BCD60 Search Results

AN937

Abstract: BCD60 L4971 SO16L DIODE S4 45a D97IN686
Contextual Info: AN937 APPLICATION NOTE Designing with L4971, 1.5A High Efficiency DC-DC Converter by N. Tricomi INTRODUCTION The L4971 is a 1.5A monolithic dc-dc converter, step- down , operating at fix frequency continuous mode. It is realised in BCD60 II technology, and it’s available in two plastic packages, MINIDIP and SO16L.

AN938

Abstract: ekr 63V CAPACITOR line conditioner 77310 ekr CAPACITOR L4973V5.1 RS transformer 200va BCD60 L4973 SO20
Contextual Info: AN938 APPLICATION NOTE DESIGNING WITH L4973, 3.5A HIGH EFFICIENCY DC-DC CONVERTER 1 INTRODUCTION The L4973 family is a 3.5A monolithic dc-dc converter, step- down topology, operating in continuous mode. It is realized in BCD60 II technology, and it’s available in two plastic packages,

lm339 pwm speed motor

Abstract: DC MOTOR DRIVE WITH LM339 lm339 pwm diagram lm339 pwm speed dc motor speed control lm358 L6234 Power SO20 board L6506 schematic inductive speed sensor using LM358 lm393 rotational speed DC SPEED MOTOR WITH LM358
Contextual Info: AN1088 APPLICATION NOTE L6234 THREE PHASE MOTOR DRIVER by Domenico Arrigo INTRODUCTION The L6234 is a DMOSs triple half-bridge driver with input supply voltage up 52V and output current of 5A. It can be used in a very wide range of applications. It has been realized in Multipower BCD60II technology which allows the combination of isolated DMOS

equivalent sb560

Abstract: AN1061 330nF capacitor overvoltage protections application note BCD60 L4978 SO16L ST L4978 12V DC to 48v dc converter circuit diagram
Contextual Info:  AN1061 APPLICATION NOTE Designing with L4978, 2A High Efficiency DC-DC Converter by N. Tricomi and D. Arrigo INTRODUCTION The L4978 is a 2A monolithic dc-dc converter, step- down , operating at fix frequency continuous mode. It is realised in BCD60 II technology,and it’s available in two plastic packages, MINIDIP and SO16L.

Transformer 200VA

Abstract: crdi driver amplifier AN938 BCD60 L4973 S020 SO20 SO20L equivalent sb560 0-24v variable dc power supply
Contextual Info: AN938 APPLICATION NOTE DESIGNING WITH L4973, 3.5A HIGH EFFICIENCY DC-DC CONVERTER by N. Tricomi and G. Gattavari INTRODUCTION The L4973 family is a 3.5A monolithic dc-dc converter, step- down topology, operating in continuous mode. It is realized in BCD60 II technology, and it’s available in two plastic packages, POWERDIP18 12+3+3 and SO20L (12+4+4).

NE555 PWM 30khz

Abstract: LM393 Hall monostable using LM358 schematic inductive speed sensor using LM358 DC MOTOR DRIVE WITH LM339 lm339 pwm speed motor AN1088 dc motor speed control lm358 lm339 pwm diagram lm339 pwm speed motor lm339 pwm speed
Contextual Info: AN1088 APPLICATION NOTE  L6234 THREE PHASE MOTOR DRIVER by Domenico Arrigo INTRODUCTION The L6234 is a DMOSs triple half-bridge driver with input supply voltage up 52V and output current of 5A. It can be used in a very wide range of applications. It has been realized in Multipower BCD60II technology which allows the combination of isolated DMOS

AN937

Abstract: BCD60 L4971 SO16L sanyo capacitor CG
Contextual Info:  AN937 APPLICATION NOTE Designing with L4971, 1.5A High Efficiency DC-DC Converter by N. Tricomi INTRODUCTION The L4971 is a 1.5A monolithic dc-dc converter, step- down , operating at fix frequency continuous mode. It is realised in BCD60 II technology,and it is available in two plastic packages, MINIDIP and SO16L.

Contextual Info:  AN937 APPLICATION NOTE Designing with L4971, 1.5A High Efficiency DC-DC Converter by N. Tricomi INTRODUCTION The L4971 is a 1.5A monolithic dc-dc converter, step- down , operating at fix frequency continuous mode. It is realised in BCD60 II technology,and it is available in two plastic packages, MINIDIP and SO16L.

AN937

Abstract: L4971 3L60U L4971 equivalent
Contextual Info: AN937 APPLICATION NOTE DESIGNING WITH L4971, 1.5A HIGH EFFICIENCY DC-DC CONVERTER 1 INTRODUCTION The L4971 is a 1.5A monolithic dc-dc converter, step- down , operating at fix frequency continuous mode. It is realised in BCD60 II technology, and it is available in two plastic packages,

AN937

Abstract: BCD60 L4971 SO16L
Contextual Info: AN937 APPLICATION NOTE Designing with L4971, 1.5A High Efficiency DC-DC Converter by N. Tricomi INTRODUCTION The L4971 is a 1.5A monolithic dc-dc converter, step- down , operating at fix frequency continuous mode. It is realised in BCD60 II technology,and it’s available in two plastic packages, MINIDIP and SO16L.

equivalent sb560

Abstract: L4978 AN1061 lm358 soft start BCD60 SO16L 126uH RF VDMOS ST L4978 77120
Contextual Info:  AN1061 APPLICATION NOTE Designing with L4978, 2A High Efficiency DC-DC Converter by N. Tricomi and D. Arrigo INTRODUCTION The L4978 is a 2A monolithic dc-dc converter, step- down , operating at fix frequency continuous mode. It is realised in BCD60 II technology,and it’s available in two plastic packages, MINIDIP and SO16L.

Nippon Chemi-Con eky

Abstract: L4973V5.1 equivalent AN938 lm358 soft start EKY-630ELL L4973 BCD6 nippon capacitors dc to dc converters schematic diagram with LM358 freewheeling diode 4.5A
Contextual Info: AN938 Application note Designing with L4973, 3.5 A high efficiency DC-DC converter Introduction The L4973 family is a 3.5 A monolithic DC-DC converter in step-down topology operating in continuous mode. It uses BCD60 II technology and is available in two plastic packages,

AN937

Abstract: BCD60 L4971 SO16L
Contextual Info: AN937 APPLICATION NOTE Designing with L4971, 1.5A High Efficiency DC-DC Converter by N. Tricomi INTRODUCTION The L4971 is a 1.5A monolithic dc-dc converter, step- down , operating at fix frequency continuous mode. It is realised in BCD60 II technology, and it is available in two plastic packages, MINIDIP and SO16L.

AN1061

Abstract: BCD60 L4978 SO16L AN-1061 SB560 CT 126uH
Contextual Info: AN1061 APPLICATION NOTE DESIGNING WITH L4978, 2A HIGH EFFICIENCY DC-DC CONVERTERY 1 INTRODUCTION The L4978 is a 2A monolithic dc-dc converter, step- down , operating at fix frequency continuous mode. It is realised in BCD60 II technology, and it’s available in two plastic packages, MINIDIP and

equivalent sb560

Abstract: AN1061 BCD60 L4978 SO16L 126uH
Contextual Info: AN1061 APPLICATION NOTE Designing with L4978, 2A High Efficiency DC-DC Converter by N. Tricomi and D. Arrigo INTRODUCTION The L4978 is a 2A monolithic dc-dc converter, step- down , operating at fix frequency continuous mode. It is realised in BCD60 II technology, and it’s available in two plastic packages, MINIDIP and SO16L.

SB360 diode

Abstract: L4971 SO16L AN937 BCD60 AN-937
Contextual Info: AN937 APPLICATION NOTE Designing with L4971, 1.5A High Efficiency DC-DC Converter by N. Tricomi INTRODUCTION The L4971 is a 1.5A monolithic dc-dc converter, step- down , operating at fix frequency continuous mode. It is realised in BCD60 II technology, and it is available in two plastic packages, MINIDIP and SO16L.

equivalent sb560

Abstract: lm358 soft start frolyt 100uf 100a lead acid charger BRIDGE-RECTIFIER 12v 5A precision, 200uH inductor RS transformer 200va bridge RECTIFIER GI L4973V5.1 equivalent frolyt
Contextual Info: AN938 APPLICATION NOTE DESIGNING WITH L4973, 3.5A HIGH EFFICIENCY DC-DC CONVERTER by N. Tricomi and G. Gattavari INTRODUCTION The L4973 family is a 3.5A monolithic dc-dc converter, step- down topology, operating in continuous mode. It is realized in BCD60 II technology, and it’s available in two plastic packages, POWERDIP18 12+3+3 and SO20L (12+4+4).

AN937

Abstract: KY Nippon nippon capacitors AN-937 STPS3L60 dc-dc converter 48v to 24v 3a EKY nippon
Contextual Info: AN937 Application Note Designing with L4971, 1.5 A high efficiency DC-DC converter Introduction The L4971 is a 1.5 A monolithic dc-dc converter, step- down, operating at fix frequency continuous mode. It is designed in BCD60 II technology, and it is available in two plastic

LM358 output drive circuits

Abstract: AN938 BCD60 L4973 S020 SO20 SO20L L4973V5.1 frolyt 100uf
Contextual Info: AN938 APPLICATION NOTE DESIGNING WITH L4973, 3.5A HIGH EFFICIENCY DC-DC CONVERTER by N. Tricomi and G. Gattavari INTRODUCTION The L4973 family is a 3.5A monolithic dc-dc converter, step- down topology, operating in continuous mode. It is realized in BCD60 II technology, and it’s available in two plastic packages, POWERDIP18 12+3+3 and SO20L (12+4+4).

lm339 pwm diagram

Abstract: lm339 pwm speed motor dc motor speed control lm358 LM393 Hall DC MOTOR DRIVE WITH LM339 lm339 pwm speed schematic diagram brushless motor control LM393 application note schematic diagram motor control motor speed lm358
Contextual Info: AN1088 APPLICATION NOTE  L6234 THREE PHASE MOTOR DRIVER by Domenico Arrigo INTRODUCTION The L6234 is a DMOSs triple half-bridge driver with input supply voltage up 52V and output current of 5A. It can be used in a very wide range of applications. It has been realized in Multipower BCD60II technology which allows the combination of isolated DMOS

flyback smps 300w

Abstract: bjt 2n2222 driver circuit variac used as a battery charger 12v 50 A battery charger smps schematic flyback transformer philips TV 29 inch schematic smps 300W BCD60II L4990 L4990A SO16W
Contextual Info: L4990 L4990A  PRIMARY CONTROLLER CURRENT-MODE CONTROL PWM SWITCHING FREQUENCY UP TO 1MHz LOW START-UP CURRENT < 0.45mA HIGH-CURRENT OUTPUT DRIVE SUITABLE FOR POWER MOSFET 1A FULLY LATCHED PWM LOGIC WITH DOUBLE PULSE SUPPRESSION PROGRAMMABLE DUTY CYCLE

L4952D

Abstract: BCD60II L4952 SO20
Contextual Info: L4952 VOLTAGE REGULATOR FOR CAR RADIO APPLICATIONS OPERATION SUPPLY VOLTAGE 9.5 TO 28V PEAK SUPPLY OVERVOLTAGE PULSE UP TO 52V VS. GND FIXED OUTPUT VOLTAGE OF 8.6 ± 0.2V AND OUTPUT CURRENT UP TO 150mA VERY LOW DROP OUTPUT STAGE WITH LOW OUTPUT VOLTAGE DIAGNOSTIC

Contextual Info: 100 mA SILICO N CARTRIDGE R E C T IF IE R S SMALL SIZE MOLDED PACKAGE PRV 8,000 TO 60,000 VOLTS FAST RECOVERY RTD SERIES LOW LEAKAGE Peak Reverse Voltage PRV (Volts) EDI Type Number Max. Forward Voltage Drop at 25*C and 100 mA VF (Volts) Length V Fig. 3

Contextual Info: L4990 L4990A PRIMARY CONTROLLER • ■ ■ ■ ■ ■ ■ . ■ ■ ■ ■ . ■ CURRENT-MODE CONTROL PWM SWITCHING FREQUENCY UP TO 1MHz LOW START-UP CURRENT < 0.45mA HIGH-CURRENT OUTPUT DRIVE SUITABLE FOR POWER MOSFET 1 A FULLY LATCHED PWM LOGIC WITH DOU­