Will the diode give me the same linearity as the sensor. When voltage is applied across a diode in such a way that the diode prohibits current the diode is said to be reverse biased.

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This effect can be used as.

Diode block voltage. Dc is a current flowing into one direction all the time. The peak inverse voltage is either the specified maximum voltage that a diode rectifier can block or alternatively the maximum voltage that a rectifier needs to block in a given circuit. Diodes are often used in conjunction with solar cells to prevent backfeed dc current.
Diodes have one ability that sets them apart. The use of blocking diodes has been subject of some discussion and their use should be evaluated in each specific situation focusing on the trade off between the power losses due to voltage drops across the diode and the losses through reverse currents in the dark if the diodes are omitted. Forward voltage for a diode varies only slightly for changes in forward current and temperature.
Will a diode be enough. The voltage dropped across a conducting forward biased diode is called the forward voltage. In other words a diode is like a turnstile.
I need to block this negative voltage as i need only the positive voltage to measure. I have a sensor amplifier circuit that has been designed to give me a negative voltage until it reaches a certain temperature. They let current flow freely in one direction but block current if it tries to flow in the other direction.
Therefore if you put a diode in a dc circuit it will either always block or always let it pass provided a certain amount of supply voltage. Although diodes look a little like resistors they behave very differently in electronic circuits. In semiconductor diodes peak reverse voltage or peak inverse voltage is the maximum voltage that a diode can withstand in the reverse direction without breaking down or avalanching.
Without a diode wired in series with the solar cell a battery that is connected to the solar cell will backfeed electrical current into the cell and overheat the solar cell. The voltage drop across a forward biased diode varies only a little with the current and is a function of temperature. Semiconductor diodes begin conducting electricity only if a certain threshold voltage or cut in voltage is present in the forward direction a state in which the diode is said to be forward biased.
When a solar cell is deprived of light it no longer generates dc power.

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