AAT3681 数据资料DataSheet下载
... Before the start of charging, the AAT3681 checks several conditions in order to assure a safe charging environment. The input supply must be above the minimum operating voltage, or under-voltage lockout threshold (VUVLO), for the charging sequence to begin. When these conditions have been met and a ...
... Before the start of charging, the AAT3681 checks several conditions in order to assure a safe charging environment. The input supply must be above the minimum operating voltage, or under-voltage lockout threshold (VUVLO), for the charging sequence to begin. When these conditions have been met and a ...
Amplifier Built-in Type Laser sensor EX-L200 Series
... ●● Take care that the sensor is not directly exposed to fluorescent lamp from a rapid-starter lamp, a high frequency lighting device or sunlight etc., as it may affect the sensing performance. ●● In case of mounting the fixed-focus reflective type, the sensing may be influenced from reflective objec ...
... ●● Take care that the sensor is not directly exposed to fluorescent lamp from a rapid-starter lamp, a high frequency lighting device or sunlight etc., as it may affect the sensing performance. ●● In case of mounting the fixed-focus reflective type, the sensing may be influenced from reflective objec ...
Analog Output Current Shunt and Voltage Instantaneous Power
... adjusting the configuration settings of the device. The interface is used to control the signal (current shunt voltage, bus voltage, or power) that is directed to the device output. Multiple gain and attenuation settings can be programmed through the two-wire interface to allow for application-speci ...
... adjusting the configuration settings of the device. The interface is used to control the signal (current shunt voltage, bus voltage, or power) that is directed to the device output. Multiple gain and attenuation settings can be programmed through the two-wire interface to allow for application-speci ...
Hall Effect Devices
... of 10 mV with 5% accuracy. 3.41 Volts. Minus 2.47 Volts gives me the change in voltage. Divide that by 0.0013 V and I get a reading of 723 Gauss. (I didn't actually do the math. I built it into an Excel spreadsheet so I wouldn't have to do the math manually at each reading. This also gives me the o ...
... of 10 mV with 5% accuracy. 3.41 Volts. Minus 2.47 Volts gives me the change in voltage. Divide that by 0.0013 V and I get a reading of 723 Gauss. (I didn't actually do the math. I built it into an Excel spreadsheet so I wouldn't have to do the math manually at each reading. This also gives me the o ...
AAT2556 数据资料DataSheet下载
... adapter/USB input voltage range from 4V to 6.5V. The adapter/USB charging current level can be programmed up to 500mA for rapid charging applications. A status monitor output pin is provided to indicate the battery charge state by directly driving one external LED. Internal device temperature and ch ...
... adapter/USB input voltage range from 4V to 6.5V. The adapter/USB charging current level can be programmed up to 500mA for rapid charging applications. A status monitor output pin is provided to indicate the battery charge state by directly driving one external LED. Internal device temperature and ch ...
Temperature-Dependent Characterization of SiC Power Electronic Devices Madhu Sudhan Chinthavali Burak Ozpineci
... frequency and high temperature operation. Based on the transfer characteristics, the gate drive was designed for a voltage of -30V and a 250 kHz operation was achieved for peak gate currents of 0.8 A. C. Gate drive requirements SiC VJFET switches can be operated at higher switching frequencies and h ...
... frequency and high temperature operation. Based on the transfer characteristics, the gate drive was designed for a voltage of -30V and a 250 kHz operation was achieved for peak gate currents of 0.8 A. C. Gate drive requirements SiC VJFET switches can be operated at higher switching frequencies and h ...
LMC6001 Ultra Ultra-Low Input Current Amplifier (Rev. I)
... only, which do not imply functional operation of the device at these or any other conditions beyond those indicated under Recommended Operating Conditions. Exposure to absolute-maximum-rated conditions for extended periods may affect device reliability. If Military/Aerospace specified devices are re ...
... only, which do not imply functional operation of the device at these or any other conditions beyond those indicated under Recommended Operating Conditions. Exposure to absolute-maximum-rated conditions for extended periods may affect device reliability. If Military/Aerospace specified devices are re ...
CHAPTER 8
... representations of typical circuit characteristics. The index will help you find the data sheet of interest while the other parts of the general section are used to interpret the specification sheet. The Functional Index section gives a list of TTL circuits by their logical function. This section is ...
... representations of typical circuit characteristics. The index will help you find the data sheet of interest while the other parts of the general section are used to interpret the specification sheet. The Functional Index section gives a list of TTL circuits by their logical function. This section is ...
MAX5101 +2.7V to +5.5V, Low-Power, Triple, Parallel General Description
... Note 2: Gain error is: [100 (VF0,meas - ZCE - VF0,ideal) / VDD]. Where VF0,meas is the DAC output voltage with input code F0 hex, and VF0,ideal is the ideal DAC output voltage with input code F0 hex (i.e., VDD · 240 / 256). Note 3: Output settling time is measured from the 50% point of the falling e ...
... Note 2: Gain error is: [100 (VF0,meas - ZCE - VF0,ideal) / VDD]. Where VF0,meas is the DAC output voltage with input code F0 hex, and VF0,ideal is the ideal DAC output voltage with input code F0 hex (i.e., VDD · 240 / 256). Note 3: Output settling time is measured from the 50% point of the falling e ...
OVER-VOLTAGE AND OVER-CURRENT PROTECTION IC (Rev. B)
... The device can supply load current up to IOCP continuously. If the load current tries to exceed this threshold, the current limits IOCP for a maximum duration of tBLANK(OCP). If the load current returns to less than IOCP before tBLANK(OCP) times out, the device continues to operate (see Figure 19). ...
... The device can supply load current up to IOCP continuously. If the load current tries to exceed this threshold, the current limits IOCP for a maximum duration of tBLANK(OCP). If the load current returns to less than IOCP before tBLANK(OCP) times out, the device continues to operate (see Figure 19). ...
AN4075
... IC inputs can be controlled by the STEVAL-PCC009V2/1 or set by the hardware using jumpers on the board. The CON1 connector is used to supply the board. Supply voltage should be connected to the VCC pin. Linear regulator input voltage VH can be connected directly to VCC using jumper J4. If J4 is open ...
... IC inputs can be controlled by the STEVAL-PCC009V2/1 or set by the hardware using jumpers on the board. The CON1 connector is used to supply the board. Supply voltage should be connected to the VCC pin. Linear regulator input voltage VH can be connected directly to VCC using jumper J4. If J4 is open ...
LECTURE 060 – PUSH-PULL OUTPUT STAGES
... • Can use either substrate or lateral BJTs. • Small-signal output resistance is 1/gm which can easily be less than 100Ω. • Unfortunately, only PNP or NPN BJTs are available but not both on a standard CMOS technology. • In order for the BJT to sink (or source) large currents, the base current, iB, mu ...
... • Can use either substrate or lateral BJTs. • Small-signal output resistance is 1/gm which can easily be less than 100Ω. • Unfortunately, only PNP or NPN BJTs are available but not both on a standard CMOS technology. • In order for the BJT to sink (or source) large currents, the base current, iB, mu ...
80K-40 High Voltage Probe
... ac, 28 kV rms ac, Overvoltage Category I (voltages derived from limited energy transformer). * The input impedance of Autoranging Fluke handheld digital multimeters varies as a function of range. The only range that deviates significantly from 10 MΩ is the 3V (Models 21, 23, 25, 27, 70, 73, 75, 77) ...
... ac, 28 kV rms ac, Overvoltage Category I (voltages derived from limited energy transformer). * The input impedance of Autoranging Fluke handheld digital multimeters varies as a function of range. The only range that deviates significantly from 10 MΩ is the 3V (Models 21, 23, 25, 27, 70, 73, 75, 77) ...
ADP2105 数据手册DataSheet 下载
... No Connect. This is not internally connected and can be connected to other pins or left unconnected. Power Source Inputs. The source of the PFET high-side switch. Bypass each PWIN pin to the nearest PGND plane with a 4.7 μF or greater capacitor as close as possible to the ADP2105/ADP2106/ ADP2107. S ...
... No Connect. This is not internally connected and can be connected to other pins or left unconnected. Power Source Inputs. The source of the PFET high-side switch. Bypass each PWIN pin to the nearest PGND plane with a 4.7 μF or greater capacitor as close as possible to the ADP2105/ADP2106/ ADP2107. S ...
AD8010
... In general, any loops that are formed by any of the above paths should be made as small as possible. Large loops are both generators and receivers of magnetic fields and can cause undesired coupling of signals that lowers the performance of the amplifier. Effects that have not been seen before in ot ...
... In general, any loops that are formed by any of the above paths should be made as small as possible. Large loops are both generators and receivers of magnetic fields and can cause undesired coupling of signals that lowers the performance of the amplifier. Effects that have not been seen before in ot ...
D/A Converter
... The resolution is the amount of voltage rise created by increasing the LSB of the input by 1. This voltage value is a function of the number of input bits and the reference voltage value. - Increasing the number of bits results in a finer resolution - Most DACs in the 12-18 bit range ...
... The resolution is the amount of voltage rise created by increasing the LSB of the input by 1. This voltage value is a function of the number of input bits and the reference voltage value. - Increasing the number of bits results in a finer resolution - Most DACs in the 12-18 bit range ...
Physics Week 4(Sem. 2)
... This equation was developed by considering a battery delivering energy to a resistor, it also stands true for the power delivered by a voltage source to any device. Using Ohm’s law the power equation can then be ...
... This equation was developed by considering a battery delivering energy to a resistor, it also stands true for the power delivered by a voltage source to any device. Using Ohm’s law the power equation can then be ...
MAX5160/MAX5161 Low-Power Digital Potentiometers
... between H and L. Logic inputs CS, U/D, and INC determine the position of the wiper. With CS low and U/D high, a high-to-low transition on INC increments the internal counter, increasing the resistance between W and L. When both CS and U/D are low, a high-to-low INC transition decrements the internal ...
... between H and L. Logic inputs CS, U/D, and INC determine the position of the wiper. With CS low and U/D high, a high-to-low transition on INC increments the internal counter, increasing the resistance between W and L. When both CS and U/D are low, a high-to-low INC transition decrements the internal ...
Lecture14: AC Circuits , Resonance
... Relative Current/Voltage Phases in pure R, C, and L elements • Apply sinusoidal current i (t) = Imcos(wDt) • For pure R, L, or C loads, phase angles for voltage drops are 0, p/2, -p/2 • “Reactance” means ratio of peak voltage to peak current (generalized resistances). ...
... Relative Current/Voltage Phases in pure R, C, and L elements • Apply sinusoidal current i (t) = Imcos(wDt) • For pure R, L, or C loads, phase angles for voltage drops are 0, p/2, -p/2 • “Reactance” means ratio of peak voltage to peak current (generalized resistances). ...