Latching Relay Driver at William Arteaga blog

Latching Relay Driver. It is an electrically actuated switch used to maintain its position without power applied to the coil. Latching relays are useful because they only consume. A latching relay is used to control the large flow of current with a smaller current. Most latching relays lock up properly after only 20ms, so this is plenty of time to get the job done. However, if you want to lengthen the pulse to 100ms or so, r5 and r6 can be changed. Obviously, ensure that the transistors are only turned on. Use coil resistance and voltage divider equation to find the resistor value. Latching relays change contact position when a coil voltage is applied and remain in that position even if the voltage is disconnected. Here's a typical circuit for driving a latching relay:

LATCHING_RELAY_DRIVER Relay_Control Control_Circuit Circuit
from www.seekic.com

Latching relays are useful because they only consume. It is an electrically actuated switch used to maintain its position without power applied to the coil. Use coil resistance and voltage divider equation to find the resistor value. Obviously, ensure that the transistors are only turned on. Latching relays change contact position when a coil voltage is applied and remain in that position even if the voltage is disconnected. However, if you want to lengthen the pulse to 100ms or so, r5 and r6 can be changed. A latching relay is used to control the large flow of current with a smaller current. Most latching relays lock up properly after only 20ms, so this is plenty of time to get the job done. Here's a typical circuit for driving a latching relay:

LATCHING_RELAY_DRIVER Relay_Control Control_Circuit Circuit

Latching Relay Driver Use coil resistance and voltage divider equation to find the resistor value. A latching relay is used to control the large flow of current with a smaller current. Obviously, ensure that the transistors are only turned on. However, if you want to lengthen the pulse to 100ms or so, r5 and r6 can be changed. Latching relays change contact position when a coil voltage is applied and remain in that position even if the voltage is disconnected. Latching relays are useful because they only consume. It is an electrically actuated switch used to maintain its position without power applied to the coil. Use coil resistance and voltage divider equation to find the resistor value. Most latching relays lock up properly after only 20ms, so this is plenty of time to get the job done. Here's a typical circuit for driving a latching relay:

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