Astrosyn XPVP134
Unipolar Stepper Motor Drive Board
- Min Voltage : 15V
- Max Voltage : 30V
Source:
Octopart
| Part No. | XPVP134 |
|---|---|
| Datasheet | XPVP134 Download |
| Manufacturer | Astrosyn |
| Description | Unipolar Stepper Motor Drive Board |
| Buy | Stock & Price |
Unipolar Stepper Motor Drive Board Models XPVP134
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● Low cost 4-phase 2A unipolar Eurocard drive Full and half stepping capability Input frequency to 30kHz Specification Electrical Card Board and motor supply: Current drawn: On-board auxiliary output: Switching logic control: Inputs: Preset input: Standard Eurocard (168x100) with 32-way DIN 41612 edge connector 15-30V dc + 10%maximum, unregulated smoothed XPVP134 board: 60mA Motor winding : up to 2A/phase 12V dc, 50mA maximum regulated output CMOS and open collector TTL compatible; level ‘0’ : 0V, level ‘1’ : 12V Full step (level ‘1’) or half step mode (level ‘0) Clock frequency from 1Hz-30kHz, 10µs minimum pulse width, negative edge triggered Direction Active level ‘0’ sets motor drive states to φ1, φ3 off; φ2, φ4 on (full step mode) and φ1, φ2, φ3 off; φ4 on (half step mode). Board Connections Maximum power dissipated through R=(rated motor current)2 x R. If the power dissipation is high it is advisable to achieve the required value of R by using a network of series or parallel resistors. (Higher wattage resistors and heat sinks may be required).
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● Low cost 4-phase 2A unipolar Eurocard drive Full and half stepping capability Input frequency to 30kHz Specification Electrical Card Board and motor supply: Current drawn: On-board auxiliary output: Switching logic control: Inputs: Preset input: Standard Eurocard (168x100) with 32-way DIN 41612 edge connector 15-30V dc + 10%maximum, unregulated smoothed XPVP134 board: 60mA Motor winding : up to 2A/phase 12V dc, 50mA maximum regulated output CMOS and open collector TTL compatible; level ‘0’ : 0V, level ‘1’ : 12V Full step (level ‘1’) or half step mode (level ‘0) Clock frequency from 1Hz-30kHz, 10µs minimum pulse width, negative edge triggered Direction Active level ‘0’ sets motor drive states to φ1, φ3 off; φ2, φ4 on (full step mode) and φ1, φ2, φ3 off; φ4 on (half step mode). Board Connections Maximum power dissipated through R=(rated motor current)2 x R. If the power dissipation is high it is advisable to achieve the required value of R by using a network of series or parallel resistors. (Higher wattage resistors and heat sinks may be required).