HTRI-S-D-R - Fire Alarm Resources
... 1. There can be any number of normally closed or normally open switches. 2. The end of line resistor must be located at the last switch. 3. Do not wire a normally closed switch across the end of line resistor. 4. Only for use with security and status applications. 5. Do not use N.O. switches for sec ...
... 1. There can be any number of normally closed or normally open switches. 2. The end of line resistor must be located at the last switch. 3. Do not wire a normally closed switch across the end of line resistor. 4. Only for use with security and status applications. 5. Do not use N.O. switches for sec ...
3. Diode, Rectifiers, and Power Supplies
... Electricity uses up a little energy pushing its way through the diode, rather like a person pushing through a door with a spring. This means that there is a small voltage across a conducting diode, it is called the forward ...
... Electricity uses up a little energy pushing its way through the diode, rather like a person pushing through a door with a spring. This means that there is a small voltage across a conducting diode, it is called the forward ...
The standards mentioned in this document
... Short-circuit breaking capacity at the rated operating sequence c ANSI specifies 50% asymmetry and IEC 30%. In 95% of applications, 30% is sufficient. When 30% is too low, there are specific cases (proximity of generators) for which the asymmetry may be greater than 50%. c For both standard systems, ...
... Short-circuit breaking capacity at the rated operating sequence c ANSI specifies 50% asymmetry and IEC 30%. In 95% of applications, 30% is sufficient. When 30% is too low, there are specific cases (proximity of generators) for which the asymmetry may be greater than 50%. c For both standard systems, ...
TPS6102x 96% Efficient Synchronous Boost Converters (Rev. A)
... The controller circuit of the device is based on a fixed frequency multiple feedforward controller topology. Input voltage, output voltage, and voltage drop on the NMOS switch are monitored and forwarded to the regulator. So changes in the operating conditions of the converter directly affect the du ...
... The controller circuit of the device is based on a fixed frequency multiple feedforward controller topology. Input voltage, output voltage, and voltage drop on the NMOS switch are monitored and forwarded to the regulator. So changes in the operating conditions of the converter directly affect the du ...
(Electrical) equivalent circuits for microresonators
... This is a series RLC-circuit that relates motional current to actuation voltage. The whole beam resonator can be represented by the electrical equivalent circuit is shown in Figure 2. The motional arm is represented by the series RLC-network and the capacitance C0 represents the non-motional current ...
... This is a series RLC-circuit that relates motional current to actuation voltage. The whole beam resonator can be represented by the electrical equivalent circuit is shown in Figure 2. The motional arm is represented by the series RLC-network and the capacitance C0 represents the non-motional current ...
O4904105108
... density per chip is increasing day by day following the Moore’s law.With increase in transistor density, area and power consumption also increases. The design engineers are striving to achieve more and more functionality at higher speed and low power, keeping area and cost low. Circuit design techni ...
... density per chip is increasing day by day following the Moore’s law.With increase in transistor density, area and power consumption also increases. The design engineers are striving to achieve more and more functionality at higher speed and low power, keeping area and cost low. Circuit design techni ...
LLC resonant half-bridge converter design guideline
... assumed to be purely sinusoidal at the fundamental frequency: this approach gives quite accurate results for operating points at and above the resonance frequency of the resonant tank (in the continuous conduction mode), while it is less accurate, but still valid, at frequencies below the resonance ...
... assumed to be purely sinusoidal at the fundamental frequency: this approach gives quite accurate results for operating points at and above the resonance frequency of the resonant tank (in the continuous conduction mode), while it is less accurate, but still valid, at frequencies below the resonance ...
Light Intensity, Blackbody Radiation
... time of the year approximately follows a sinusoidal dependence. The corresponding curve for the average daily temperature high lags that curve by about a month or so. For example, the intensity minimum occurs on Dec. 21st, while the coldest days typically occur about a month later. 5) A majority of ...
... time of the year approximately follows a sinusoidal dependence. The corresponding curve for the average daily temperature high lags that curve by about a month or so. For example, the intensity minimum occurs on Dec. 21st, while the coldest days typically occur about a month later. 5) A majority of ...
Deep-Submicron CMOS Design Methodology for High
... The total capacitance at the output of the folding circuit can be found by summing the load capacitance with the drain-base and gate-drain capacitances. The load resistance is given by RL = 1 / λ * I SS ...
... The total capacitance at the output of the folding circuit can be found by summing the load capacitance with the drain-base and gate-drain capacitances. The load resistance is given by RL = 1 / λ * I SS ...
Introduction to the Mechatronic Engineering Laboratory Equipment
... conductor. Through wear (or by someone jamming too large a lead into one of the holes), the Uchannel can be bent open, which will result in a poor or intermittent electrical connection. (This is one of the major disadvantages of using a solderless breadboard and something to keep in mind when you ar ...
... conductor. Through wear (or by someone jamming too large a lead into one of the holes), the Uchannel can be bent open, which will result in a poor or intermittent electrical connection. (This is one of the major disadvantages of using a solderless breadboard and something to keep in mind when you ar ...
MAX1932 Digitally Controlled, 0.5% Accurate, Safest APD Bias Supply General Description
... N-FET switch should be selected to have adequate onresistance with the MOSFET VGS = VIN(MIN). The breakdown voltage of the N-FET must be greater than VOUT. For higher-current output applications (such as 5mA at 90V), SOT23 high-voltage low-gate-threshold N-FETs may not have adequate current capabili ...
... N-FET switch should be selected to have adequate onresistance with the MOSFET VGS = VIN(MIN). The breakdown voltage of the N-FET must be greater than VOUT. For higher-current output applications (such as 5mA at 90V), SOT23 high-voltage low-gate-threshold N-FETs may not have adequate current capabili ...
a AN-369 APPLICATION NOTE
... Figure 2 is a block diagram of the AD594/AD595 thermocouple signal conditioner IC. A Type J (for the AD594) or Type K (for the AD595) thermocouple is connected to Pins 1 and 14, the inputs to an instrumentation amplifier differential stage. This input amplifier is contained in a loop that uses the l ...
... Figure 2 is a block diagram of the AD594/AD595 thermocouple signal conditioner IC. A Type J (for the AD594) or Type K (for the AD595) thermocouple is connected to Pins 1 and 14, the inputs to an instrumentation amplifier differential stage. This input amplifier is contained in a loop that uses the l ...
Switched-mode power supply
... A linear regulator provides the desired output voltage by dissipating excess power in ohmic losses (e.g., in a resistor or in the collector–emitter region of a pass transistor in its active mode). A linear regulator regulates either output voltage or current by dissipating the excess electric power ...
... A linear regulator provides the desired output voltage by dissipating excess power in ohmic losses (e.g., in a resistor or in the collector–emitter region of a pass transistor in its active mode). A linear regulator regulates either output voltage or current by dissipating the excess electric power ...
3.3 V Dual-Loop 50 Mbps to 1.25 Gbps Laser Diode Driver ADN2848
... ac coupling to ensure that the time constants (L/R and RC, see Figure 9) are sufficiently long for the data rate and the expected number of CIDs (consecutive identical digits). Failure to do this could lead to pattern dependent jitter and vertical eye closure. For designs with low series resistance, ...
... ac coupling to ensure that the time constants (L/R and RC, see Figure 9) are sufficiently long for the data rate and the expected number of CIDs (consecutive identical digits). Failure to do this could lead to pattern dependent jitter and vertical eye closure. For designs with low series resistance, ...
SURGE ARRESTORS OR LIGHTNING ARRESTORS. Lightning
... circuit and other is connected to ground. When any surge comes the air gap between the rods gets ionized and surge is passed to earth. The limitations of the arrestors are The arrestor is not capable of stopping to power frequency voltage to earth because of ionization of air in the gap. The cli ...
... circuit and other is connected to ground. When any surge comes the air gap between the rods gets ionized and surge is passed to earth. The limitations of the arrestors are The arrestor is not capable of stopping to power frequency voltage to earth because of ionization of air in the gap. The cli ...
Starters for the DC Shunt Wound and Compound
... overload relay (OLR). The other end of the OLR is 3. Field terminal ‘F’ (connected to field winding.) connected to the lower end of conducting lever of starter 4. Additional point N (connected to electromagnet.) handle where the spring is attached to the handle, along with these things the handle al ...
... overload relay (OLR). The other end of the OLR is 3. Field terminal ‘F’ (connected to field winding.) connected to the lower end of conducting lever of starter 4. Additional point N (connected to electromagnet.) handle where the spring is attached to the handle, along with these things the handle al ...
BDTIC www.BDTIC.com/infineon Application Note No. 061
... Traditionally, all oscillators are classified as either a negative resistance oscillator (a.k.a. reflection oscillator) or a feedback oscillator. The criterion is whether there is an “obvious” feedback circuit. At RF and microwave frequencies, it becomes difficult to construct a feedback circuit wit ...
... Traditionally, all oscillators are classified as either a negative resistance oscillator (a.k.a. reflection oscillator) or a feedback oscillator. The criterion is whether there is an “obvious” feedback circuit. At RF and microwave frequencies, it becomes difficult to construct a feedback circuit wit ...
Power MOSFET
A power MOSFET is a specific type of metal oxide semiconductor field-effect transistor (MOSFET) designed to handle significant power levels.Compared to the other power semiconductor devices, for example an insulated-gate bipolar transistor (IGBT) or a thyristor, its main advantages are high commutation speed and good efficiency at low voltages. It shares with the IGBT an isolated gate that makes it easy to drive. They can be subject to low gain, sometimes to degree that the gate voltage needs to be higher than the voltage under control.The design of power MOSFETs was made possible by the evolution of CMOS technology, developed for manufacturing integrated circuits in the late 1970s. The power MOSFET shares its operating principle with its low-power counterpart, the lateral MOSFET.The power MOSFET is the most widely used low-voltage (that is, less than 200 V) switch. It can be found in most power supplies, DC to DC converters, and low voltage motor controllers.