EVAL-CN0253-SDPZ

Series:	Circuits from the Lab™
Part Status:	Not For New Designs
Type:	Power Management
Function:	Battery Monitor
Embedded:	No
Utilized IC / Part:	AD8226, ADG5408
Primary Attributes:	--
Supplied Contents:	Board(s)
Secondary Attributes:	--

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EVAL-CN0253-SDPZ is a circuit evaluation and demonstration board used to evaluate the performance of linear photodetectors in the optical receivers. It is classified under evaluation and demonstration boards and kits due to its features that enable users to experiment and measure the responses of circuits that use linear photodetectors. The EVAL-CN0253-SDPZ board allows users to easily simulate and measure the performance of linear photodetectors in optical receivers. It is designed to allow users to adjust and measure the gain and linearity of the linear photodetectors.The EVAL-CN0253-SDPZ board is capable of operating over a wide range of input signal levels from -50 dBm to +20 dBm. It is supplied with an on-board SMA output connector that can be used to measure the output signal of the linear photodetector. The board also provides DC blocking capacitors to enable the use of DC- coupled amplifiers and a jumper switch for selecting a suitable linear photodetector for a given application.The EVAL-CN0253-SDPZ board is based on the CHX101 linear photodetector from Texas Instruments. This device uses a low-noise gain block to provide optimized gain and noise performance for its gain and linearity. It also features a low-distortion quadrature detector, which means that it can be used to efficiently demodulate modulated input signals in optical receivers. The EVAL-CN0253-SDPZ board contains all the necessary components including the linear photodetector, gain block, and quadrature detector, along with all the circuitry required to set up the linear photodetector for use as an optical receiver.In order to evaluate the performance of the linear photodetector using the EVAL-CN0253-SDPZ board, the user needs to first connect the input signal to the circuit board using the SMA connector. The user then needs to connect the output of the linear photodetector to the SMA connector of the board, and adjust the gain and linearity of the circuit using the jumper switch. Once the settings have been adjusted, the user can measure the performance of the linear photodetector using the on-board output signal.The EVAL-CN0253-SDPZ circuit evaluation and demonstration board from Texas Instruments provides flexibility that allows users to evaluate and measure the performance of linear photodetectors in optical receivers. It provides an easy to use platform that enables users to set up and measure the response of the linear photodetector without the need for complex calculations. This makes it an excellent evaluation and demonstration board and kit for those interested in testing the performance of linear photodetectors.

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