The BIN2HEX function in Google Sheets is a powerful tool designed to convert signed binary numbers into signed hexadecimal format. This function is particularly useful in scenarios involving data manipulation and programming contexts, allowing users to effectively work with different numeral systems and enhance their data analysis capabilities.

Syntax

BIN2HEX(value, [places])

• value: The signed binary number that you want to convert.
• places: (Optional) Specifies the number of characters the hexadecimal result should have. If omitted, the function returns the hexadecimal equivalent with the minimum number of characters.

Example #1

BIN2HEX("1101")

This function calculates the hexadecimal equivalent of the binary number “1101”, which equals “D”. Result: D

Example #2

BIN2HEX("11000001", 4)

Here, the binary number “11000001” is converted to hexadecimal format with a specified output length of 4 characters, resulting in “C1”. Result: C1

Example #3

BIN2HEX("-10")

In this case, the function converts a negative binary value of “-10” to its hexadecimal representation, taking into account the sign. Result: FFFFFFFFFFFFFFF2

Error handling

• VALUE!: This error occurs when the input value is not a valid binary number, such as any non-binary characters.
• NUM!: Raised when the input binary number exceeds the range allowed for conversion, either being too large or too small.
• REF!: Indicates an invalid reference when the input comes from a different cell that no longer exists.

Conclusion

In summary, the BIN2HEX function is an invaluable asset for anyone needing to perform conversions between binary and hexadecimal number systems within Google Sheets. With its straightforward syntax and optional parameters for formatting, it allows users to enhance their data handling and provides a seamless way to interpret and utilize binary data effectively.