ADM1175 数据手册DataSheet 下载
... I2C Address Pin. This pin can be tied low, tied high, left floating, or tied low through a resistor to set four different I2C addresses. Convert Start Pin. A high level on this pin enables an ADC conversion. The state of an internal control register, which is set through the I2C interface, configure ...
... I2C Address Pin. This pin can be tied low, tied high, left floating, or tied low through a resistor to set four different I2C addresses. Convert Start Pin. A high level on this pin enables an ADC conversion. The state of an internal control register, which is set through the I2C interface, configure ...
1
... of all types play an important role in data conversion systems. Since high speed amplifiers are both 位 。高速放大器很有用 ，但也很难设计 ，因此懂得它 useful and difficult to design, an understanding of their 的工作原理就显得尤为重要 。 本文讨论了 4 种不同的 operation is important. Four different types of amplifier 放大器结构 。 信号处理器件中 ， 比较常见的放大器 a ...
... of all types play an important role in data conversion systems. Since high speed amplifiers are both 位 。高速放大器很有用 ，但也很难设计 ，因此懂得它 useful and difficult to design, an understanding of their 的工作原理就显得尤为重要 。 本文讨论了 4 种不同的 operation is important. Four different types of amplifier 放大器结构 。 信号处理器件中 ， 比较常见的放大器 a ...
MAX194 14-Bit, 85ksps ADC with 10µA Shutdown _______________General Description ____________________________Features
... Figure 3. Initiating Conversions—At least 3 CLK cycles since end of previous conversion. ...
... Figure 3. Initiating Conversions—At least 3 CLK cycles since end of previous conversion. ...
DS80C310 High-Speed Microcontroller GENERAL DESCRIPTION PIN CONFIGURATIONS
... standard 8032 DPTR is a 16-bit value that is used to address off-chip data RAM or peripherals. In the DS80C310, the standard data pointer is called DPTR and is located at SFR addresses 82h and 83h. These are the standard locations. No modification of standard code is needed to use DPTR. The new DPTR ...
... standard 8032 DPTR is a 16-bit value that is used to address off-chip data RAM or peripherals. In the DS80C310, the standard data pointer is called DPTR and is located at SFR addresses 82h and 83h. These are the standard locations. No modification of standard code is needed to use DPTR. The new DPTR ...
Compact L- and S-Band GaN High Power Amplifiers
... rates are increasing each year. For applications operating in frequency bands less than 6GHz, radar manufacturers recognize that this wide-band gap technology offers significant advantages over existing Si and VED amplifiers. Advantages include higher voltage and broadband performance with high drai ...
... rates are increasing each year. For applications operating in frequency bands less than 6GHz, radar manufacturers recognize that this wide-band gap technology offers significant advantages over existing Si and VED amplifiers. Advantages include higher voltage and broadband performance with high drai ...
14.7 Transverse Balance, VDSL/VDSL2 ANSI/TIA-968
... Connect the spectrum analyzer across the RL resistor (90 or 500 ohms as per ANSI/TIA-968-B, Table 62). ...
... Connect the spectrum analyzer across the RL resistor (90 or 500 ohms as per ANSI/TIA-968-B, Table 62). ...
Vol. 5, Issue 10, October 2016 Tesla Coil – Double Tuned
... secondary circuit will also create an oscillating magnetic field that induces a voltage to the primary winding and hence the energy is transferred back to the primary coil and energy shift rapidly back and forth between the primary and secondary circuits until the spark lab ceases due to energy diss ...
... secondary circuit will also create an oscillating magnetic field that induces a voltage to the primary winding and hence the energy is transferred back to the primary coil and energy shift rapidly back and forth between the primary and secondary circuits until the spark lab ceases due to energy diss ...
IOSR Journal of Electrical and Electronics Engineering (IOSR-JEEE)
... A power system is said to have a situation of voltage instability when a disturbance causes a progressive and uncontrollable decrease in voltage level. Power system stability is the ability of the system to maintain acceptable levels of voltage at all the buses of the system following a disturbance ...
... A power system is said to have a situation of voltage instability when a disturbance causes a progressive and uncontrollable decrease in voltage level. Power system stability is the ability of the system to maintain acceptable levels of voltage at all the buses of the system following a disturbance ...
Technical News #57
... sectional areas. The tables in AS4388:1996 are quite comprehensive and clearly defines the maximum permissible current draw for a conductor of specific dimensions and cross sectional area, within a specific ambient, for use with low voltage apparatus. Copper has a watts loss value that can be calcul ...
... sectional areas. The tables in AS4388:1996 are quite comprehensive and clearly defines the maximum permissible current draw for a conductor of specific dimensions and cross sectional area, within a specific ambient, for use with low voltage apparatus. Copper has a watts loss value that can be calcul ...
Analysis of Amplifier with Nonlinear Device Model
... • Thevenin equivalent approach for the modeling of nonlinear active microwave circuits has been studied. With use of voltage equivalent sources, the FDTD method has been extended to include three terminal nonlinear active microwave devices and analyze the entire microwave circuits. This approach mai ...
... • Thevenin equivalent approach for the modeling of nonlinear active microwave circuits has been studied. With use of voltage equivalent sources, the FDTD method has been extended to include three terminal nonlinear active microwave devices and analyze the entire microwave circuits. This approach mai ...
Evaluation of Subthreshold Design Techniques
... Motivation Energy Per Operation (EOP) important For energy-constrained systems, e.g., battery-powered devices ...
... Motivation Energy Per Operation (EOP) important For energy-constrained systems, e.g., battery-powered devices ...
Chapter 1
... A 50µA full scale deflection current meter movement is to be used in an Ohmmeter. The meter movement has an internal resistance Rm = 2kΩ and a 1.5V battery is used in the circuit. Determine Rz at full scale deflection. A 100Ω basic movement is to be used as an ohmmeter requiring a full scale deflect ...
... A 50µA full scale deflection current meter movement is to be used in an Ohmmeter. The meter movement has an internal resistance Rm = 2kΩ and a 1.5V battery is used in the circuit. Determine Rz at full scale deflection. A 100Ω basic movement is to be used as an ohmmeter requiring a full scale deflect ...
DATA SHEET 2PD601A series NPN general purpose transistors; 50 V, 100 mA
... any of these products are for illustrative purposes only. NXP Semiconductors makes no representation or warranty that such applications will be suitable for the specified use without further testing or modification. Limiting values ⎯ Stress above one or more limiting values (as defined in the Absolu ...
... any of these products are for illustrative purposes only. NXP Semiconductors makes no representation or warranty that such applications will be suitable for the specified use without further testing or modification. Limiting values ⎯ Stress above one or more limiting values (as defined in the Absolu ...
MAX1608/MAX1609 Octal SMBus-to-Parallel I/O Expanders General Description Features
... Schmitt-triggered inputs that can accommodate slower edges; however, the rising and falling edges should still be faster than 1µs and 300ns, respectively. Communication starts with the master signaling the beginning of a transmission with a START condition, which is a high-to-low transition on SMBDA ...
... Schmitt-triggered inputs that can accommodate slower edges; however, the rising and falling edges should still be faster than 1µs and 300ns, respectively. Communication starts with the master signaling the beginning of a transmission with a START condition, which is a high-to-low transition on SMBDA ...
SPECIFICATION FOR 132kV STATION CLASS SURGE
... The 132 kV station class Gapless Surge Arrestors (for outdoor use) shall be of the metal oxide type using Zinc oxide resistor blocks of non linear characteristic without air gap. They shall comply IEC 99-4 and shall be entirely suitable for operation under the system conditions specified; including ...
... The 132 kV station class Gapless Surge Arrestors (for outdoor use) shall be of the metal oxide type using Zinc oxide resistor blocks of non linear characteristic without air gap. They shall comply IEC 99-4 and shall be entirely suitable for operation under the system conditions specified; including ...
VOLTMETER/PHASER a n d A C C E S S O... Operating & Instruction Manual
... All meters require the use of accessory hotsticks, which may or may not be supplied with the meter. The minimum hotstick length required for safe use depends upon the particular operation; consult federal, state, company and OSHA specifications for the proper hotstick length for the intended operati ...
... All meters require the use of accessory hotsticks, which may or may not be supplied with the meter. The minimum hotstick length required for safe use depends upon the particular operation; consult federal, state, company and OSHA specifications for the proper hotstick length for the intended operati ...
1 Series, 2 Series, 3 Series, and 4 Series Li-Ion
... The bq40z50 device supports TURBO BOOST mode by providing the available max power and max current to the host system. The device also supports Battery Trip Point to send a BTP interrupt signal to the host system at the pre-set state of charge thresholds. The bq40z50 provides software-based 1st- and ...
... The bq40z50 device supports TURBO BOOST mode by providing the available max power and max current to the host system. The device also supports Battery Trip Point to send a BTP interrupt signal to the host system at the pre-set state of charge thresholds. The bq40z50 provides software-based 1st- and ...
`Alarm Systems` teachers notes - the Sheffield Hallam University
... Turn to page 16 where you can see, amongst the sketches, the PCB for a coded alarm. If you follow the tracks through where the three switches will fit, indicated by the word ‘pins’, you can see that two of the switches on the board are in fact connected at both ends, like this they would not switch ...
... Turn to page 16 where you can see, amongst the sketches, the PCB for a coded alarm. If you follow the tracks through where the three switches will fit, indicated by the word ‘pins’, you can see that two of the switches on the board are in fact connected at both ends, like this they would not switch ...
mic2592b.pdf
... input will turn on all three of the respective slot’s outputs (+12V, +3.3V, and VAUX), while specifically defeating all protections on those supplies. This explcitly includes all overcurrent and short circuit protections, and on-chip thermal protection for the VAUX[A/B] supplies. Additionally includ ...
... input will turn on all three of the respective slot’s outputs (+12V, +3.3V, and VAUX), while specifically defeating all protections on those supplies. This explcitly includes all overcurrent and short circuit protections, and on-chip thermal protection for the VAUX[A/B] supplies. Additionally includ ...
t3 0 K5
... is applied to the bus 32. Switch N shunts the resistance contacts 50 and 53, respectively, the arm 52 receives the 40 with a lower resistance 41 to maintain the voltage E2 voltage E1. If the unknown resistance RX is changed, substantially the same (such as 10 volts) irrespective of the voltage E1 wi ...
... is applied to the bus 32. Switch N shunts the resistance contacts 50 and 53, respectively, the arm 52 receives the 40 with a lower resistance 41 to maintain the voltage E2 voltage E1. If the unknown resistance RX is changed, substantially the same (such as 10 volts) irrespective of the voltage E1 wi ...
Opto-isolator
In electronics, an opto-isolator, also called an optocoupler, photocoupler, or optical isolator, is a component that transfers electrical signals between two isolated circuits by using light. Opto-isolators prevent high voltages from affecting the system receiving the signal. Commercially available opto-isolators withstand input-to-output voltages up to 10 kV and voltage transients with speeds up to 10 kV/μs.A common type of opto-isolator consists of an LED and a phototransistor in the same opaque package. Other types of source-sensor combinations include LED-photodiode, LED-LASCR, and lamp-photoresistor pairs. Usually opto-isolators transfer digital (on-off) signals, but some techniques allow them to be used with analog signals.