Dear All,
I have used part number EE-SX1131(OMRON make) for one of my application i.e liquid dispenser. My instrument is 3V button cell non rechargable battery operated. As per my application requirement, i need to reduce the current consumption of battery for long battery backup and battery longevity. I want to give at-least one year of battery backup.
Could you support me the what could be the exact resistance values are to be connected in photomicrosensor to avoid the drainage of battery. I want to fix a resistance values in such a manner so that i will have minimum drainage of battery in sleep as well as operating mode. Please let me know how to calculate resistance values.
1. Connected with Anode.
2. Connected with Emitter
Could we have any option to keep the instrument in sleep mode because i wll be using a micro controller.
I have some other peripherals used in instrument i.e.
1. Microcontroller - Microchip PIC16LF1934.
2. LCD without backup which is directly connected to controller PINs.
If I talk about overall current consumption reduction of instrumentincluding all peripherals. How I can do.
Thanks in Advance !!!
I have used part number EE-SX1131(OMRON make) for one of my application i.e liquid dispenser. My instrument is 3V button cell non rechargable battery operated. As per my application requirement, i need to reduce the current consumption of battery for long battery backup and battery longevity. I want to give at-least one year of battery backup.
Could you support me the what could be the exact resistance values are to be connected in photomicrosensor to avoid the drainage of battery. I want to fix a resistance values in such a manner so that i will have minimum drainage of battery in sleep as well as operating mode. Please let me know how to calculate resistance values.
1. Connected with Anode.
2. Connected with Emitter
Could we have any option to keep the instrument in sleep mode because i wll be using a micro controller.
I have some other peripherals used in instrument i.e.
1. Microcontroller - Microchip PIC16LF1934.
2. LCD without backup which is directly connected to controller PINs.
If I talk about overall current consumption reduction of instrumentincluding all peripherals. How I can do.
Thanks in Advance !!!