500 MILLION PARTS FROM 12000 MANUFACTURERS

DATASHEET SEARCH ENGINE

Top Results

Part Manufacturer Description Datasheet BUY
MOTIONFIRE-MOTORCONTROL-REF Texas Instruments Motionfire Motor Control Reference Design (FireDriver Module) visit Texas Instruments
DRV8826PWP Texas Instruments Serial interface dual bridge motor controller IC 28-HTSSOP -40 to 85 visit Texas Instruments
DRV8826PWPR Texas Instruments Serial interface dual bridge motor controller IC 28-HTSSOP -40 to 85 visit Texas Instruments
DRV8851-33DSSR Texas Instruments STEPPER MOTOR CONTROLLER visit Texas Instruments
DRV8851-25DSSR Texas Instruments STEPPER MOTOR CONTROLLER visit Texas Instruments
DRV8851-27DSSR Texas Instruments STEPPER MOTOR CONTROLLER visit Texas Instruments

control speed of dc motor using 3 phase bridge fu

Catalog Datasheet MFG & Type PDF Document Tags

TB9061FNG

Abstract: TB6612 TPD7101F VPBR Brushless Motor Drivers 3-Phase Brushless DC Motor Controller with 150° Commutation , . Integrated lead angle control between 0° and 58° in 32 separate steps. This permits a wide range of motor , ) TB6613FTG The TB6613FTG is a DC motor driver IC using low-ON-resistance LDMOS transistors at the output , -ch constant-current bridge driver Direct PWM control (four of which can control up to two microstepping motors , 2.8 A Dual bridge TB6608FNG 15 V 0.8 A 2W 1-2-phase, constant current control
Toshiba
Original
TB9061FNG TB6612 toshiba tb6560 TB9056FNG TB6584FNG TB9067FNG QFP100 LQFP44 DIP16 SSOP24 LQFP48 LQFP100
Abstract: â'¢ f s w it c h ' T o n Where: DC MOTOR SPEED CONTROL = Commutation Time and it is , cound be foreseen (see DC Motor Speed Control). HIGH CURRENT MICROSTEP DRIVE FOR STEPPER MOTORS , L6202 CIRCUIT DESCRIPTION The L6202 is a m onolithic fu ll bridge switching motor driver realized in , sensed voltage to control the speed or during the brake of the L6202. Between the sense resistor and , BflDglSSSlie'MORJIKSS 465 L6202 Fig. 17 - Bidirectional DC motor control 220nF U sâ 24U 0 100nF â' ft -
OCR Scan
100KH
Abstract: speed of the motor) the VCO control voltage will be no higher than VCC min - 1V. The VCO maximum , the need for signals from Hall Effect Sensors. This IC senses the back EMF of the 3 motor windings , techniques. This technique will commutate virtually any 3-phase BLDC motor and is insensitive to PWM noise , Minimum "Spin-Up" Time for Spindle Motors â  Accurate, Jitter-Free Phase Locked Motor Speed Feedback , phase-locked loop, locking the VCO to the back-EMF of the motor. The IC also contains circuitry to control -
OCR Scan
ML4411 ML4410 ML4411A

Diode ph 4148

Abstract: Hard Disk drive spindle motor control inductive sense of operation (the running speed of the motor) the V C O control voltage w ill be no higher than V C C , . This IC senses the back EMF of the 3 motor windings (no neutral required) to determine the proper commutation phase angle using Phase Lock Loop techniques. This technique w ill commutate virtually any 3-phase , Spindle Motors Accurate, Jitter-Free Phase Locked Motor Speed Feedback Output Linear or PWM Motor Current , acceleration rate of the V C O during start-up Motor Terminal 1 Motor Terminal 2 Motor Terminal 3 12V power
-
OCR Scan
Diode ph 4148 Hard Disk drive spindle motor control inductive sense L4410 L4411 ML4411/ML4411A

diagram of 3 phase motor with auto control

Abstract: ML4410 without the need for signals from Hall Effect sensors. This IC senses the back EMF of the 3 motor windings , . This technique will commutate virtually any 3-phase BLD C motor and is insensitive to P W M noise and , Speed Feedback Output Linear or P W M Motor Current Control Easy Microcontroller Interface for Optimized , . Start-up sequencing and motor speed control are accomplished by a microcontroller. Speed sensing is , , accelerating the motor at a fixed rate. Step 3: W hen the motor speed reaches about 100 RPM, the back EMF loop
-
OCR Scan
diagram of 3 phase motor with auto control afyc ML4410CQ ML441

schematic diagram 48v dc motor speed controller

Abstract: L298 and unipolar stepper motor Circuit of fig. 8 (1:1 scale). Figure 10 : Two Phase Bipolar Stepper Motor Control Circuit by Using the , current of the load. Fu nctio n 2;3 4;5 Out 1; Out 2 Outputs of the Bridge A; the current , : Bidirectional DC Motor Control Inputs Vinh = H Vinh = L X = Don't Care L = Low 6/12 Function , L293B - L293E Figure 11 :Stepping Motor Driver with Phase Current Control and Short Circuit Protection , and junction temperature TWO PHASE BIPOLAR STEPPER MOTOR CONTROL CIRCUIT August 1996 1/11
STMicroelectronics
Original
schematic diagram 48v dc motor speed controller L298 and unipolar stepper motor L293D H-bridge motor drive control motors l297 l298 4-phase BIPOLAR STEPPER MOTOR L298 microstepping L6203 L293D L293DD TEA3718-TEA3718S

LENZE 8200 vector parameters

Abstract: E82EV751 side Mounted at intervals of 3 mm DC bus operation 2-4 FU 8200 vector en 11/02 Possible , 230 V, 3-phase, normal operation, without integrated EMC filters Motor power [kW] 5.5 7.5 , Chapter 4 400 V/500 V, 3-phase, normal operation, without integrated EMC filters Motor power [kW] 4 , 400 V, 3-phase, normal operation, with integrated EMC filters 3) Motor power [kW] 5.5 7.5 11 , quick selection guide 400 V, 3-phase, normal operation, with integrated mains filters 3) Motor power
Lenze Drive Systems
Original
LENZE 8200 vector parameters E82EV751 LENZE 9300 drive manual EMZ9371BC manual lenze 8200 vector e82ev152 lenze d-31855 manual D-31763 D-31855

PWM controller transconductance

Abstract: BC05 Brushless DC Motor Controller provides the necessary functions to control conventional 3-phase , . APPLICATIONS · 3 PHASE BRUSHLESS MOTOR CONTROL BLO CK D IAGRAM = MOTOR I 0 A P E X M I C R O T , OR 15 V VCC SU PPLIES · THREE PHASE FU LL BRIDGE OPERATION WITH 2 OR 4 QUADRANT PWM · AUTOMATIC , COMMUTATION SEQUENCES · COMMUTATION TRANSITIONS OUTPUT FOR DERIVING SPEED CONTROL · MAY BE USED OPEN LOOP, OR WITHIN A FEEDBACK LOOP · AN ALO G MOTOR CURRENT MONITOR OUTPUT, MAY BE USED FOR TORQUE CONTROL OR FOR
-
OCR Scan
PWM controller transconductance 546-APEX BC05U
Abstract: phase-locked loop, locking the V C O to the back-EMF of the motor. The IC also contains circuitry to control , input does not exceed Vcc- b cm m a m Start-up sequencing and motor speed control are , should be set so that at the maximum frequency of operation (the running speed of the motor) the V C O , motor speed in Revolutions Per Minute. â  Figure 3. VCO Output Frequency vs. V yco 0005^4 0 ^ , conduction is the condition where an N-FET and P-FET in the same phase of the bridge conduct simultaneously -
OCR Scan
ML4420 ML4420CS 28-PIN

em 286 stepper

Abstract: em 286 stepper motor bridge for motor control appli­ cations realized in BCD technology, with the ca­ pability of driving both windings of a bipolar step­ per motor or bidirectionally control two DC motors. L6258 and a , driving the two half bridge using signals IN_A and IN B with the same phase and 50% of duty cycle. In , WINDINGS OF A BI­ POLAR STEPPER MOTOR OR TWO DC MO­ TORS â  OUTPUT CURRENT UP TO 1.5A EACH WINDING , I3 1 See pin 3 34 O UT 1B/SENSE1 B Bridge output connection and positive input of the
-
OCR Scan
em 286 stepper em 286 stepper motor

three phase bridge inverter in 180 degree and 120

Abstract: three phase bridge inverter in 180 degree and 120 using microcontroller who want to understand the functions of the 3-phase brushless DC motor control 120-degree trapezoidal , presents the hardware manual of the 3-phase brushless DC motor control 120-degree trapezoidal drive with , User's Manual 3-Phase Brushless DC Motor Control 120-Degree Trapezoidal Drive with Hall , 4.1 Motor Speed With a 3-phase, 4-pole BLDCM, the value of the U-phase Hall sensor IC changes 4 times , Low-Voltage Motor Control Evaluation System (MC-LVKIT-714) from NEC Electronics to drive a low-voltage, 3-phase
NEC
Original
U18028EU1V1UME0 three phase bridge inverter in 180 degree and 120 three phase bridge inverter in 180 degree and 120 using microcontroller 3 PHASE BRUSHLESS DC MOTOR CONTROL inverter pid example 3 phase PWM inverter 120-D 89/336/EEC EEDT-ST-0005-10 MC-CPU-78F0714

ML4411

Abstract: hard drive spindle motors diagram maximum frequency of operation (the running speed of the motor) the VCO control voltage will be no higher , ) motors without the need for signals from Hall Effect Sensors. This IC senses the back EMF of the 3 motor , techniques. This technique will commutate virtually any 3-phase BLDC motor and is insensitive to PW M noise , Spindle Motors Accurate, Jitter-Free Phase Locked Motor Speed Feedback Output Linear or PW M Motor Current , ) directly. Start-up sequencing and motor speed control are accomplished by a microcontroller. Speed sensing
-
OCR Scan
hard drive spindle motors diagram ML4411CS

L292 unitrode

Abstract: L292P s (DC tra n sfe r fu n c tio n fro m th e in p u t of th e co m pa ra to r (VTM) to th e m o to r , Frequency and Motor Current Ripple For a value of rotation speed to th e e.m .f. E is equal to KeW, where Ke , of th e bridge and sw itching on the other. The delay T is a fu n ctio n o f the integrated resistor , eglecting th e Vce sat of the bridge tra n sisto r and the Vbe of the diodes: 1 m° Rm 2Vs Vr where: Vs = , value of f is: fm in - (phase m argin = 4 5 °) 2< / T In order to achieve good stability, the phase
-
OCR Scan
L292 unitrode L292P

thyristor firing circuit

Abstract: miniature Audio transformer 200k to 1k ct input power the DC motor. The motor speed depends on the peak value of the half-sinusoids and the period of , the positive DC voltage supplied to terminal 3 of the phase comparator depends on motor-speed error , of 5µA to 26µA. The DC to DC conversion efficiency is about 48%. 2 3 4 6 MAX IOUT = , motor. When the motor speed is too low, the voltage at terminal 2 of the voltage comparator is less positive than that at terminal 3, and the output voltage at terminal 6 goes "high". When the motor speed
Intersil
Original
CA3094 AN6077 thyristor firing circuit miniature Audio transformer 200k to 1k ct input scr pulse battery charger schematic IN4007 diode automatic off 12V battery charging by power scr ca3094 equivalent AN6048 CA3080 CA3085 FN491
Abstract: Current Drivers can Control MPM3003 MOSFET 3-Phase Bridge â'¢ Cycle-By-Cycle Current Limiting SILICON , closed-loop m otor speed control. The am plifier features a typical DC voltage gain of 80 dB, 0.6 MHz gain , MC33033. FIGURE 37 â'" CLOSED LOOP BRUSHLESS DC MOTOR CONTROL W ITH THE M C33033 USING THE M C33039 , series is designed to control three phase motors and operate w ith four of the most common conventions , brushless DC motors, it may also be used to control DC brushtype motors. Figure 44 shows an application of -
OCR Scan
MC33034 MC33035 C6987B

schematic DIAGRAM AVR 150 kva GENERATOR

Abstract: schematic DIAGRAM AVR 500 kva GENERATOR motor refers to Hitachi standard 3-phase motor (4-pole). When using other motors, care must be taken to , speed. Note 5: When using the inverter with 3-phase power input, remove the single phase filter and , when using a Hitachi standard 3-phase, 4-pole motor. Note 8: The braking torque via capacitive , time that is long enough to cause motor overheating. If you use DC braking, we recommend using a motor , easily changed from low speed to high speed. Be sure check the capability and limitations of the motor
-
Original
NB675X schematic DIAGRAM AVR 150 kva GENERATOR schematic DIAGRAM AVR 500 kva GENERATOR schematic diagram igbt inverter welding machine A143 PNP switching transistor 007NFEF2 schematic diagram UPS 5 KVA L2002
Abstract: by R and C in series (See DC Motor Speed Control). Figure 18: Two Phase Bipolar Stepper Motor , Period T = Tr + T ld + Tf + Td DC Motor Speed Control Since the I.C. integrates a full H-Bridge in a , control the speed and during the brake of the motor. Between the sense resistor and each sense input of , which a typical Supply Voltage of 24V is recommended. Figure 17: Bidirectional DC Motor Control U , Voltage 11 6 10 3 OUT 1 Output of first Half Bridge 12 7 11 4 BOOT1 A -
OCR Scan
L6201 L6203 L6203/L6201 L6201PS MULTIWATT11

"Brushless Motors"

Abstract: c33035 Three Phase C losed Loop Controller The MC33033, by itself, is capable of open loop motor speed control , functions required for the implementation of open loop, three or four phase motor control. The device , speed control. The am plifier features a typical dc voltage gain of 80 dB, 0.6 MHz gain bandwidth, and a , -|) at Pin 18 of the MC33033. Figure 37. Closed Loop Brushless DC Motor Control W ith the M C33033 , therm al shutdown. Typical motor control functions include open loop speed, forward or reverse direction
-
OCR Scan
c33035 33033DW gh1001 C33035

L6281

Abstract: a snubber network made by R and C in series (See DC Motor Speed Control). Figure 18: Two Phase , controlling DC mo­ tors. When used for DC motor control it performs the power stage required for both speed , ­ pares the sensed voltage both to control the speed and during the brake of the motor. Between the , Bridge 10 5 9 2 V8 Supply Voltage 11 6 10 3 OUT1 Output of first Half , CIRCUrT DESCRIPTION The L6201/1 P/2/3 is a monolithic full bridge switching motor driver realized in the
-
OCR Scan
L6281 L6201P 7121E37

PD16877

Abstract: PD16814 Family (1) DC motor drivers for cameras (3 models) PT (W) IDD (mA) RON () (MAX.) Part Number VDD , circuit 1 2 IN1 9 Control circuit (1) VM1 1A H bridge (1) 23 1B EN1 10 3 PGND 20 VM2, 3 4 IN2 11 Control circuit (2) 2A H bridge (2) 21 2B EN2 12 22 PGND 5 IN3 13 Control circuit (3) 3A H bridge (3) 19 3B EN3 14 6 8 Control circuit (4 , drive for FDD DC motor drive for camera Spindle & Actuator drive for CD-ROM Power switch for
NEC
Original
PD16877 PD16814 MOS FET Array UPA1600CX uPD16833AGS-9JH UPA1602GS G11903EJ5V0PF00
Showing first 20 results.