- When TTL control signal is applied, the driver turns on the < 50 µs latency and applies full power to the solenoid for 500 ms
- The driver then cuts back to a user selectable 50% or 66.6% represents a cut back to 36% of original power dissipation
- 50% represents a cut back to 25% power and 66.6% represents a cut back to 36% of original power dissipation
- The reduction in power dissipation, reduces heat load locally, and also reduces total thermal load in an instrument.
- Supply voltage: 5V – 30V
- Control voltage: 3V – 24V
- Max load current: 1A
- Hit time: 500 ms ± 50 ms
- Hold time: infinite
- Reset time/voltage: < 2V for > 100 µs
- Wire gauge: 20 AWG – 28 AWG
- Suitable for use in solenoids where the magnetic loop reduces as the solenoid pulls in, such that the much less current is required hold the solenoid in place than to initiate the stroke. Please contact the solenoid vendor for a suitable hold current for your solenoid.
- Although labeled +/- TTL inputs will work with both positive or negative voltages.
- Circuits 1 and 2 are electrically isolated from circuits 3 and 4.
- Both power wires should be wired straight to the power supply, and the TTL input should be wired straight to the TTL control source PCB. Do not combine power ground and TTL ground because it will defeat the optical isolation.
- Power must be turned on (and left on) at least 500 ms before any actuation of the TTL signals.
PWM Duty Cycle
- PWM duty cycle can be modified:
- A – Selector resistor A 100 ohm 0603 size for 66.6% duty (installed as sold)
- B – Select resistor B 100 ohm 0603 size for 50% duty
- Install A or B, not both.
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With Components from Franchised Distributors
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