Getting to know each other: The role of toeholds in acquisitions
... conditions, the benefits are most likely to exceed the financial and non-financial costs of acquiring a toehold (costly negotiations, management distraction, possible losses in the value of the toehold if a takeover does not take place, etc.). We test the predictions of the model using a large sampl ...
... conditions, the benefits are most likely to exceed the financial and non-financial costs of acquiring a toehold (costly negotiations, management distraction, possible losses in the value of the toehold if a takeover does not take place, etc.). We test the predictions of the model using a large sampl ...
Computer Interfacing Manual
... ‘ASCII-hex’ notation. Transmission of floating-point values over plain text interfaces (such as is used on Arroyo controllers) invariably leads to rounding of the floating point number simply because the plain text interface does not (typically) transmit the full resolution a floating point number i ...
... ‘ASCII-hex’ notation. Transmission of floating-point values over plain text interfaces (such as is used on Arroyo controllers) invariably leads to rounding of the floating point number simply because the plain text interface does not (typically) transmit the full resolution a floating point number i ...
ABSTRACT Title of Document:
... outside the locking range. Spectra essentially same as free-running case......... 119 Figure 5.21: Measured output spectra of laser at 211 mA. Representative of spectra at the point of maximum power reduction. Weak shift to higher wavelengths. 119 Figure 5.22: Measured output spectra of laser at 212 ...
... outside the locking range. Spectra essentially same as free-running case......... 119 Figure 5.21: Measured output spectra of laser at 211 mA. Representative of spectra at the point of maximum power reduction. Weak shift to higher wavelengths. 119 Figure 5.22: Measured output spectra of laser at 212 ...
User`s Guide - Newport Corporation
... with the LCM-39425 module. Refer to Chapter 2 of the LDC-3900 Instruction Manual for front panel description and operation. Refer to Figure 2.1 for the following discussion of connections to the LCM-39425. Note: The LCM-39425 module only operates from the front panel with both the TEC and LASER outp ...
... with the LCM-39425 module. Refer to Chapter 2 of the LDC-3900 Instruction Manual for front panel description and operation. Refer to Figure 2.1 for the following discussion of connections to the LCM-39425. Note: The LCM-39425 module only operates from the front panel with both the TEC and LASER outp ...
diode laser
... The controller contains the electronics for laser-current, lasertemperature, and piezo-voltage control, as well as digital-interface electronics. A dimensional drawing of the controller is located in “Appendix I: Physical Specifications” on page 57. The temperature of the laser cavity is set at the ...
... The controller contains the electronics for laser-current, lasertemperature, and piezo-voltage control, as well as digital-interface electronics. A dimensional drawing of the controller is located in “Appendix I: Physical Specifications” on page 57. The temperature of the laser cavity is set at the ...
Physics (Technical, College Prep, Honors Gifted)
... 1b - suggest hypotheses for identified problems (GPS) 1b1 - recognize hypotheses often lead to the development of new experiments (GPS) 1c - develop procedures for solving scientific problems (GPS) 1c1 - control the conditions of scientific investigations (GPS) 1d - collect, organize and record appr ...
... 1b - suggest hypotheses for identified problems (GPS) 1b1 - recognize hypotheses often lead to the development of new experiments (GPS) 1c - develop procedures for solving scientific problems (GPS) 1c1 - control the conditions of scientific investigations (GPS) 1d - collect, organize and record appr ...
LDC 37620
... Accuracy figures represent the uncertainty that the LDC-3706 series adds to the measurement. This figure does not include the sensor calibration uncertainties. Thermistor accuracy figures are quoted for a typical 10 k thermistor and 100 A current setting for -5oC to 50oC. Temperature stability mea ...
... Accuracy figures represent the uncertainty that the LDC-3706 series adds to the measurement. This figure does not include the sensor calibration uncertainties. Thermistor accuracy figures are quoted for a typical 10 k thermistor and 100 A current setting for -5oC to 50oC. Temperature stability mea ...
Simulation of 3D Laser Radar Systems
... photoelectrons are laser light reflected from the target, background light (e.g., reflected sunlight), and aerosol backscatter of laser light. For our simulations, we assume that detector firings from all light and thermal sources follow Poisson statistics. This assumption is based on the following ...
... photoelectrons are laser light reflected from the target, background light (e.g., reflected sunlight), and aerosol backscatter of laser light. For our simulations, we assume that detector firings from all light and thermal sources follow Poisson statistics. This assumption is based on the following ...
MAX3643 Evaluation Kit Evaluates: General Description Features
... steady state during the minimum burst-on period (use a high-impedance probe on MDIN). Maximizing the value of C27 while still making sure that the proper voltage during burst-on is reached at MDIN minimizes the amount of voltage error that occurs on MDOUT. There is also a certain amount of voltage s ...
... steady state during the minimum burst-on period (use a high-impedance probe on MDIN). Maximizing the value of C27 while still making sure that the proper voltage during burst-on is reached at MDIN minimizes the amount of voltage error that occurs on MDOUT. There is also a certain amount of voltage s ...
The Nd:YAG
... strong emission lines in the near infra-red part of the spectrum but the emission lines from the krypton-lamp agrees better with the absorption lines in Nd:YAG, e.g. a partial overlap is found at 810 nm. Krypton-lamps turn out to be efficient pump sources for continuous Nd:YAG lasers. The pump sourc ...
... strong emission lines in the near infra-red part of the spectrum but the emission lines from the krypton-lamp agrees better with the absorption lines in Nd:YAG, e.g. a partial overlap is found at 810 nm. Krypton-lamps turn out to be efficient pump sources for continuous Nd:YAG lasers. The pump sourc ...
64E-4 - Florida Administrative Code
... (7) “Aperture stop” means an opening serving to limit the size and to define the shape of the area over which radiation is measured. (8) “Attenuation” means the decrease in the radiant flux of any optical beam as it passes through an absorbing or scattering medium. (9) “Certified laser product” mean ...
... (7) “Aperture stop” means an opening serving to limit the size and to define the shape of the area over which radiation is measured. (8) “Attenuation” means the decrease in the radiant flux of any optical beam as it passes through an absorbing or scattering medium. (9) “Certified laser product” mean ...
64E-4
... Class I lasers up to the accessible emission limits of Class II lasers and does not permit human access to laser radiation in excess of the accessible emission limits of Class I for any other emission duration or wavelength range. Class II lasers are separately designated as Class II or Class IIa. C ...
... Class I lasers up to the accessible emission limits of Class II lasers and does not permit human access to laser radiation in excess of the accessible emission limits of Class I for any other emission duration or wavelength range. Class II lasers are separately designated as Class II or Class IIa. C ...
HFDN-26.2 MAX3735A Laser Driver Output Configurations, Part 3
... discuss the differential drive interface in detail. The purpose of this application note and others in the series is to examine the advantages and disadvantages of the various output configurations, and to provide schematics and examples that will help module designers choose the optimal output stru ...
... discuss the differential drive interface in detail. The purpose of this application note and others in the series is to examine the advantages and disadvantages of the various output configurations, and to provide schematics and examples that will help module designers choose the optimal output stru ...
Laser Diodes Figure 1 - Laser Diodes Convert an Electrical Signal to
... the laser output. The current out of D2 goes to a servo loop, ensuring that the average optical output of D1 remains constant. U1 forms the heart of the servo loop. Capacitor, C1, configures U1 as an integrator. The +input of U1 remains at a positive voltage, VREF. The value of VREF usually lies mid ...
... the laser output. The current out of D2 goes to a servo loop, ensuring that the average optical output of D1 remains constant. U1 forms the heart of the servo loop. Capacitor, C1, configures U1 as an integrator. The +input of U1 remains at a positive voltage, VREF. The value of VREF usually lies mid ...
LASER
... Concentrate in a narrow range of wavelengths (one specific colour). • Coherent All the emitted photons bear a constant phase relationship with each other in both time and phase • Directional A very tight beam which is very strong and concentrated. ...
... Concentrate in a narrow range of wavelengths (one specific colour). • Coherent All the emitted photons bear a constant phase relationship with each other in both time and phase • Directional A very tight beam which is very strong and concentrated. ...
Modulated He-Ne laser 0,5.1mW CAUTION
... purposes which will entail varying arrangements and demonstrations which in turn may enlarge the risk of eyedamage. To minimize this risk the laser has been equipped ...
... purposes which will entail varying arrangements and demonstrations which in turn may enlarge the risk of eyedamage. To minimize this risk the laser has been equipped ...
Wb_Laser - EarthSignals.com
... strong carrier will be seen at a frequency which is equal to twice the transit time of light through the length of the laser due to longitudinal mode beating. I have two lasers of different lengths with one producing 437 Mhz and the other 635 MHz. The signals slowly ( over a few seconds) sweep back ...
... strong carrier will be seen at a frequency which is equal to twice the transit time of light through the length of the laser due to longitudinal mode beating. I have two lasers of different lengths with one producing 437 Mhz and the other 635 MHz. The signals slowly ( over a few seconds) sweep back ...
ADL-65104TA4 - Laser Components
... Semiconductor laser device is very sensitive to electrostatic discharge. High voltage spike current may change the characteristics of the device, or malfunction at any time during its service period. Therefore, proper measures for preventing electrostatic discharge are strongly recommended. To obtai ...
... Semiconductor laser device is very sensitive to electrostatic discharge. High voltage spike current may change the characteristics of the device, or malfunction at any time during its service period. Therefore, proper measures for preventing electrostatic discharge are strongly recommended. To obtai ...
Electro Optical Components, Inc. Laser Damage Threshold
... of ZnSe lenses. Increased absorption from external contamination or poor cleaning can quickly lead to laser damage. The difference between a good lens and a poor lens can be an increase in absorption of just 1 part per thousand. Fortunately the situation with copper mirrors is more forgiving, as the ...
... of ZnSe lenses. Increased absorption from external contamination or poor cleaning can quickly lead to laser damage. The difference between a good lens and a poor lens can be an increase in absorption of just 1 part per thousand. Fortunately the situation with copper mirrors is more forgiving, as the ...
Precision-guided munition
""Smart Weapon"" redirects here. For the weapon systems customized to a single person, see personalized gun.A precision-guided munition (PGM, smart weapon, smart munition, smart bomb) is a guided munition intended to precisely hit a specific target, and to minimize collateral damage.Because the damage effects of explosive weapons decrease with distance due to an inverse cube law, even modest improvements in accuracy (hence reduction in miss distance) enable a target to be attacked with fewer or smaller bombs. Thus, even if some guided bombs miss, fewer air crews are put at risk and the harm to civilians and the amount of collateral damage may be reduced.The advent of precision-guided munitions resulted in the renaming of older bombs ""unguided bombs"", ""dumb bombs"", or ""iron bombs"".