[solved] Analog voltage level conversion

[mnt22]

Hi everyone
I'm trying to convert 0-10 VDC TO 1-5 VDC the tricky part is the conversion 0v to 1v by using electronic circuit not using any type of controller.
Thanks for the help

[Le_Bassiste]

using op-amps without any further circuit optimization:
(pardon my gimp-fu or lack thereof)

[Zero999]

using op-amps without any further circuit optimization:
(pardon my gimp-fu or lack thereof)
(Attachment Link)

This can be done passively, assuming the input/output impedance don't need to be excessively high/low.

Hi everyone
I'm trying to convert 0-10 VDC TO 1-5 VDC the tricky part is the conversion 0v to 1v by using electronic circuit not using any type of controller.
Thanks for the help

Assuming you have a stable 5V voltage source, all that's required is three resistors, but more may be required to get convenient values.

http://www.symres.com/files/scalebias.pdf
https://electronics.stackexchange.com/questions/22742/combined-adc-scaling-and-offset-with-variable-input-voltage-ranges

[mnt22]

The problem not solved because bias is not right with the desired signal it originally for prusser transducer replacement (0-10Vdc) replacing (1-5Vdc) the controller only can read (1-5Vdc)! If there are any ways to mapping this voltage actively or passively?   

[Zero999]

The problem not solved because bias is not right with the desired signal it originally for prusser transducer replacement (0-10Vdc) replacing (1-5Vdc) the controller only can read (1-5Vdc)! If there are any ways to mapping this voltage actively or passively?   

It's not clear what you're trying to do.

Did you read the links I posted above?

If all you want to do is scale a 0V to 10V signal, to 1V to 5V and you have a stable 5V supply, then all you need are three resistors.

If you require a low output impedance, then add an op-amp buffer.

Here's a site which can calculate the resistor values. It also shows the op-amp buffer, which is only required if you need to drive a low impedance load.
http://earmark.net/gesr/opamp/case7.htm
http://earmark.net/gesr/opamp/gain_offset.htm

[mnt22]

  thanks Le_Bassiste and Zero999, Your kindness, generosity and thoughtfulness are greatly appreciated.