/cyanic660653.html,$13,PCB,Measurement,Mo,0.1MHz~2400MHz,Industrial Scientific , Test, Measure Inspect,Frequency,Cymometer,,Frequency,bodhispaetfitness.fr /cyanic660653.html,$13,PCB,Measurement,Mo,0.1MHz~2400MHz,Industrial Scientific , Test, Measure Inspect,Frequency,Cymometer,,Frequency,bodhispaetfitness.fr $13 0.1MHz~2400MHz Frequency Cymometer, PCB Frequency Measurement Mo Industrial Scientific Test, Measure Inspect $13 0.1MHz~2400MHz Frequency Cymometer, PCB Frequency Measurement Mo Industrial Scientific Test, Measure Inspect 0.1MHz~2400MHz Frequency Cymometer Mo Measurement NEW PCB 0.1MHz~2400MHz Frequency Cymometer Mo Measurement NEW PCB

0.1MHz~2400MHz Frequency Cymometer New products, world's highest quality popular! Mo Measurement NEW PCB

0.1MHz~2400MHz Frequency Cymometer, PCB Frequency Measurement Mo

$13

0.1MHz~2400MHz Frequency Cymometer, PCB Frequency Measurement Mo

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Product description

Feature:
1. The product is 2.4GHz frequency meter based on for Microchip's PIC16F648A"br"2. Frequency reference adopts temperature-compensated voltage-controlled crystal oscillator (2.5 ppm VC-TCXO)"br"3. Adopt unique gate control method and accurate time algorithm (non-timed interrupt mode)"br"4. Gate(display refresh) time allow 0.01 second/0.1 second/1.0 second optional, real-time display frequency value"br"5. Single-ended input design, frequency measurement with three channels(low channel/high channel/auto channel) optional"br""br""br"Specification:"br""br"Item Type: Frequency Measurement Module"br"Material: PCB"br"Purpose: Mainly used to display the frequency value of transceivers and other equipment, and can also be used for routine frequency measurement"br"Gate Time: 0.01/0.10/1.0s"br"Measurement Channel (high and low channels are high impedance): "br"1. Low channel"br"Measuring Range: 0.1 MHz ~ 60 MHz"br"Measurement Accuracy: ± 100Hz (at 0.01 second gate)"br"±10Hz (at 0.1 second gate)"br"±1Hz (at 1.0 second gate)"br"Low Channel Sensitivity: "br"0.1 MHz ~ 10 MHz: Better than 60mVPP"br"10 MHz ~ 60 MHz: Better than 60mVPP"br"60 MHz ~ 75 MHz: Not tested"br"2. High channel (64 frequency division)"br"Measurement Range: 20 MHz~2.4 GHz"br"Measurement Accuracy: ±6400Hz (when the gate is 0.01 seconds)"br"±640Hz (at 0.1 second gate)"br"±64Hz (at 1.0 second gate)"br"High Channel Sensitivity: "br"20 MHz ~ 30 MHz: Better than 100mVPP"br"30 MHz ~ 60 MHz: Better than 50mVPP"br"60 MHz ~ 2.4GHz: Not tested"br"3. Automatic Channel: Automatically select high channel or low channel according to the input signal frequency, and the identification frequency is 60 MHz. If the input signal amplitude greater than 60 MHz is insufficient and the high channel cannot be automatically selected, the high channel f"br""br""br""br""br""br""br""br""br""br""br""br""br""br""br""br""br""br""br""br""br""br""br""br"

0.1MHz~2400MHz Frequency Cymometer, PCB Frequency Measurement Mo

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(OEM) in a peer-reviewed journal covering hazards in the workplace and their health effects.

Impact Factor: 4.402
Citescore: 6.8
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OEM is an international peer reviewed journal that publishes high quality research relating to the full range of chemical, physical, ergonomic, biological and psychosocial hazards in the workplace and to environmental contaminants and their health effects.

OEM is the official journal of the Faculty of Occupational Medicine of the Royal College of Physicians of London, the Australian and New Zealand Society of Occupational Medicine, and the Scientific Committee on Epidemiology in Occupational Health (EPICOH).

Follow the journal on Twitter and Facebook.

Editor-in-Chief: Professor Hans Kromhout, Utrecht University, The Netherlands
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OEM is a Plan S compliant Transformative Journal.

 

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Occupational and Environmental Medicine considers unsolicited submissions of a variety of article types, including original research, systematic reviews, and short reports.
 
The Author Information section provides general guidelines and requirements for specific article types.
 
Information is also provided on SCHNEIDER ELECTRIC XVBC36 LAMP INDICATOR STEADY LIGHT BLUE and open access.
 
All manuscripts should be submitted online.

OEM is now an official journal of EPICOH

We are delighted to announce that OEM is now an official journal of the Scientific Committee on Epidemiology in Occupational Health (EPICOH).

 

OEM and EPICOH have had a long-standing collaboration that has now been cemented via a formal affiliation agreement. As part of this new arrangement, EPICOH members are entitled to a special discount on personal subscriptions to the journal. Members should contact EPICOH for further information on how to take advantage of this offer.

 

OEM is also the official journal of the EPICOH 2021 Conference, which will be held virtually in October 2021. This year's theme is "From the Workplace to the Population: Exposure and Prevention". Follow the conference on Twitter @epicoh2021 for the latest updates. 

 

 

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