HV310LG IRF530
Text: UV & OV ref to VEE -0.3V to +12V 3 HV300/HV310 Functional Block Diagram VDD Internal , 2 7 RAMP UV 3 6 GATE VEE 4 5 SENSE Condition PWRGD NOT READY , Application Circuit GND Long Pin 8 Jumper GND Short Pin R1 487k R2 6.81k VDD 3 2 , 65V 3 . Remove Jumper if Short Pin is used C1 10nF -48V Long Pin R4 50m Q1 IRF530


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PDF HV300/HV310 HV300 HV310 HV310) HV300, HV310, 08/26/02rev HV300 HV300LG HV310 HV310LG IRF530
JW300

Abstract: No abstract text available
Text: Size High Density - Up to 58 W/in. 3 Constant Frequency - 370KHZ Parallelable with Current Sharing MODEL SELECTION Model HV300-2 HV300-3 |iV300-5 Output Voltage 2.1V 3.3V 5V 8V 12V 15V 24V 28 V 5V 12V , page 29) ±10 .02 .02 1 + 1 0 ,- 3 0 120* 110-120 ±5 200 200 200 ±1 .2 .2 3 0.5 % % % % p-p % , 94086 · Call 800-443-1450 9 MicroVerter fiV 3 0 0 Series


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PDF jW300 iV300 370KHZ HV300-2 HV300-3 iV300-5 HV300-T515
HV300

Abstract: IRFR120N HV300DB2
Text: No file text available


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PDF HV300DB2 HV300DB2 HV300 HV300/310 IRFR120N 10OCT01 HV301/311
103M capacitor

Abstract: HV100-502M HV500-502M AC 103M MIL-L-7178 HV50-502M HV20-502M HV50-152M HV750-502M HV150-152M
Text: 3 % drop in voltage is tolerable. Mounting Position: Any. (Except HV375-103M and HV750-502M). , . HV20-152M HV50-152M 0-2 0-5 1.5 1.5 3-3/4 3-3/4 1-3/4 2-1/4 3-3/4 3-3/8 3 /8 5 , -502M HV50-502M 0-2 0-5 5 5 3-3/4 3-3/4 2-1/4 2-1/4 3-3/8 3-3/4 3 /8 58 2 3 , 10 10 3-3/4 3-3/4 2-1/4 2-1/4 3-3/8 3-3/4 3 /8 5/8 2 3 HV50-103M HV100


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PDF HV100-502M, 10KVDC substitution11-1/8 HV10-103M HV25-103M HV50-103M HV100-103M HV150-103M HV250-103M HV375-103M 103M capacitor HV100-502M HV500-502M AC 103M MIL-L-7178 HV50-502M HV20-502M HV50-152M HV750-502M HV150-152M
2002 - Not Available

Abstract: No abstract text available
Text: -40°C to +125°C -65°C to +150°C -0.3V to +12V 3 HV300/HV310 Functional Block Diagram VDD , SENSE RAMP GATE Pinout PWRGD OV UV VEE 1 2 3 4 8 7 6 5 PWRGD Logic Model VDD RAMP GATE , Cload 3 2 UV OV HV300LG or HV310LG DC/DC PWM CONVERTER COM RAMP VEE SENSE , . Overvoltage Lockout (OV) set to 65V 3 . Remove Jumper if Short Pin is used -48V R4 50m Q1 IRF530


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PDF HV300/HV310 HV300 HV310 HV300, HV310, HV300 HV310) 08/26/02rev
2001 - electrolytic capacitor 100uF 50v

Abstract: 48v mosfet switch IRFR120N HV300LG HV300DB1 HV300 n-Channel mosfet 90V capacitor 100uF 50V ECA 100V 100uF Capacitor 100uF
Text: probe can be used by replacing J1 with a wire loop. VIN 50V/div Gate 5.00V/div 3 ) PG is an


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PDF HV300DB1 HV300 HV300DB1 500mA/div 00ms/div electrolytic capacitor 100uF 50v 48v mosfet switch IRFR120N HV300LG n-Channel mosfet 90V capacitor 100uF 50V ECA 100V 100uF Capacitor 100uF
Not Available

Abstract: No abstract text available
Text: 1.0 1.26 1.16 100 1.0 V V mV nA V V mV nA V ov = V ee + 0.5V Vu v = V + 1 9V ' ef t ' - 3 V Low to High , NOTES: 1. Undervoltage Lockout {UV) set to 35V 2. Overvoltage Lockout (OV) set to 65V 3 . Remove Jumper


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PDF HV300, HV310, HV300 HV310 HV300 HV310)
Calex

Abstract: HV300-5
Text: MAX 72 MAX 400 EFFICIENCY - M V300-5 60 72 100 ±1 .02 .02 1 .2 .2 3 ±10 .02 .02 1 +1 .2 .2 3 ±10 0.5 120* 110-120 ±5 200 200 200 .02 .02 1 +10.-30 ±1 .2 .2 3 0.5 % % % % p -p % , IT H t 'C / W H E A T S IN K 3 -O U T P U T P O W E R VS. C A S E T E M P WEIGHT: SIZE: *or Vout , HV300-T515 5 12 15 24 28 5* 12 -12 5* 15 -15 40 20 16 10 9 35 3 3 35 3 3 OUTLINE DRAW ING Isolates


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2001 - pepi c

Abstract: DM100 pepi N pepi pepi b DM-300 ISO14000 HV300 HV100 PEPI N-1
Text: No file text available


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PDF V/100V/300V pepi c DM100 pepi N pepi pepi b DM-300 ISO14000 HV300 HV100 PEPI N-1
RS485 INTERFACE WITH 8051

Abstract: ADC13 8051 triac NC-641 8051 interface with rs485 ersa dual Solenoid Driver ADC-13 QFP-64 HV300
Text: P3.2 ­ T0IN VDD P3. 3 ­ CCU0 P3.4 ­ CCU1 P3.5 ­ T1IN VPP VTRIM P3.6 ­ SDA VERSA HV100 ­ QFP-64 P3. 3 ­ CCU0 CLOCK CONTROL UNIT P3.7 ­ SCL NC XTAL I2C BUS INTERFACE , , INTERRUPT ON PORT CHANGE, 3 TIMERS/ 2 COMPARE & CAPTURE WATCHDOGS · 8/6 High Current Outputs o , change · 3 Timers / Counters · 2 Capture and Compare Inputs · On-Chip Voltage Reference · 4 , P2.5 - SCK ADC12 ADC11 P2.4 ­ SSP2. 3 ­ CS0 ADC12 P2.4 - SS- ADC11 P2. 3 - CS0


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PDF VHV1010/1030 HV100/300 HV100 HV300 RS-485 ADC10 RS485 INTERFACE WITH 8051 ADC13 8051 triac NC-641 8051 interface with rs485 ersa dual Solenoid Driver ADC-13 QFP-64
RS-485 to i2c converter

Abstract: RS485 INTERFACE WITH 8051 ADC13 i2c to rs485 converter i2c to RS-485 converter QFP-64 HV300 HV100 ADC12 RS485 to I2C
Text: .1 ­ RX0 P3.2 ­ T0IN P3. 3 ­ CCU0 P3.4 ­ CCU1 P3.5 ­ TIIN VPP P3.6 ­ SDA PROGSDA , - ADC11 P2. 3 ­ CS0 ADC10 XTVREF P2.2 ­ CS1P1. 3 ­ PWM3 AGND RXTXD+ P1.2 ­ PWM2 DGND , EXTERNAL INTERRUPT, 20 GEN I/0s, INTERRUPT ON PORT CHANGE, 3 TIMERS/ 2 COMPARE & CAPTURE WATCHDOGS , Interrupt Input · Interrupt on Port change · 3 Timers / Counters · 2 Capture and Compare Inputs · , Brown-Out Detect P3.5 - TIIN P3.4 - CCU1 P3. 3 - CCU0 P3.2 - T0IN 2 4 PWM D/As PWM D/As Feature


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PDF VHV1010/1030 HV100/300 HV100 HV300 RS-485 ADC13 ADC12 ADC11 ADC10 RS-485 to i2c converter RS485 INTERFACE WITH 8051 ADC13 i2c to rs485 converter i2c to RS-485 converter QFP-64 ADC12 RS485 to I2C
Backlight Drivers

Abstract: P271 tp0610 TN2105 HV9123 Ring generator HV9112 LCD shutter
Text: No file text available


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PDF HV300/HV310 HV301/HV311 HV302/HV312 HV100/HV101 SR036 SR037 HV9904 HV9100 HV9102 HV9103 Backlight Drivers P271 tp0610 TN2105 HV9123 Ring generator HV9112 LCD shutter
Controllers

Abstract: No abstract text available
Text: Chapter f, Section 1 H otsw ap C on troller lC s / in ru sh C urrent L im iters / Circuit B rea k er iC s § 1 . Hotswap Controller ICs/lnrush Current Limiters/ Circuit Breaher Km HV100/HV101 - 3 -P in Hotswap, InrushCurent Limiter Controllers. HV300/HV310 - Hotswap, Inrush Current Limiter Controllers. « a . «a , HV301/HV311 - Hotswap Controllers with Circuit Breaker


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PDF HV100/HV101 HV300/HV310 HV301/HV311 HV302/HV312 Controllers
hep 251

Abstract: 32 channel Relay controller IC hep 230 hv9906 ANH44 128-CHANNEL DUAL MOSFET DRIVER 14 PIN LIST
Text: Currrent Limiters/Circuit Breaker ICs HV100/HV101 - 3 -Pin Hotswap, Inrush Current Limiter Controllers , Inductorless, Dual Output Off-Line Regulator 52 57 See Page 149: Inductorless Off-Line Regulator ICs § 3 , LR8 - High Input Voltage Adjustable 3 -Terminal Linear Regulator , . 244 Chapter 2: Product Selector Euides 1. 2. 3 . 4. 5. Hotswap Controller ICs/lnrush Current , . 261 263 264 260 260 Chapter 3 : Applications ¡Mates Application Notes Listing


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PDF HV100/HV101 HV300/HV310 HV301/HV311 HV302/HV312 hep 251 32 channel Relay controller IC hep 230 hv9906 ANH44 128-CHANNEL DUAL MOSFET DRIVER 14 PIN LIST
2002 - disadvantages of mosfet

Abstract: HV101K5
Text: are the industry’s first 3 -pin hotswap controller integrated circuits (ICs). They are available in a SOT-223 package now and in a MLP- 3 package in March. The latter is 33% smaller than the SOT , cost 3 -pin MLP package Smallest hot swap available – 33% smaller than SOT-23-6 Only one , HV100K5/HV101K5 HV100K6/HV101K6 Package Datasheet 3 -Pin SOT-223 Now 3 -Pin MLP Now Demo Board , UV Options 34V 14V Package Options 3 -Pin SOT-223 3 -Pin MLP HV100K5 HV100K6 HV101K5


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PDF HV100/HV101 HV100 HV101 OT-223 OT-23-6 HV301/311 HV300/310 HV100/101 HV100/101 disadvantages of mosfet HV101K5
ups high power FET Transistor

Abstract: high power FET Transistor for ups negative voltage regulator, 48V LIMITING INRUSH CURRENT mosfet 3pin variable resistor mosfet 3pin HV101 HV100K5 HV100DB1 disadvantages of mosfet
Text: Typical Application Circuit HV100/HV101 Overview The HV100 and HV101 are the industry's first 3 -pin hotswap controller integrated circuits (ICs). They are available in a SOT-223 package now and in a MLP- 3 , : Low cost Saves money in overall design cost 3 -pin MLP package Smallest hot swap available ­ , Availability Part Number HV100K5/HV101K5 Package Datasheet 3 -Pin SOT-223 Now Demo Board Samples , Options 3 -Pin SOT-223 HV100K5 HV101K5 X X 1 X 6 X X X 6 X X Power


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PDF HV100/HV101 HV100 HV101 OT-223 OT-23-6 HV301/311 HV300/310 HV100/101 HV100/101 ups high power FET Transistor high power FET Transistor for ups negative voltage regulator, 48V LIMITING INRUSH CURRENT mosfet 3pin variable resistor mosfet 3pin HV100K5 HV100DB1 disadvantages of mosfet
transistor 30028

Abstract: microverter d UV28T512 microverter Calex IN1402 nV48 PFC-600
Text: .02 1 ± 10 0.5 120* 110-120 ±5 200 200 200 .02 120* 110-120 ±5 200 200 200 .02 ±1 2 .2 3 ±10 0.5 120* 110-120 ±5 200 200 200 .02 .02 .02 1 ±1 .2 .2 3 ± 10 .02 .02 1 + 10, -30 ±1 .2 .2 3 0.5 % % % %p-p % V , temperature Thermal resistance case to ambient -40 + 100 + 110 + 100 + 105 4.2 (singles) 3 3 (triples) 7 , (singles) 3.3 (troles) 7 (singles) 9 (triples) 0.5 X 2.4 X 3 ,6 (singles) 0.5 X 2.4 X 4.6 (trples) + 100 40 + 110 + 100 + 105 4.2 (singes) 3.3 (triples) 7 (singles) 9 (triples) 0.5 X 2.4 X 3 6 (singles) 0.5


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PDF 24Vde, 48Vdc 300Vdc M00UIÉ transistor 30028 microverter d UV28T512 microverter Calex IN1402 nV48 PFC-600
Not Available

Abstract: No abstract text available
Text: 8 , 4 8 , a n d 3 0 0 V D C Input DESCRIPTION M icroVerter modules are high density DCDC , M iniature Size High Density - Up to 5 8 W / i n . 3 Constant Frequency - 3 7 0 K H z , -2 |jV48-2 ,uV300-2 ,uV28- 3 (iV48- 3 .UV300- 3 HV28-5 HV48-5 ,uV300-5 ,uV28-8 HV48-8 UV300 , ; Efficiency (see curves page 17) OUTPUT 2,6x10-4 20 1.5 7.5 0,35 60 CONDITIONS ±1 .2 ,2 3 , • email: sales@roassoc.com 75005GG 0 0 0 0 3 4 b MICROVERTER® p V 4 8 351 SERIES S


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PDF iV48-5 A-32A-8A. H-V48-5. 400MHZ juV28 iV48-Triple uV300
8051 interface with rs485

Abstract: pot interface with adc using 8051 HV100 HV300 RS485 INTERFACE WITH 8051 vehicle monitoring system using microcontroller 8051 ba p35 cs-344
Text: ! " ! #$$% & '(# ) * + , - - ! " ! #$$% . #$$# / 0 / 2 3 - 4 , 1 2 1 ) . , 1 33 3 3 * 3 . 0 5 ! 2 6 3 2 , 33 3 ), 2 2 2 ! " ! #$$% 3 7- 4 8 1 ! / : 0' 0 1 " 1 ; " ' . . #+ "" 3 / / 5 10 4 1 & , 6 ' 7" 2 999 + 6% $" 0 1 1 1 ' : < ! # $ % $& () $ *%) $ ( +) , '% $ # ( $ / #0 10 . ' 2 0 # (# $ / #0 10 . . . 4 1 ! # 3


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pj 72 diode

Abstract: pj 49 diode pj 44 diode 9v 200 ohm relay pj 89 diode P248L ic 7pin dip PWM Converter diode pj 33 vp1550 36 V - 72 V to 24 V push-pull converter
Text: Chapter S: Product Selector Guides Chapter 1. 2. 3 . 4. 5. Product Selector Guides 248 249 , Power Good Signal Min Input Voltage Max Input Voltage Max Supply Current (mA) Number of Channels 3 -Pin MLR 3 -Pin SOT-223 Die 8-Pin SOIC 14-Pin DIP 14-Pin SOIC Note: HV1Q0 UV Until C-Load Fully , 1 · 3 HV310 Both Optional Optional L 10 90 0.65 1 · 2 , current and complete Package Options. Notes: 1. 2. 3 . 4. 5. 6. H = High Power Good Signal L = Low Power


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PDF VP1550 VP2106 VP2110 VP2206 VP2450 VP3203 TC2320 -200V pj 72 diode pj 49 diode pj 44 diode 9v 200 ohm relay pj 89 diode P248L ic 7pin dip PWM Converter diode pj 33 36 V - 72 V to 24 V push-pull converter
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