# Excel UNICHAR Function

The UNICHAR function is one of the (TEXT) functions of Excel. It returns the Unicode character

referenced by the given numeric value.

We can find this function in TEXT of insert function Tab.

## How to use UNICHAR function in excel

1. Click on empty cell (like F5 )

2. Click on fx on the below of font word (or press shift+F3)

3. In insert function tab you will see all functions

4. Select TEXT category

5. Select UNICHAR function

6. Then select ok

7. In function arguments Tab you will see UNICHAR function

8. Number is the Unicode number representing a character

9. You will see the results in formula result section

## Examples of UNICHAR function in Excel

1. To display the “smiling face with heart-shaped eyes” emoji (Unicode character U+1F60D), use the formula: `=UNICHAR(128525)`
2. To display the degree symbol (°), use the formula: `=UNICHAR(176)`
3. To display the registered trademark symbol (®), use the formula: `=UNICHAR(174)`
4. To display the copyright symbol (©), use the formula: `=UNICHAR(169)`
5. To display the euro currency symbol (€), use the formula: `=UNICHAR(8364)`
6. To display the British Pound currency symbol (£), use the formula: `=UNICHAR(163)`
7. To display the Japanese Yen currency symbol (¥), use the formula: `=UNICHAR(165)`
8. To display the bullet point symbol (•), use the formula: `=UNICHAR(8226)`
9. To display the check mark symbol (✓), use the formula: `=UNICHAR(10003)`
10. To display the multiplication symbol (×), use the formula: `=UNICHAR(215)`

## How does the UNICHAR function work in Excel?

The UNICHAR function in Excel is used to return the Unicode character that corresponds to a given numeric code. The syntax of the function is as follows:

`=UNICHAR(number)`

Here, `number` represents the decimal number that corresponds to the Unicode character you want to retrieve.

For example, if you want to get the Unicode character for the letter “A”, which has a Unicode value of 65, you can use the following formula:

`=UNICHAR(65)`

This will return the letter “A”.

You can also use the UNICHAR function with cell references. For instance, if you have a list of Unicode values in column A, and you want to display the corresponding Unicode characters in column B, you can use the following formula in cell B2:

`=UNICHAR(A2)`

Then, you can copy this formula down to the other cells in column B to get the Unicode characters for all the numbers in column A.

The UNICHAR function supports Unicode values from 0 to 1,114,111, so you can use it to retrieve most of the characters supported by Unicode.

Note that the UNICHAR function only works in Excel for Windows. If you are using Excel for Mac or Excel Online, you can use the CHAR function instead, which works in a similar way but has a more limited range of supported characters.

## What is the syntax of the UNICHAR function in Excel?

The syntax of the UNICHAR function in Excel is as follows:

`=UNICHAR(number)`

Here, `number` represents the decimal number that corresponds to the Unicode character you want to retrieve.

The UNICHAR function takes only one argument, which is a numeric value that represents a Unicode character. This argument can be entered as a number, or it can be a cell reference that contains a numeric value.

For example, if you want to get the Unicode character for the euro symbol, which has a Unicode value of 8364, you can use the following formula:

`=UNICHAR(8364)`

This will return the euro symbol: €

You can also use cell references as arguments to the UNICHAR function. For instance, if you have a list of Unicode values in column A, and you want to display the corresponding Unicode characters in column B, you can use the following formula in cell B2:

`=UNICHAR(A2)`

Then, you can copy this formula down to the other cells in column B to get the Unicode characters for all the numbers in column A.

It is important to note that the UNICHAR function works only on Windows-based versions of Excel. If you are using Excel on Mac or Excel Online, you can use the CHAR function instead, which operates in a similar way but has a more limited range of supported characters.

## What are the arguments of the UNICHAR function in Excel?

The UNICHAR function in Excel takes only one argument, which is the decimal number that corresponds to the Unicode character you want to retrieve.

The syntax of the UNICHAR function is as follows:

`=UNICHAR(number)`

Here, `number` represents a decimal value from 0 to 1,114,111 that corresponds to the Unicode character you want to display.

For example, if you want to get the Unicode character for the musical sharp sign, which has a Unicode value of 9839, you can use the following formula:

`=UNICHAR(9839)`

This will return the musical sharp sign: ♯

You can also use cell references as arguments to the UNICHAR function. For instance, if you have a list of Unicode values in column A, and you want to display the corresponding Unicode characters in column B, you can use the following formula in cell B2:

`=UNICHAR(A2)`

Then, you can copy this formula down to the other cells in column B to get the Unicode characters for all the numbers in column A.

It’s worth noting that the UNICHAR function only works in Windows-based versions of Excel. If you are using Excel on Mac or Excel Online, you can use the CHAR function instead, which operates in a similar way but has a more limited range of supported characters.

## Can the UNICHAR function be used to display special characters in Excel?

Yes, the UNICHAR function in Excel can be used to display special characters. The UNICHAR function returns the Unicode character that corresponds to a given number.

Here’s the syntax of the UNICHAR function:

`=UNICHAR(number)`

Where `number` is the Unicode value for the character you want to display.

For example, let’s say you want to display the check mark symbol (✓) in a cell in Excel. The Unicode value for the check mark symbol is U+2713. To display this symbol using the UNICHAR function, you would enter the following formula in a cell:

`=UNICHAR(10003)`

When you press Enter, the check mark symbol will appear in the cell.

Another example is if you want to display the smiley face symbol (😊), which has a Unicode value of U+1F60A. To display this symbol using the UNICHAR function, you would enter the following formula in a cell:

`=UNICHAR(128522)`

When you press Enter, the smiley face symbol will appear in the cell.

Note that the UNICHAR function only works with Unicode values, so you’ll need to know the Unicode value for the special character you want to display. You can find these values by searching online for “Unicode character table” and looking up the character you need.

## How can you use the UNICHAR function to insert Unicode characters in Excel?

The UNICHAR function in Excel can be used to insert Unicode characters into a cell. Unicode characters are a set of characters that are used to represent text in most languages and scripts. The UNICHAR function returns the Unicode character that corresponds to a given number.

Here’s how you can use the UNICHAR function to insert Unicode characters in Excel:

1. Select the cell where you want to insert the Unicode character.
2. Type the formula `=UNICHAR(number)` in the formula bar, replacing `number` with the Unicode value for the character you want to insert.
3. Press Enter to insert the Unicode character into the cell.

For example, let’s say you want to insert the check mark symbol (✓) into cell A1 in your worksheet. The Unicode value for the check mark symbol is U+2713. To insert this symbol, follow these steps:

1. Select cell A1 in your worksheet.
2. Type the formula `=UNICHAR(10003)` in the formula bar.
3. Press Enter to insert the check mark symbol into cell A1.

Similarly, if you want to insert the smiley face symbol (😊) into cell A2 in your worksheet, which has a Unicode value of U+1F60A, follow these steps:

1. Select cell A2 in your worksheet.
2. Type the formula `=UNICHAR(128522)` in the formula bar.
3. Press Enter to insert the smiley face symbol into cell A2.

## What is the difference between the UNICHAR and CHAR functions in Excel?

The UNICHAR and CHAR functions in Excel both return a character based on a specified Unicode or ASCII value, respectively. However, there are some differences between these two functions.

The main difference between the UNICHAR and CHAR functions is that UNICHAR supports Unicode characters while CHAR supports only ASCII characters.

The UNICHAR function takes a Unicode value as its argument and returns the corresponding character. The Unicode standard covers a wide range of characters used in various writing systems around the world. This makes the UNICHAR function particularly useful if you need to work with non-Latin characters or symbols.

The syntax for the UNICHAR function is:

`=UNICHAR(number)`

Where `number` is the Unicode value of the character you want to display.

For example, the formula `=UNICHAR(128522)` would return the smiley face emoji “😊” in a cell.

On the other hand, the CHAR function takes an ASCII value as its argument and returns the corresponding character. ASCII is a character encoding scheme that assigns a unique number to each letter, digit, and symbol on the keyboard. It covers only 128 characters, including letters, digits, punctuation marks, and control codes.

The syntax for the CHAR function is:

`=CHAR(number)`

Where `number` is the ASCII code of the character you want to display.

For example, the formula `=CHAR(65)` would return the uppercase letter “A” in a cell.

## Can the UNICHAR function be used in conditional formatting in Excel?

Yes, the UNICHAR function can be used in conditional formatting in Excel. The UNICHAR function is a built-in function in Excel that allows you to return the Unicode character for a given numeric value.

To use the UNICHAR function in conditional formatting, you need to follow these steps:

1. Select the range of cells that you want to apply the conditional formatting to.
2. Go to the “Home” tab and click on “Conditional Formatting” in the “Styles” group.
3. Choose “New Rule” from the drop-down menu.
4. In the “New Formatting Rule” dialog box, select “Use a formula to determine which cells to format”.
5. Enter the formula using the UNICHAR function, such as “=UNICHAR(128516)” to format cells with a smiling face emoji.
6. Click on the “Format” button to choose the formatting options that you want to apply.
7. Click “OK” to apply the conditional formatting rule.

Here is an example of using the UNICHAR function in conditional formatting:

Suppose you have a list of tasks in column A, and you want to highlight any task that contains a checkbox symbol (Unicode value 9744). You can follow the steps outlined above, and use the following formula in the “New Formatting Rule” dialog box:

=ISNUMBER(SEARCH(UNICHAR(9744),A1))

This formula checks if cell A1 contains the checkbox symbol and returns TRUE or FALSE. If it returns TRUE, the conditional formatting will be applied to that cell.

In conclusion, the UNICHAR function can be a useful tool when creating more dynamic and visually appealing conditional formatting rules in Excel.

## How can you use the UNICHAR function with other Excel functions, such as CONCATENATE?

The UNICHAR function in Excel returns the Unicode character that corresponds to a specified numeric value. You can use this function with other Excel functions, such as CONCATENATE, to combine Unicode characters with text or other data in your spreadsheets.

Here is an example of how you can use the UNICHAR function with the CONCATENATE function:

Suppose you have a list of tasks in column A and you want to add a checkbox symbol (Unicode value 9744) before each task in column B. You can use the CONCATENATE and UNICHAR functions together to achieve this. In cell B1, you can enter the following formula:

=CONCATENATE(UNICHAR(9744), ” “, A1)

This formula combines the checkbox symbol, a space, and the text in cell A1 into one string. The UNICHAR function returns the Unicode character for the checkbox symbol, and the CONCATENATE function combines it with the space and the text.

You can drag the formula down to apply it to the rest of the cells in column B, and you will get a new column with the checkbox symbol added to each task.

Another useful application of using the UNICHAR function with other Excel functions is when you want to insert special characters into your formulas. For example, if you want to create a formula that calculates the average of a range of cells, and you want to include a degree symbol after the result, you can use the UNICHAR function with the AVERAGE function like this:

=AVERAGE(A1:A10) & UNICHAR(176)

This formula calculates the average of the cells A1 through A10, and then adds the degree symbol (Unicode value 176) after the result.

## Are there any limitations or issues with using the UNICHAR function in Excel?

While the UNICHAR function in Excel can be a useful tool, there are some limitations and issues to be aware of when using it.

1. Font support: The appearance of Unicode characters depends on the font used in your spreadsheet. Some fonts may not support all Unicode characters, which means that the character may not appear correctly or at all. To ensure proper display of Unicode characters, you may need to choose a font that supports these characters or use conditional formatting to change the font based on the value of a cell.
2. Compatibility issues: If you share your spreadsheets with others who are using different versions of Excel or different operating systems, the UNICHAR function may not work as expected. Not all versions of Excel support Unicode characters in the same way, and some operating systems may not support certain characters at all, leading to display issues.
3. Language support: The UNICHAR function only works with Unicode values, which are limited to certain character sets. While Unicode includes characters from many different languages, there may be some characters that are not supported. If you need to work with characters outside the Unicode character set, you may need to use a different method.
4. Complexity of use: Using the UNICHAR function in combination with other Excel functions can make formulas more complex and difficult to read. This can lead to errors in your calculations or make it harder for others to understand and modify your formulas.