pEPR Info file - v. 0.0.1 (2013-06-29)

GENERAL
Filename:               Sample06-HYSCORE-20K-1sc-03
Date:                   2013-08-30
Time start:             07:40:00
Time end:               15:17:00
Operator:               Max Mustermann
Experiment:             HYSCORE
Label:                  Sample 06 HYSCORE 03
Purpose:                Sample 06 HYSCORE good resolution
Spectrometer:           Elexsys E680
Software:               Xepr
Runs:                   1

SAMPLE
Name:                   Bla 13CN immediately frozen
Description:            Bla 13CN immediately frozen (sample 06)
Buffer:                 N/A
Preparation:            N/A
Tube:                   3,8 x 3,0 x 250 mm

MAGNETIC FIELD
Start:                  348,30 mT
Stop:                   348,30 mT
Step:                   0 mT
Sequence:               none
Controller:             Bruker 
Power supply:           Bruker ER 083 CS

BRIDGE
Model:                  Bruker TeraSpec Pulsed X-Band I.F. Bridge
Attenuation:            05 dB
Power:                  xx mW
Detection:              mixer
Frequency counter:      Bruker
MW frequency:           9.69053 GHz

MICROWAVE AMPLIFIER
Type:                   TWT
Model:                  Applied Systems Engineering 117X
Power:                  1 kW

VIDEO AMPLIFIER
Bandwidth:              25 MHz
Amplification:          66 dB

RECORDER
Model:                  Bruker SpecJet
Averages:               100
Time base:              4 ns
Bandwidth:              25 MHz

PROBEHEAD
Type:                   dielectric ring
Model:                  Bruker ER 4118X-MD5
Coupling:               overcoupled

TEMPERATURE
Temperature:            20 K
Controller:             Oxford ITC 503
Cryostat:               Oxford 935
Cryogen:                LHe

PULSE PROGRAM
Pi-Pulse:               32 ns
Sequence:               pi/2-tau-pi/2-T1-pi-T2-pi/2-tau-acq
SRT:                    1000 us
Scans:                  4
AcquisitionMode:        PulseSPEL

PULSESPEL
Program:                HYSCORE
Experiment:             HYSCORE
PhaseCycle:             4-step

COMMENT
tau = 200 ns
T1 = T2 = 100:16:4196 ns
pi/2 = 16 ns
inversion pulse = 32 ns