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ELM-Electronics
ELM-ElectronicsELM-Electronics
ELM313SM Stepper Motor Controller

Description
The ELM313 is an interface circuit for use between high speed logic and four phase stepper motor driver circuits. All of the logic required to provide stepping in two directions is contained in this one 8 pin package.
This circuit supports only the full-step two phase mode of operation. This mode provides sequential phase control output signals for driving a variety of motors. In this mode, two phases are always energized, providing several advantages over single


other parts : ELM313  ELM313P  
ELM313SM PDF
ELM-Electronics
ELM-ElectronicsELM-Electronics
ELM310SM Stepper Motor Controller

Description
The ELM310 is an interface circuit for use between high speed logic outputs and four phase stepper motor driver circuits. By suitably debouncing mechanical switches, the circuit could also be used for manually controlling stepper motors as well.
This circuit supports two popular modes of operation, and can be switched between the two ‘on the fly’.
The full-step, or single phase wave mode, as it is sometimes called, is entered into at powerup. This


other parts : ELM310  ELM310P  
ELM310SM PDF
ELM-Electronics
ELM-ElectronicsELM-Electronics
ELM313 Stepper Motor Controller

Description
The ELM313 is an interface circuit for use between high speed logic and four phase stepper motor driver circuits. All of the logic required to provide stepping in two directions is contained in this one 8 pin package.
This circuit supports only the full-step two phase mode of operation. This mode provides sequential phase control output signals for driving a variety of motors. In this mode, two phases are always energized, providing several advantages over single


other parts : ELM313P  ELM313SM  
ELM313 PDF
ELM-Electronics
ELM-ElectronicsELM-Electronics
ELM313P Stepper Motor Controller

Description
The ELM313 is an interface circuit for use between high speed logic and four phase stepper motor driver circuits. All of the logic required to provide stepping in two directions is contained in this one 8 pin package.
This circuit supports only the full-step two phase mode of operation. This mode provides sequential phase control output signals for driving a variety of motors. In this mode, two phases are always energized, providing several advantages over single


other parts : ELM313  ELM313SM  
ELM313P PDF
ELM-Electronics
ELM-ElectronicsELM-Electronics
ELM310P Stepper Motor Controller

Description
The ELM310 is an interface circuit for use between high speed logic outputs and four phase stepper motor driver circuits. By suitably debouncing mechanical switches, the circuit could also be used for manually controlling stepper motors as well.
This circuit supports two popular modes of operation, and can be switched between the two ‘on the fly’.
The full-step, or single phase wave mode, as it is sometimes called, is entered into at powerup. This


other parts : ELM310  ELM310SM  
ELM310P PDF
ELM-Electronics
ELM-ElectronicsELM-Electronics
ELM312SM Stepper Motor Controller

Description
The ELM312 is an interface circuit for use between high speed logic and four phase stepper motor driver circuits. All of the logic required to provide stepping in two directions is contained in this one 8 pin package.
This circuit supports only the half-step mode of operation. This mode provides eight distinct phase control output signals for driving a variety of motors. For dual mode operation, the ELM310 should be considered.
The ELM312 can be controlled by


other parts : ELM312  ELM312P  
ELM312SM PDF
TI
TITI
MLM311P Voltage Comparator

DESCRIPTION
The LM111-N, LM211-N and LM311-N are voltage comparators that have input currents nearly a thousand times lower than devices like the LM106 or LM710. They are also designed to operate over a wider range of supply voltages: from standard ±15V op amp supplies down to the single 5V supply used for IC logic. Their output is compatible with RTL, DTL and TTL as well as MOS circuits. Further, they can drive lamps or relays, switching voltages up to 50V at currents as high as 50


other parts : LM111-N  LM211-N  LM311-N  LM111H  LM111H/NOPB  LM111J-8  LM311H  LM311H/NOPB  LM311M  LM311M/NOPB  
MLM311P PDF
ELM-Electronics
ELM-ElectronicsELM-Electronics
ELM312 Stepper Motor Controller

Description
The ELM312 is an interface circuit for use between high speed logic and four phase stepper motor driver circuits. All of the logic required to provide stepping in two directions is contained in this one 8 pin package.
This circuit supports only the half-step mode of operation. This mode provides eight distinct phase control output signals for driving a variety of motors. For dual mode operation, the ELM310 should be considered.
The ELM312 can be controlled by


other parts : ELM312P  ELM312SM  
ELM312 PDF
Secos
SecosSecos
SLLM317 3-Terminal 1.5A Positive Adjustable Voltage Regulator

Description
The SLLM317 is an adjustable 3-terminal positive voltage regulator, designed to supply more than 1.5A of output current with voltage adjustable from 1.3 to 37V.

Features
* Safe-Area Compensation For Output Transistor
* Internal Short Circuit Protection
* Internal Over Temperature Protection
* Output Current Up To 1.5A
* Output Voltage Adjustable From 1.3 to 37V

 

SLLM317 PDF
ELM-Electronics
ELM-ElectronicsELM-Electronics
ELM310 Stepper Motor Controller

Description
The ELM310 is an interface circuit for use between high speed logic outputs and four phase stepper motor driver circuits. By suitably debouncing mechanical switches, the circuit could also be used for manually controlling stepper motors as well.
This circuit supports two popular modes of operation, and can be switched between the two ‘on the fly’.
The full-step, or single phase wave mode, as it is sometimes called, is entered into at powerup. This


other parts : ELM310P  ELM310SM  
ELM310 PDF

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