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Part Manufacturer Description Datasheet Download Buy Part
LT3485EDD-3#TRPBF Linear Technology LT3485 - Photoflash Capacitor Chargers with Output Voltage Monitor and Integrated IGBT Drive; Package: DFN; Pins: 10; Temperature Range: -40°C to 85°C
LT3585EDDB-3#TRPBF Linear Technology LT3585 - Photoflash Charger with Adjustable Input Current and IGBT Driver; Package: DFN; Pins: 10; Temperature Range: -40°C to 85°C
LT3585EDDB-1#TRMPBF Linear Technology LT3585 - Photoflash Charger with Adjustable Input Current and IGBT Driver; Package: DFN; Pins: 10; Temperature Range: -40°C to 85°C
LT3585EDDB-3 Linear Technology LT3585 - Photoflash Charger with Adjustable Input Current and IGBT Driver; Package: DFN; Pins: 10; Temperature Range: -40°C to 85°C
LT3485EDD-0 Linear Technology LT3485 - Photoflash Capacitor Chargers with Output Voltage Monitor and Integrated IGBT Drive; Package: DFN; Pins: 10; Temperature Range: -40°C to 85°C
LT3485EDD-1#TR Linear Technology LT3485 - Photoflash Capacitor Chargers with Output Voltage Monitor and Integrated IGBT Drive; Package: DFN; Pins: 10; Temperature Range: -40°C to 85°C

L298 and bipolar stepper motor Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2000 - L298N

Abstract:
Text: L298 This solution can drive until 3 Amps In DC operation and until 3.5 Amps of a repetitive peak current. On Fig 8 it is shown the driving of a two phase bipolar stepper motor ; the needed signals to , Bipolar Stepper Motor Circuit. This circuit drives bipolar stepper motors with winding currents up to 2 A , of fig. 8 (1:1 scale). Figure 10 : Two Phase Bipolar Stepper Motor Control Circuit by Using the , Motor Stop X = Don't care L298 Figure 7 : For higher currents, outputs can be paralleled. Take


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PDF 15lead PowerSO20 L298N L298 L297 pcb layout ic l298 l298 application note dc motor driver using L298 pcb layout L298 stepper motor driver pin diagram dc motor driver using L298 L298 pcb layout L298 L298 and bipolar stepper motor
2000 - H BRIDGE MULTIWATT 11 LEAD

Abstract:
Text: L298 This solution can drive until 3 Amps In DC operation and until 3.5 Amps of a repetitive peak current. On Fig 8 it is shown the driving of a two phase bipolar stepper motor ; the needed signals to , Bipolar Stepper Motor Circuit. This circuit drives bipolar stepper motors with winding currents up to 2 A , Circuit of fig. 8 (1:1 scale). Figure 10 : Two Phase Bipolar Stepper Motor Control Circuit by Using the , Motor Stop Free Running Motor Stop X = Don’t care L298 Figure 7 : For higher currents, outputs


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PDF 15lead PowerSO20 L298P L298HN L298P013TR L298N H BRIDGE MULTIWATT 11 LEAD ic l298p L298 driver ic
2000 - L298

Abstract:
Text: Bipolar Stepper Motor Circuit. This circuit drives bipolar stepper motors with winding currents up to 2 A , of fig. 8 (1:1 scale). Figure 10 : Two Phase Bipolar Stepper Motor Control Circuit by Using the , Stop C=X;D=X Free Running Motor Stop H = High X = Don't care L298 Figure 7 : For , bepreferred. 7/13 L298 This solution can drive until 3 Amps In DC operation and until 3.5 Amps of a repetitive peak current. OnFig 8 it is shownthe driving ofa twophasebipolar stepper motor ; the needed


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PDF 15lead PowerSO20 L298 dc motor driver using L298 L6506 l298 h- bridge L298 pin diagram dc motor driver using L298 pcb layout ic l297 L298 stepper motor driver pin diagram l297 l298 bipolar L297
1995 - L298

Abstract:
Text: bipolar stepper motor ; the needed signals to drive the inputs of the L298 are generated, in this example , shows a second two phase bipolar stepper motor control circuit where the current is controlled by the I.C. L6506. Figure 8 : Two Phase Bipolar Stepper Motor Circuit. This circuit drives bipolar , Stepper Motor Control Circuit by Using the Current Controller L6506. RR and Rsense depend from the load , L298 DUAL FULL-BRIDGE DRIVER . . . . . OPERATING SUPPLY VOLTAGE UP TO 46 V TOTAL DC


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PDF 15lead PowerSO20 L298 l297 l298 ic l298 control motors l297 l298 L298HN l298 application note L298N D95IN240 Controlling 2 DC motor using L298 L298P
L298

Abstract:
Text: bipolar stepper motor ; the needed signals to drive the inputs of the L298 are generated, in this example , shows a second two phase bipolar stepper motor control circuit where the current is controlled by the I.C. L6506. Figure 8 : Two Phase Bipolar Stepper Motor Circuit. This circuit drives bipolar , Stepper Motor Control Circuit by Using the Current Controller L6506. RR and Rsense depend from the load , L298 DUAL FULL-BRIDGE DRIVER . . . . . OPERATING SUPPLY VOLTAGE UP TO 46 V TOTAL DC


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PDF 15lead PowerSO20 L298 l297 l298 PCB l297 l298 ic l298 dc motor driver using L298 pcb layout L298HN dc MOTOR L298 L298N SGS-Thomson L297 L297
1999 - ic l298

Abstract:
Text: Bipolar Stepper Motor Control Circuit by Using the Current Controller L6506. RR and Rsense depend from , shownthe driving ofa twophasebipolar stepper motor ; the needed signals to drive the inputs of the L298 are , of Fig 8. Figure 8 : Two Phase Bipolar Stepper Motor Circuit. This circuit drives bipolar stepper , bipolar stepper motor control circuit where the current is controlled by the I.C. L6506. RS1 = RS2 = , Stop Free Running Motor Stop X = Don't care C=X;D=X H = High 6/13 L298 Figure 7 : For


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PDF att15 PowerSO20 15lead PowerSO20 ic l298 l297 l298 dc motor driver using L298 pcb layout l298 application note ST T4 0570 l297 l298 bipolar ic l298p L298 L297 pcb layout D95IN239
1998 - ic l298

Abstract:
Text: Bipolar Stepper Motor Circuit. This circuit drives bipolar stepper motors with winding currents up to 2 A , of fig. 8 (1:1 scale). Figure 10 : Two Phase Bipolar Stepper Motor Control Circuit by Using the , Motor Stop C=X;D=C Free Running Motor Stop H = High X = Don't care L298 Figure 7 : For , bepreferred. 7/13 L298 This solution can drive until 3 Amps In DC operation and until 3.5 Amps of a repetitive peak current. OnFig 8 it is shownthe driving ofa twophasebipolar stepper motor ; the needed


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PDF 15lead PowerSO20 ic l298 dc motor driver using L298 l298 application note dc motor driver using L298 pcb layout L298 L6506 L298P ST T4 0570 L298 and bipolar stepper motor L298 L297 pcb layout
Not Available

Abstract:
Text: Bipolar Stepper Motor Control Circuit by Using the Current Controller L6506. 9/13 L298 mm DIM , bipolar stepper m o tor; the needed signals to drive the in­ puts of the L298 are generated, in this example, from the 1C L297. Fig 10 shows a second two phase bipolar stepper motor control circuit , application of Fig 8. Figure 8 : Two Phase Bipolar Stepper Motor Circuit. This circuit drives bipolar , . Input 0 V Enable Switching. Figure 6 : Bidirectional DC Motor Control. 6/13 L298 Figure 7


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PDF 15lead PowerS020 MO-166 PowerS020
1995 - TBA820M equivalent

Abstract:
Text: motor and stepper motor driving. This application guide describes three such devices - the L293, L293E , simplify the use of bipolar motors. This is an important point since a bipolar stepper motor costs less , stepper motor . The peak current in each winding is determined by Vref (in this case it is 0.5 A) and , example drives a bipolar stepper motor with winding currents up to 2.5 A. For lower currents an L293E is , provide chopper current regulation in this bipolar stepper motor drive circuit. 8/11 APPLICATION


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PDF L293E TBA820M equivalent L298 and unipolar stepper motor control motors l297 l298 lm339 pwm speed motor L297 application note l297 l298 dc motor driver using L298 generator dynamo l298 dc MOTOR L298n
Not Available

Abstract:
Text: driving of a two phase bipolar stepper motor ; the needed signals to drive the in­ puts of the L298 are generated, in this example, from the 1C L297. Fig 10 shows a second two phase bipolar stepper motor , . designed for the application of Fig 8. Figure 8 : Two Phase Bipolar Stepper Motor Circuit. This circuit drives bipolar stepper motors with winding currents up to 2 A. The diodes are fast 2 A types. *5 r V , : Two Phase Bipolar Stepper Motor Control Circuit by Using the Current Controller L6506. 9/12 £=T


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PDF L298is 15lead PowerSO20 71E1237
2000 - Not Available

Abstract:
Text: . designed for the application of Fig 8. Fig 10 shows a second two phase bipolar stepper motor control circuit where the current is controlled by the I.C. L6506. Figure 8 : Two Phase Bipolar Stepper Motor , :1 scale). Figure 10 : Two Phase Bipolar Stepper Motor Control Circuit by Using the Current , Free Running Motor Stop H = High X = Don’t care L298 Figure 7 : For higher currents , . OnFig 8 it is shownthe driving ofa twophasebipolar stepper motor ; the needed signals to drive the


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PDF 15lead PowerSO20
1995 - L293 and unipolar stepper motor

Abstract:
Text: motor and stepper motor driving. This application guide describes three such devices - the L293, L293E , drivers are extremely useful for stepper motor driving because they simplify the use of bipolar motors. This is an important point since a bipolar stepper motor costs less than an equivalent unipolar motor , configuration for bipolar stepper motor driving is shown in figure 9. In this example it is assumed that a , Figure 9 : A single device can be used to drive a two phase bipolar stepper motor . The peak current


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PDF L293E L293 and unipolar stepper motor lm339 pwm speed motor DC MOTOR DRIVE WITH LM339 lm339 pwm speed DC motor L298N L293 H Bridge internal structure dc motor driver using L298 L298 and unipolar stepper motor L297 application note dc MOTOR L298n
SGS-Thomson L298

Abstract:
Text: Amps In DC operation Fig 10 shows a second two phase bipolar stepper and until 3.5 Amps of a repetitive , of a two phase bipolar by t'ie L6506. stepper motor ; the needed signals to drive the inputs of the , the application of Fig 8. Figure 8 : Two Phase Bipolar Stepper Motor Circiit. This circuit drives bipolar stepper motors with winding currents up to 2 A. The diodes are fast 2 A types. RS1 = RS2 = 0.5 Â , Figure 10 : Two Phase Bipolar Stepper Motor Control Circuit by Using the Current Controller L6506. Rr


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PDF L298is 15-lead PowerSO20 PowerS020 SGS-Thomson L298 Controlling 2 DC motor using L298 L297 stepper motor driver circuit L6506 ic l298 l297 l298 bipolar L298N L298 L297 pcb layout l298 application note dc motor driver using L298
2000 - L298 L297 pcb layout

Abstract:
Text: bipolar stepper motor ; the needed signals to drive the inputs of the L298 are generated, in this example , shows a second two phase bipolar stepper motor control circuit where the current is controlled by the I.C. L6506. Figure 8 : Two Phase Bipolar Stepper Motor Circuit. This circuit drives bipolar , Stepper Motor Control Circuit by Using the Current Controller L6506. RR and Rsense depend from the load , . Input 0 V Enable Switching. Figure 6 : Bidirectional DC Motor Control. L298 Figure 7 : For


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PDF 15lead PowerSO20 L298 L297 pcb layout dc motor driver using L298 pcb layout ic l298 l298 application note pin function of l298 l297 l298 PCB dc motor driver using L298 l298 Configuration L298 pcb layout l298 h- bridge
L298 and unipolar stepper motor

Abstract:
Text: either full step or half step drives. In the case of 2 phase bipolar stepper motor applications, if a , motors. Fig. 2 - Application circuit bipolar stepper motor driver SV 36 V 3 The circuits shown in figures 2 and 3 use the L6506 to implement constant current drives for stepper motors. Figure 2 shows the L6506 used with the L298 to drive a 2 phase bipolar motor . Figure 3 shows the L6506 used with the L7180 , darlington arrays, such as the L7180, or discrete power transistors to drive stepper motors and other simitar


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PDF L6506 L6506 L7150, L7180, DIP-18 L298 and unipolar stepper motor 4-phase BIPOLAR STEPPER MOTOR L298 microstepping L6506 L298 and bipolar stepper motor CI l298 L298 stepper motor driver pin diagram dc motor driver using L298 L7180 l298 h- bridge L298 and unipolar stepper motor bipolar
microstepping L6506

Abstract:
Text: L298 to drive a 2 phase bipolar motor . The peak current can be calculated using the equation : Vref , step drives. In the case of 2 phase bipolar stepper motor applications, if a half step drive is used , : Application Circuit Bipolar Stepper Motor Driver, (pin's number referred to DIP18) SV 36V - ■7^21237 , in stepping motors and similar devices. When used in conjunction with the L293, L298 , L7150, L6114 , , or discrete power transistors to drive stepper motors and other similar loads. The main function of


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PDF L6506 L6506D L6506/D L7150, L6114/L6115, DIP-18 SO-20 L6506D1 DIP-18) microstepping L6506 L298 and unipolar stepper motor 4-phase BIPOLAR STEPPER MOTOR L298 L298 and bipolar stepper motor pin function of l298 L298N l7150 dc motor driver using L298 2-phase BIPOLAR STEPPER MOTOR
L298 and unipolar stepper motor

Abstract:
Text: of 2 phase bipolar stepper motor applications, if a half step drive is used, the bridge requires an , Figure 2 : Application Circuit Bipolar Stepper Motor Driver, (pin's number referred to DIP18) SV 36V , motors and similar devices. When used in conjunction with the L293, L298 , L7150, L6114/L6115, the chip , discrete power transistors to drive stepper motors and other similar loads. The main function of the device , constant current drives for stepper motors. Figure 2 shows the L6506 used with the L298 to drive a 2 phase


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PDF L6506 L6506D L6506/D L7150, L6114/L6115, DIP-18) DIP-18 SO-20 L6506D1 L298 and unipolar stepper motor s9214 L298 motor drive L6114-L6115 Peak and Hold L7150 l298 unipolar l6115 L298 stepper motor driver pin diagram L298 and bipolar stepper motor
2003 - microstepping L6506

Abstract:
Text: bipolar stepper motor applications, if a half step drive is used, the bridge requires an additional , discrete power transistors to drive stepper motors and other similar loads. The main function of the , constant current drives for stepper motors. Figure 2 shows the L6506 used with the L298 to drive a 2 phase bipolar motor . The peak current can be calculated using the equation : Vref Ipeak = Rsense , bipolar or unipolar motors. 4/8 L6506 - L6506D Figure 2 : Application Circuit Bipolar Stepper


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PDF L6506 L6506D L6506/D L7150, L6114/L6115, DIP18 DIP-18) microstepping L6506 L298 and unipolar stepper motor L298 and bipolar stepper motor dc motor driver using L298 L6114-L6115 L6506 L298 quad darlington L298 L298 and unipolar stepper motor bipolar L7150* quad darlington
2003 - L298 SO20

Abstract:
Text: stepper motors. Figure 2 shows the L6506 used with the L298 to drive a 2 phase bipolar motor . The peak , implement either full step or half step drives. In the case of 2 phase bipolar stepper motor applications , /8 L6506 - L6506D Figure 2 : Application Circuit Bipolar Stepper Motor Driver. (pin's number , drive stepper motors and other similar loads. The main function of the device is to sense and control , of the motor . Lower threshold of L6506's oscillator is 1/3 VCC. Upper threshold is 2/3 VCC and


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PDF L6506 L6506D L6506/D L7150, L6114/L6115, DIP18 DIP-18) L6506 L298 SO20 microstepping L6506 L7150 L298 and bipolar stepper motor l6506d L298 and unipolar stepper motor bipolar l293 dual h bridge L298 4-phase BIPOLAR STEPPER MOTOR
Not Available

Abstract:
Text: SGS-THOMSON “ ■7# 580 or half step drives. In the case of 2 phase bipolar stepper motor , Bipolar Stepper Motor Driver, (pin’s number referred to DIP18) 5V 36 V r= Z SGS-THOMSON ^ 7 , discrete power transistors to drive stepper motors and other similar loads. The main function of the , constant current drives for stepper motors. Figure 2 shows the L6506 used with the L298 to drive a 2 phase bipolar motor . The peak current can be calculated using the equation : The circuit of Fig


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PDF L6506 L6506D L6506/D L7150, L6114/L6115, DIP-18 SO-20 L6506D L6506
Not Available

Abstract:
Text: half step drives. In the case of 2 phase bipolar stepper motor applications, if a half step drive is , motors and similar devices. When used in conjunction with the L293, L298 , L7150, L6114/L6115, the chip , discrete power transistors to drive stepper motors and other similar loads. The main function of the , im­ plement constant current drives for stepper motors. Figure 2 shows the L6506 used with the L298 to drive a 2 phase bipolar motor . The peak current can be calculated using the equation : The


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PDF L6506 L6506D L6506/D L7150, L6114/L6115, DIP-18 SO-20 L6506D1 DIP-18)
microstepping L6506

Abstract:
Text: . Figure 2 shows the L6506 used with the L298 to drive a 2 phase bipolar motor . The peak current can be , or half step drives. In the case of 2 phase bipolar stepper motor applications, if a half step drive , /8 L6506 - L6506D Figure 2 : Application Circuit Bipolar Stepper Motor Driver. (pin's number , such as L6114L6115,or discrete power transistorsto drive stepper motors and other similar loads. The , microstepping of the motor . Lower threshold of L6506'soscillator is 1/3 VCC. Upper threshold is 2/3 VCC and


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PDF L6506 L6506D L6506/D L7150, L6114/L6115, DIP-18 L6506D1 DIP-18) microstepping L6506 L6506 dc motor driver using L298 L298 and unipolar stepper motor L298 L298 and bipolar stepper motor DIP-18 L293 L298 motor drive l6114
Not Available

Abstract:
Text: 7 or half step drives. In the case of 2 phase bipolar stepper motor applications, if a half step , . D0SE7bb 1Ü1 L6506 - L6506D Figure 2 : Application Circuit Bipolar Stepper Motor Driver, (pin’s , current in stepping motors and similar devices. When used in conjunction with the L293, L298 , L7150 , discrete power transistors to drive stepper motors and other similar loads. The main function of the , ­ plement constant current drives for stepper motors. Figure 2 shows the L6506 used with the L298 to drive


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PDF L6506 L6506D L6506/D L7150, L6114/L6115, DIP-18) L6506 DIP18)
Not Available

Abstract:
Text: of 2 phase bipolar stepper motor applications, if a half step drive is used, the bridge requires an , # saieijraiijerowiiioiss * L6506 - L6506D Figure 2 : Application Circuit Bipolar Stepper Motor Driver, (pin’s , current in stepping motors and similar devices. When used in conjunction with the L293, L298 , L7150 , array such as L6114L6115, or discrete powertransistors to drive stepper motors and other similar loads , constant current drives for stepper motors. Figure 2 shows the L6506 used with the L298 to drive a 2


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PDF L6506 L6506D L6506/D L7150, L6114/L6115,
1994 - L7150

Abstract:
Text: . Figure 2 shows the L6506 used with the L298 to drive a 2 phase bipolar motor . The peak current can be , or half step drives. In the case of 2 phase bipolar stepper motor applications, if a half step drive , /8 L6506 - L6506D Figure 2 : Application Circuit Bipolar Stepper Motor Driver. (pin's number , such as L6114L6115,or discrete power transistorsto drive stepper motors and other similar loads. The , microstepping of the motor . Lower threshold of L6506'soscillator is 1/3 VCC. Upper threshold is 2/3 VCC and


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PDF L6506 L6506D L6506/D L7150, L6114/L6115, DIP-18 L6506D1 DIP-18) L7150 L6506 4-phase BIPOLAR STEPPER MOTOR L298 microstepping L6506 L298 and unipolar stepper motor L6506D SGS-Thomson L298 L298 SO20W dc motor driver using L298
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