Version:

Last Modified: December 18, 2017

Quantizes a continuous input signal to discrete states.

Input signal.

This input accepts a double-precision, floating-point number or an array of double-precision, floating-point numbers.

Height of the quantization levels.

This input accepts a double-precision, floating-point number or an array of double-precision, floating-point numbers.

**Default: **1

Type of the quantizer.

This input accepts a ring or an array of rings.

Name | Value | Description |
---|---|---|

Mid-tread | 0 | Uses a mid-tread type quantizer. |

Mid-riser | 1 | Uses a mid-riser type quantizer. |

Round towards +Inf | 2 | Rounds the input elements to the nearest integer towards +Inf. |

Round towards -Inf | 3 | Rounds the input elements to the nearest integer towards -Inf. |

Round towards zero | 4 | Rounds the input elements to the nearest integer towards zero. |

Round away from zero | 5 | Rounds the input elements to the nearest integer away from zero. |

Algorithm Definition for the Mid-Tread Quantizer

The mid-tread quantizer uses the following equation to quantize the input signal.

$y=\left[\frac{u}{\mathrm{\Delta}}\right]*\mathrm{\Delta}$

where

*y*is the output signal*u*is the input signal- $\mathrm{\Delta}$ is the quantization interval

Algorithm Definition for the Mid-Riser Quantizer

The mid-riser quantizer uses the following equation to quantize the input signal.

$y=\lceil \frac{u}{\mathrm{\Delta}}-0.5\rceil *\mathrm{\Delta}$

where

*y*is the output signal*u*is the input signal- $\mathrm{\Delta}$ is the quantization interval

**Default: **Mid-tread

Output signal.

This output can return a double-precision, floating-point number or an array of double-precision, floating-point numbers.

**Where This Node Can Run: **

Desktop OS: Windows

FPGA: This product does not support FPGA devices

Web Server: Not supported in VIs that run in a web application