Coils and Electronic Controls
... “Thermal Shock Dunk” test qualifications at 140°C. The “Thermal Shock Dunk” test requires coils to be heated, reaching a stabilized temperature of 100°C, then immediately immersed in a solution at 0°C. The thermal shock is repeated five times with the coil monitored for dielectric strength in the so ...
... “Thermal Shock Dunk” test qualifications at 140°C. The “Thermal Shock Dunk” test requires coils to be heated, reaching a stabilized temperature of 100°C, then immediately immersed in a solution at 0°C. The thermal shock is repeated five times with the coil monitored for dielectric strength in the so ...
... USE: A 2-18 AWG conductor PLENUM insulated LED cable for connecting low voltage DC power sources to LED modules in PLENUM (air handling) applications. “Can be used indoors or outdoors” This breakthrough in technology features a high temperature plenum cable recommended for use outdoors on channel le ...
Transmission Lines
... Dielectric loss For a dielectric with a non-zero conductivity ( > 0) (i.e., a non-infinite resistivity, < ), losses in the dielectric also attenuate the signal ...
... Dielectric loss For a dielectric with a non-zero conductivity ( > 0) (i.e., a non-infinite resistivity, < ), losses in the dielectric also attenuate the signal ...
Series 440 Installation and Operation Instructions
... the linearization coefficients X0 to X4, that need to be entered into the PC configuration software. 6.3 Function check Measuring the analog (4 to 20) mA output signal or following failure signals: Underranging ...
... the linearization coefficients X0 to X4, that need to be entered into the PC configuration software. 6.3 Function check Measuring the analog (4 to 20) mA output signal or following failure signals: Underranging ...
J! . D
... standardizing wire which, as shown for man ror throughout the range of from about —60° F. ganin in Fig. 3, rapidly'increases as the limits of to about 300° F. being about and never substan the range —60° F. to 300° F. are approached. tially greater than 0.02%. As appears from Fig. Therefore the arra ...
... standardizing wire which, as shown for man ror throughout the range of from about —60° F. ganin in Fig. 3, rapidly'increases as the limits of to about 300° F. being about and never substan the range —60° F. to 300° F. are approached. tially greater than 0.02%. As appears from Fig. Therefore the arra ...
Very Cheap DIY Patchbay for Synthi Clones
... When all the soldering is done, check that there are no shorts between adjacent strips on the Stripboard. ...
... When all the soldering is done, check that there are no shorts between adjacent strips on the Stripboard. ...
Micro SIL Reed Relays
... relays onto your board. These are the ideal choice for high density applications such as A.T.E. switching matrices or where very little board area is available. Mu-metal, due to its high permeability and low magnetic remanence is used to provide magnetic screening. This eliminates problems that woul ...
... relays onto your board. These are the ideal choice for high density applications such as A.T.E. switching matrices or where very little board area is available. Mu-metal, due to its high permeability and low magnetic remanence is used to provide magnetic screening. This eliminates problems that woul ...
on filter
... • made up of passive components - resistors, capacitors and inductors • no amplifying elements (- transistors, op-amps, etc) • no signal gain • 1st order - design is simple (just use standard equations to find resonant frequency of the circuit) • 2nd order - complex equations • require no power supp ...
... • made up of passive components - resistors, capacitors and inductors • no amplifying elements (- transistors, op-amps, etc) • no signal gain • 1st order - design is simple (just use standard equations to find resonant frequency of the circuit) • 2nd order - complex equations • require no power supp ...
MAX3800 3.2Gbps Adaptive Equalizer and Cable Driver General Description
... 3.2Gbps Adaptive Equalizer and Cable Driver The MAX3800 is a +3.3V adaptive cable equalizer and cable driver implemented together on a single chip. It is designed for coaxial and twin-axial cable point-to-point communications applications. The driver features differential current-mode logic (CML) in ...
... 3.2Gbps Adaptive Equalizer and Cable Driver The MAX3800 is a +3.3V adaptive cable equalizer and cable driver implemented together on a single chip. It is designed for coaxial and twin-axial cable point-to-point communications applications. The driver features differential current-mode logic (CML) in ...
Designing for EMC - Precision MicroControl Corp.
... Figure 5 shows one example of a ground loop. While the controller and the amplifier should each be tied to earth ground, wiring the ground of the controller to the ground of the amplifier can cause serious problems. The triangle of ground wires forms an antenna which will unfortunately receive unwan ...
... Figure 5 shows one example of a ground loop. While the controller and the amplifier should each be tied to earth ground, wiring the ground of the controller to the ground of the amplifier can cause serious problems. The triangle of ground wires forms an antenna which will unfortunately receive unwan ...
54 the technological and exploitative factors of local increase of
... Introduction. Reliability of high voltage power cables in the process of long-term operation is largely due to the intensity of polymeric insulation aging. It is now established that the aging of polyethylene, which is the main material for the insulation of high voltage power cables, under the acti ...
... Introduction. Reliability of high voltage power cables in the process of long-term operation is largely due to the intensity of polymeric insulation aging. It is now established that the aging of polyethylene, which is the main material for the insulation of high voltage power cables, under the acti ...
Microelectromechanical Devices
... Short-pitching is used in machines with fractional-slot windings (non-integral slots/pole or slots/pole/phase) in a doublelayer winding arrangement. Allows for a finite set of stampings with a fixed number of slots to be used for different speed ...
... Short-pitching is used in machines with fractional-slot windings (non-integral slots/pole or slots/pole/phase) in a doublelayer winding arrangement. Allows for a finite set of stampings with a fixed number of slots to be used for different speed ...
69058 flyer.indd - Transamerican Wholesale
... The Cap and Rotor kit features brass terminals which are more conductive and resist corrosions longer than caps with aluminum terminals. This cap and rotor kit has excellent dielectric strength and resists carbon tracking. Caps are available in “racing red”, bright blue, or black. ...
... The Cap and Rotor kit features brass terminals which are more conductive and resist corrosions longer than caps with aluminum terminals. This cap and rotor kit has excellent dielectric strength and resists carbon tracking. Caps are available in “racing red”, bright blue, or black. ...
Optimizing the Output Configuration of Semtech Bipolar Pin Drivers
... depending on the amount of board parasitic capacitance. The larger the board parasitics, the larger the inductors will need to be. Semtech’s EVM boards typically use 0.014” (0.35mm) thick dielectric in order to minimize the amount of board parasitic capacitance. If thinner dielectric is used in orde ...
... depending on the amount of board parasitic capacitance. The larger the board parasitics, the larger the inductors will need to be. Semtech’s EVM boards typically use 0.014” (0.35mm) thick dielectric in order to minimize the amount of board parasitic capacitance. If thinner dielectric is used in orde ...
MAX3801 3.2Gbps Adaptive Equalizer General Description Features
... The adaptive cable equalizer accepts differential CML input data at rates up to 3.2Gbps and is capable of equalizing differential or single-ended signals. It automatically adjusts to attenuation levels of up to 30dB at 1.6GHz (because of skin-effect losses in copper cable). The equalizer consists of ...
... The adaptive cable equalizer accepts differential CML input data at rates up to 3.2Gbps and is capable of equalizing differential or single-ended signals. It automatically adjusts to attenuation levels of up to 30dB at 1.6GHz (because of skin-effect losses in copper cable). The equalizer consists of ...
TS®90 - CableOrganizer.com
... It identifies conductors using the SmartTone feature and an inductive probe (not included) (see Figure 2). Tone can be sent between two technicians to ID multiple pairs. Because the tester beeps when it detects a short circuit, it also serves as a continuity tester. ...
... It identifies conductors using the SmartTone feature and an inductive probe (not included) (see Figure 2). Tone can be sent between two technicians to ID multiple pairs. Because the tester beeps when it detects a short circuit, it also serves as a continuity tester. ...
LR Phono Preamps - Pete Millett`s DIY Audio pages
... parallel resonant circuit, which has a very high impedance at the resonant frequency Generally, the higher the inductance, the lower the SRF (Self Resonant Frequency), since there are more turns of wire in a larger inductor In a passive LR EQ network, self-resonance causes a notch in frequency respo ...
... parallel resonant circuit, which has a very high impedance at the resonant frequency Generally, the higher the inductance, the lower the SRF (Self Resonant Frequency), since there are more turns of wire in a larger inductor In a passive LR EQ network, self-resonance causes a notch in frequency respo ...
MAX3800UTJ+T Datasheet
... 3.2Gbps Adaptive Equalizer and Cable Driver The MAX3800 is a +3.3V adaptive cable equalizer and cable driver implemented together on a single chip. It is designed for coaxial and twin-axial cable point-to-point communications applications. The driver features differential current-mode logic (CML) in ...
... 3.2Gbps Adaptive Equalizer and Cable Driver The MAX3800 is a +3.3V adaptive cable equalizer and cable driver implemented together on a single chip. It is designed for coaxial and twin-axial cable point-to-point communications applications. The driver features differential current-mode logic (CML) in ...
2. TYPES AND SHAPES OF WINDING WIRES: The winding wires
... slots according to the design requirements and hence the slots and conductor combination will not produce a mechanically balanced winding. Under such conditions some coils are placed in the slots, not connected to the remaining part of the winding but only for mechanical balance. Such windings are c ...
... slots according to the design requirements and hence the slots and conductor combination will not produce a mechanically balanced winding. Under such conditions some coils are placed in the slots, not connected to the remaining part of the winding but only for mechanical balance. Such windings are c ...
Loading coil
A loading coil or load coil is an inductor that is inserted into an electronic circuit to increase its inductance. A loading coil is not a transformer to provide coupling to another other circuit. The term originated in the 19th century for inductors used to prevent signal distortion in long-distance telegraph transmission cables. The term is also used for inductors in radio antennas, or between the antenna and its feedline, to make an electrically short antenna resonant at its operating frequency.Loading coils are historically also known as Pupin coils after Mihajlo Pupin, especially when used for the Heaviside condition and the process of inserting them is sometimes called pupinization.The concept of loading coils was discovered by Oliver Heaviside in studying the problem of slow signalling speed of the first transatlantic telegraph cable in the 1860s. He concluded additional inductance was required to prevent amplitude and time delay distortion of the transmitted signal. The mathematical condition for distortion-free transmission is known as the Heaviside condition. Previous telegraph lines were overland or shorter and hence had less delay, and the need for extra inductance was not as great. Submarine communications cables are particularly subject to the problem, but early 20th century installations using balanced pairs were often continuously loaded with iron wire or tape rather than discretely with loading coils, which avoided the sealing problem.