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Bistatic Doppler shift is a specific example of the Doppler effect that is observed by a radar or sonar system with a separated transmitter and receiver. The Doppler shift is due to the component of motion of the object in the direction of the transmitter, plus the component of motion of the object in the direction of the receiver. Equivalently, it can be considered as proportional to the rate of change of bistatic range.## See also

In a bistatic radar with wavelength λ, where the distance between transmitter and target is R_{tx} and distance between receiver and target is R_{rx}, the received bistatic Doppler shifted frequency is calculated as:

- $f\; =\; frac\{1\}\{lambda\}frac\{d\}\{dt\}(R\_\{tx\}+R\_\{rx\})$

Note that objects moving along the line connecting the transmitter and receiver will always have 0 Hz Doppler shift, as will objects moving around an ellipse of constant bistatic range.

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Last updated on Tuesday February 26, 2008 at 14:09:58 PST (GMT -0800)

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This article is licensed under the GNU Free Documentation License.

Last updated on Tuesday February 26, 2008 at 14:09:58 PST (GMT -0800)

View this article at Wikipedia.org - Edit this article at Wikipedia.org - Donate to the Wikimedia Foundation

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