I have an instrument that spits out hex data. 1 byte is an ID and 4 bytes are the actual data. An ID of 01 = timestamp, and the next 4 bytes are the timestamp. Here is an example of how it works:
01 90 81 0F 57. 01 = timestamp, data = 90 81 0F 57 (little endian) = 570F8190 = 1460634000 = 14.04.2017 11:40:00 UTC.

There are 3 E-Field data channels with ID's of 02 (E-field channel 1), 1B (E-field channel 2), and 1C (E-Field channel 3). Here is an example of how that data is interpreted:
02 72 25 FA 45 = 45FA2572 = 8004.6807 (uV float).

The data streams in with 1 timestamp per second, and 10,000 e-field measurements per second.

My instrument is not with me, but I have a file "Test.B162" in the same directory of the python script I want you to make.

I want you to make a script which reads that file as if it were connected to the datalogger and reads 1 timestamp per second, and the E-fields at a rate of 1 per second (I guess ignore the other 9,999 readings for now).

Display the values neatly in the REPL.

There is also additional data with other ID values, ignore them for now.