KJM Version 1.0. Topspin 3.5 Windows 7 Topspin 1.3 Windows XP
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1 KJM H NMR spectra on the AVI-600 and AVII-600 Version 1.0 Topspin 3.5 Windows 7 Topspin 1.3 Windows XP Professor Emeritus Alistair Lawrence Wilkins, University of Waikato, New Zealand. January 2018
2 1 H NMR spectra on the AVI-600 and AVII Introduction aw coded 1 H NMR parameter files generally use a 90 o pulse for maximum 1 H signal. Best 1 H resolution is obtained using FT and PK (or APK) processing. FT processing does not apply a line broadening factor. EF or EFP processing applies a line broadening factor (LB). Resolution enhancement uses negative LB values. Try LB = -1.0 to -2.5 Hz with GB = 0.33, and GFP processing. Remember to reset LB and GB to their normal values (0.1 and 0 respectively) after GFP processing. 1.1 Presaturation Experiments Continuous wave or excitation sculptured (ES) can be used to presaturate 1 H NMR signals. The simplest of these techniques is continuous wave presaturation. CW presaturation power levels (db settings) can be increased or decreased by subtracting or adding 3-12 db respectively. 6 db = a factor of 2. The ES shaped pulse's excitation window can be decreased by doubling its shaped pulse time from 2000 usec to 4000 usec and halving its power by adding 6 db to that read in using the getprosol command H NMR experiments H NMR with a 30, 45 or 90 degree pulse H NMR with CW presaturation H NMR with dual CW presaturation H NMR with ES peak suppression H NMR with combined ES + CW presaturation on F H NMR with combined ES + CW presaturation on F1 and CW presaturation on F H NMR with three peak ES + dual CW presaturation
3 2.1 1 H NMR spectra with a 30, 45 or 90 degree pulse Parameter sets: awproton30, awproton45, awproton90 (+ getprosol) Pulse programmes: zg30, awzg45 or zg respectively TD = 64 K, SI = 64 K SW = 16 ppm, O1P = 7.0 ppm. D1 = 1.5 sec or other time of your choice. NS = any number, DS = 2, 4, 8. Type ased (enter) and review parameters used in the job. Process with FT (no line broadening) or EFP (applies LB). 600 MHz 1 H NMR spectrum of quinine in D6-DMSO.
4 2.2 1 H NMR spectrum with CW presaturation Parameter set: awprotonpr (+ getprosol) Pulse programme: zgpr TD = 32 K or 64K, SI = 32 K or 64 K. O1 = frequency in Hz of the F1 signal to be presaturated. = spectral window midpoint. Check SW is wide enough. Type ased (enter) and review parameters used in the job. Add (or subtract) 3-12 db to PL9 to decrease (or increase) the presaturation power. 6 db = a factor of 2. A larger attenuation setting decreases the power level. Upper: 1 H NMR spectrum with CW presaturation of the HOD line at 3.37 ppm.
5 2.3 1 H NMR spectrum with dual CW presaturation Parameter set: awprotonprf1prf2 (+ getprosol) Pulse programme: awprotonprf1prf2 TD = 64 K, SI = 64 K. O1 = frequency in Hz of the F1 signal to be presaturated. = spectral window midpoint. Check SW is wide enough. O2 = frequency in Hz of the F2 signal to be presaturated. PL21 = F2 presaturation power applied during D1. Type ased (enter) and review parameters used in the job. Add (or subtract) 3-12 db to PL9 and/or PL21 to decrease (or increase) the presaturation power. 6 db = a factor of 2. A larger attenuation setting decreases the power level. Upper: 1 H NMR spectrum with CW presaturation of the HOD (3.37 ppm) and DMSO (2.5 ppm) lines.
6 2.4 1 H NMR spectrum with ES peak suppression Parameter sets: awprotones (+ getprosol) Pulse programmes: zgesgp TD = 64 K, SI = 64 K. O1 = frequency in Hz of the F1 signal to be ES suppressed. = spectral window midpoint Check. SW is wide enough. Type ased (enter) and review parameters used in the job. Verify gradients are OK. Check P12 = 2000 usec, SPNAM1 = squa Upper: 1 H NMR spectrum with ES suppression of the HOD line at 3.37 ppm.
7 2.5 1 H NMR with combined ES and CW presaturation on F1 Parameter set: awprotonespr (+ getprosol) Pulse programmes: awprotonespr TD = 64 K, SI = 64 K. O1 = frequency in Hz of the F1 signal to be ES suppressed. = spectral window midpoint. Check SW is wide enough. Type ased (enter) and review parameters used in the job. Verify gradients are OK. Check P12 = 2000 usec, SPNAM1 = squa Upper: 1 H NMR spectrum with combined ES and CW presaturation of the HOD line at 3.37 ppm.
8 2.6 1 H NMR spectrum with combined ES+CW presaturation on F1 and CW presaturation on F2 Parameter set: awprotonesprf1prf2 (+ getprosol) Pulse programmes: awprotonesprf1prf2 TD =64 K, SI = 64 K. O1 = frequency in Hz of the F1 signal to be combined ES + CW suppressed = spectral window mid-point. Check SW is wide enough.. O2 = frequency in Hz of the F2 signal to be CW presaturated. PL21 = F2 presaturation power applied during D1. Type ased (enter) and review parameters used in the job. Verify gradients are OK. Check P40 = 2000 usec, SPNAM10 = squa Upper: 1 H NMR with combined ES + CW presaturation of the HOD line (3.37 ppm) on F1 and the DMSO line (2.5 ppm) on F2.
9 2.7 1 H NMR spectrum with three peak ES + dual CW presaturation Parameter set: awprotonesprf1prf2 (+ getprosol) Pulse programmes: awprotonesprf1prf2 TD = 64 K, SI = 64 K. SW = 20 ppm. O1 = frequency in Hz of the F1 signal to be CW suppressed. = spectral window midpoint. Check SW is wide enough. O1* = frequency in Hz of the F1 signal to be ES suppressed SPOFFS10 = (O1*-O1) Hz (may be a positive of negative value). O2 = frequency in Hz of the F2 signal to be CW presaturated. PL21 = F2 presaturation power applied during D1. Type ased (enter) and review parameters used in the job. Verify gradients are OK. Check P40 = 2000 usec, SPNAM10 = squa Upper: 1 H NMR with CW presaturation on F1 of quinine's OCH3 signal (3.89 ppm), offset ES suppression of the HOD line (3.37 ppm) and CW presaturation on F2 of the DMSO signal (2.5 ppm).
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High Common-Mode Voltage Programmable Gain Difference Amplifier AD628
High Common-Mode Voltage Programmable Gain Difference Amplifier FEATURES High common-mode input voltage range ±12 V at VS = ±15 V Gain range.1 to 1 Operating temperature range: 4 C to ±85 C Supply voltage
WaveStation Function/Arbitrary Waveform Generators
WaveStation Function/Arbitrary Waveform Generators Key Features High performance with 14-bit, 125 MS/s and 16 kpts 2 channels on all models Large 3.5 color display for easy waveform preview Over 40 built-in
Model 855 RF / Microwave Signal Generator
Features Very low phase noise Fast switching Phase coherent switching option 2 to 8 phase coherent outputs USB, LAN, GPIB interfaces Applications Radar simulation Quantum computing High volume automated
Sixty Meter Operation with Modified Radios
Sixty Meter Operation with Modified Radios The following pages document the results of 6-meter transmitter performance on a group of transceivers that have been modified to enable operation on the sixty-meter
QuickSyn Frequency Synthesizers
QuickSyn Frequency Synthesizers The QuickSyn Advantage Our popular line of QuickSyn frequency synthesizers delivers instrumentgrade performance up to 82 GHz, increased functionality, and efficient power
400 MHz Photoreceiver with InGaAs PIN Photodiode
The picture shows the -FS with free space input. The photoreceiver will be delivered without post holder and post. Features InGaAs PIN detector Spectral range 900... 1700 nm Bandwidth DC... 400 MHz Amplifier
Test No. 1. Introduction to Scope Measurements. Report History. University of Applied Sciences Hamburg. Last chance!! EEL2 No 1
University of Applied Sciences Hamburg Group No : DEPARTMENT OF INFORMATION ENGINEERING Laboratory for Instrumentation and Measurement L: in charge of the report Test No. Date: Assistant A2: Professor:
AWG801 8 GSPS 11-bit Arbitrary Waveform Generator
AWG801 8 GSPS 11-bit Arbitrary Waveform Generator PRODUCT DESCRIPTION The AWG801 modules generate arbitrary CW waveforms with sampling rates up to 8 GSPS. The on-board SRAMs provide 8M x 11-bit data memory.
MODEL AND MODEL PULSE/PATTERN GENERATORS
AS TEE MODEL 12010 AND MODEL 12020 PULSE/PATTERN GENERATORS Features: 1.6GHz or 800MHz Models Full Pulse and Pattern Generator Capabilities Programmable Patterns o User Defined o 16Mbit per channel o PRBS
Agilent 83711B and 83712B Synthesized CW Generators
View at www.testequipmentdepot.com Agilent 83711B and 83712B Synthesized CW Generators Agilent 83731B and 83732B Synthesized Signal Generators Data Sheet 10 MHz to 20 GHz 1 to 20 GHz Specifications describe