convertimate NMR frequency

Tesla to megahertz

Type a value in T to get it in MHz instantly.

17,030.8MHz

That's 14× as strong as the strongest NMR magnet — nothing on our list beats it. Hydrogen resonates at about 17,030 MHz in that field.

What it means

What does it resonate at?

Frequencies are for the bare nucleus. Chemical shifts move them by parts per million, which is the entire information content of a spectrum.

The math

How to convert T to MHz

Frequency is the field times the nucleus’s own ratio: MHz = tesla × gyromagnetic ratio, which is 42.577 for hydrogen. The figures below use the nucleus selected above.

Example: 400 T = 17,030.8 MHz.

The table below is for Hydrogen-1 (42.577 MHz/T).

Every unit

Your field in every unit

Tables

T to MHz conversion table

T to MHz conversion table
TMHz
0.5 T21.2885 MHz
1.5 T63.8655 MHz
3 T127.731 MHz
7 T298.039 MHz
9.4 T400.224 MHz
11.7 T498.151 MHz
14.1 T600.336 MHz
18.8 T800.448 MHz
21.1 T898.375 MHz
23.5 T1,000.56 MHz
MHz to T conversion table
MHz to T conversion table
MHzT
0.5 MHz0.0117434 T
1.5 MHz0.0352303 T
3 MHz0.0704606 T
7 MHz0.164408 T
9.4 MHz0.220776 T
11.7 MHz0.274796 T
14.1 MHz0.331165 T
18.8 MHz0.441553 T
21.1 MHz0.495573 T
23.5 MHz0.551941 T

Quick answers

Quick answers

How many MHz is 1 T?
1 T is 42.577 MHz.
How many MHz is 10 T?
10 T is 425.77 MHz.
How many MHz is 400 T?
400 T is 17,030.8 MHz.

The units

About these units

Tesla (T)

The magnet’s field strength, which is what actually varies.

Megahertz (MHz)

The resonance frequency, and what instruments are named after.

Learn more about field units

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