**Converts from hexadecimal to binary** with ease thanks to our online converter. Remember that the hexadecimal system works with the range of symbols from 0 to 9 and then uses the first letters of the alphabet (range A-F) for the rest of the symbols that are missing until reaching the 16 that are used.

Transforming a **hexadecimal to binary code** you will go from working in base 16 to base 2 (zeros and ones). If you wish, we also have at your disposal the binary to hexadecimal converter to perform the reverse operation.

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## How to convert from hexadecimal to binary

**Going from hexadecimal to binary is very easy** as it is a system that has been designed to represent information in binary but in a shorter string.

This means that the only thing you need to know to convert from HEX to BIN is the **equivalence between the symbols of the two systems**something that you can consult in this table.

To show you that this is all you need, let's convert the hexadecimal string F23 to binary:

Hexadecimal | F | 2 | 3 |
---|---|---|---|

Binary |
1111 | 0010 | 0011 |

We group all the terms and we have that F23 in hexadecimal is equal to 111100100011 in binary.

Easy, isn't it? In a nutshell, **convert hexadecimal symbols to binary one by one and group them together**.

## How to convert from hexadecimal to binary in Excel

If you have Excel installed on your computer, you can convert from hexadecimal to binary very easily by making use of one of the functions included in Microsoft's spreadsheet program. If you want to know how to do it, open a new sheet and in an empty cell type the following formula:

=HEX.A.BIN("binary";numbers)

As you can see, the Excel HEX to BIN function has two input parameters:

**Binary**is the binary number that you want to convert to hexadecimal. Here you can either type the number directly into the formula or refer to another cell in the spreadsheet that contains the number in base 2.**Figures**is the number of digits with which you want the result. That is, zero in hexadecimal is 0 but if you want the result with four digits, you will get 0000. You should know that**this parameter can be omitted**and Excel will do the conversion with the minimum possible length.

For example if you want to convert the symbol F1 from hexadecimal to binary, you have to write the formula in Excel as follows:

=HEX.A.BIN("F1")

What you should keep in mind is that** Excel limits the hexadecimal number to 10 characters maximum**one for the sign and the remaining nine for the argument.

## Hexadecimal to binary table

Below we have put together a conversion table in which you can see the equivalence of all the **symbols of the hexadecimal system in binary**You can print it if you are going to use it frequently:

Hexadecimal | Binary |
---|---|

0 | 0000 |

1 | 0001 |

2 | 0010 |

3 | 0011 |

4 | 0100 |

5 | 0101 |

6 | 0110 |

7 | 0111 |

8 | 1000 |

9 | 1001 |

A | 1010 |

B | 1011 |

C | 1100 |

D | 1101 |

E | 1110 |

F | 1111 |

## Hexadecimal to binary calculator

Did you know that with some scientific calculators you can switch from **hexadecimal to binary**? Casio, for example, has been offering this function on its models for quite a few years now, so let's learn how to use it.

The first thing we have to do is to change the operating mode of the calculator so that it accepts numbers in hexadecimal base. To do this, press the key with "MENU CONFIG" or "MODE SETUP" written on the top. Depending on the model of calculator you have, it will appear in one way or another.

You will then be presented with several options on the screen. You have to locate and select the one that says "Base-N".

Once the above has been done, **press the key marked "HEX".** in its upper part. In the case of the calculator in the picture, you can see it in the last row of keys. Then type the hexadecimal number and press the = key to confirm.

Finally, **click on the button marked "BIN".** (same row as the HEX key) and the calculator will automatically convert the hexadecimal number you typed to binary.

It does not let me put the letters in the hexadecimal base to change to the binary base...

Hello!

The bug has been fixed, thank you very much for informing us.

Best regards!