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Abstract: the polarity of transistors. High or open : High-side transistor = P-channel (active low) Low-side transistor = N-channel (active low) Low : High-side transistor = N-channel (active low) Low-side transistor = N-channel (active low) The pin has a pull-up resistor. 3 OS Description Ground pin , ) transistor driving motor phase U The PWM polarity can be specified by pin 3. 14 OUT_UN O PWM output signal for the low-side (negative-side) transistor driving motor phase U This signal is active Marktech Optoelectronics
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TB6575FNG
Abstract: . High or open : High-side transistor = P-channel (active low) Low-side transistor = N-channel (active low) Low : High-side transistor = N-channel (active low) Low-side transistor = N-channel (active , high-side (positive-side) transistor driving motor phase U The PWM polarity can be specified by pin 3. 14 OUT_UN O PWM output signal for the low-side (negative-side) transistor driving motor , (positive-side) transistor driving motor phase V The PWM polarity can be specified by pin 3. 16 OUT_VN Toshiba
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LA1222 14 pin unknown ic bldc motor control circuit diagrams pulse wave signal generator TA75393P
Abstract: Select the polarity of transistors. High or open : High-side transistor = P-channel (active low) Low-side transistor = N-channel (active low) Low : High-side transistor = N-channel (active low) Low-side transistor = N-channel (active low) The pin has a pull-up resistor. 4 FMAX I Set an , signal for the high-side (positive-side) transistor driving motor phase U The PWM polarity can be specified by pin 3. 14 OUT_UN O PWM output signal for the low-side (negative-side) transistor Toshiba
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shaded pole motor speed control
Abstract: time I Select the polarity of transistors. High or open: High-side transistor = P-channel (active low) Low-side transistor = N-channel (active High) Low: High-side transistor = N-channel (active High) Low-side transistor = N-channel (active High) The pin has a pull-up resistor. 3 OS , OUT_UP O PWM output signal for the high-side (positive-side) transistor driving motor phase U The , (negative-side) transistor driving motor phase U This signal is active high. 15 OUT_VP O PWM output Toshiba
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TA75393
Abstract: 3 OS I Select the polarity of transistors. High or open : High-side transistor = P-channel (active low) Low-side transistor = N-channel (active low) Low : High-side transistor = N-channel (active low) Low-side transistor = N-channel (active low) The pin has a pull-up resistor. 4 FMAX , ) transistor driving motor phase U The PWM polarity can be specified by pin 3. 14 OUT_UN O PWM output signal for the low-side (negative-side) transistor driving motor phase U This signal is active Marktech Optoelectronics
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Abstract: : High-side transistor = P-channel (active low) Low-side transistor = N-channel (active low) Low : High-side transistor = N-channel (active low) Low-side transistor = N-channel (active low) The pin has a pull-up , ) transistor driving motor phase U The PWM polarity can be specified by pin 3. PWM output signal for the low-side (negative-side) transistor driving motor phase U This signal is active high. PWM output signal for the high-side (positive-side) transistor driving motor phase V The PWM polarity can be specified by Toshiba
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Abstract: DESCRIPTION Low VCE(SAT) NPN Transistor, 30V PNP High Current Bias Resistor Transistor Low VCE(SAT) PNP Transistor, 12V Triple RF Schottky Diode PRODUCTS PACKAGE SOT23 SOT223 SC88 SC88 DATASHEET NOW NOW NOW , Transistor Data Book Data Management Solutions Brochure (New Revision!) ECLinPSTM Data Book ECLinPS PlusTM , Products Selector Guide Power MOSFET Transistor Data Book Rectifier Data Book Rectifier Handbook - Ref ON Semiconductor
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NCP1450 NCP4100 NCP4115 Bipolar Power Transistor Data 200v npn 3a d2pak NCP1650 SGD503/D NCP1550 CS5211 CS5212 NCP1570
Abstract: 10.90" 277 mm 13.70" 348 mm Flat 15.0 diag. LCD N/A 161472-000# 9.04" 230 mm Elo TouchSystems
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FST 460 D80423-000 transistor a1023 C1422 Transistor FST 460 elo touch 362
Abstract: time-lag (UMT) or fast-acting (UMF) characteristics. Ceramic housing. 300 A and 250/277 VAC breaking , Equipments Power Supplies UMT 250/277 V Time-Lag Stock No 70241594 70241595 70241596 70241597 70241599 RS Components
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3403.0160.11 MST250V 0034.6014 A63 SMD Fuses
Abstract: from standard logic devices. FIGURE 1. Typical NMOS Bus Switch MOSFET Transistor Switch Operation , understand the theory of operation of a MOSFET pass transistor, which is the centerpiece of a bus switch , between the gate and source of the NMOS (VGS) greater than 1V will cause the NMOS transistor N1 to fully , resistance (RON) of the NMOS device is typically very low (less than 5). Once the NMOS pass transistor is , NMOS transistor. As the source voltage approaches VCC the voltage passed becomes limited as the NMOS Fairchild Semiconductor
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SOT23 NMOS SOT23-5 VTP Signal Path Designer SC70-5 NC7SZD384 NC7SZ66
Abstract: path is exceedingly simple. The data passes through a simple, but large, NMOS pass transistor. In addition to this NMOS transistor, there exists a parasitic NPN bipolar transistor (with a beta of , achieving a 650mV VTN and turning ON. When OE is HIGH, the gate of the NMOS transistor is at 0V and the , when the switching bus undershoots ground and the source node voltage of the NMOS transistor becomes , transistor will occur. The NPN will conduct current from the drain to the source also placing a LOW on Bus Fairchild Semiconductor
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IN 5008 DIODE AN-5008 FSTU6800
Abstract: transistor. In addition to this NMOS transistor, there exists a parasitic NPN bipolar transistor (with a , from achieving a 650mV VTN and turning ON. When OE is HIGH, the gate of the NMOS transistor is at , voltage of the NMOS transistor becomes lower than that of the gate. The NMOS threshold voltage, VTN, for , VBE on the parasitic NPN bipolar transistor will occur. The NPN will conduct current from the drain , transistor P1 is ON. The intermediate point between the N1 and N2 is actively pulled to VCC by P1. When Fairchild Semiconductor
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Fairchild Bipolar Transistor High Beta nmos transistor
Abstract: high. The CTS output is an open drain transistor with a weak internal pullup. Normally a bank of CTS , passively. The OHO output Is an open drain N-channel transistor with a weak pull-up to Vqq. A number of ON Semiconductor
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NCP1204 NCP1571 SO32W NCP4000 dual zener common anode NCP801 TSOP RECEIVER CS5323 NCP5332A SO-20W SO-28W NCP1203
Abstract: PACKARD ELECTRIC DIVISION. p e d PMLt ri p SPEC! / CHAPMAN-G 277] j201 5384A- 0A3j ji ZF0 -
OCR Scan
MC14416 MC14418 MK5116 MC14400 MC14620 MDA220 MG14418 MC14400/01/02/03/05
Abstract: systems. The Bus switch consists of an NMOS transistor with a low on-resistance and low off-state , . 41 Figure 1. Bus switch Conversely, the transistor is in the saturation region when Vin >= 4V In the saturation region, the transistor behaves like a current source and the output voltage is , on OE connects the gate to Vcc. When Vgs is less than the transistor threshold voltage, VTh, the transistor is off and in the "cutoff" region. When Vgs exceeds VTh the transistor operates in one of the -
OCR Scan
12020084 07FE91 07JN91 GMR92 23JA80 15MR80
Abstract: 66.8 124 129 138 143 PCI_F, 1:5 (MHz) 33.3 37.5 33.3 33.4 39.5 36.7 38.3 30 33.3 27.7 33.3 33.4 31.0 , 166 171 180 190 200 PCI 33.3 37.5 33.3 33.4 39.5 36.7 38.3 30 33.3 27.7 33.3 33.4 31.0 32.3 34.5 Integrated Device Technology
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FST3125 equivalent AN157 FST3125 FST3257 FST3257 equivalent FST3384 AN-157 FST3383
Abstract: 110 36.7 OFF 1 0 0 1 115 38.3 OFF 1 0 0 0 120 30 OFF 0 1 1 1 133.3 33.3 ­0.5% 0 1 1 0 83 27.7 OFF 0 1 , 33.3 37.5 33.3 33.4 39.5 36.7 38.3 30 33.3 27.7 33.3 33.4 30.5 32.3 34.5 31.7 28.3 29.2 30 30.8 31.7 IC Works
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440BX 200MH
Abstract: external transistor Applications Autonomous kitchen timer Parking timing reminder key ring Ordering , chip has an output (RELO) for driving an external low power NPN bipolar transistor. This transistor , ) for driving an external low power NPN bipolar transistor and a buzzer driver output. Options In , timer chip has an output (RELO) for driving an external low power NPN bipolar transistor. This NPN transistor could be used for driving a switching element (relay). It can be connected directly (base to RELO Motorola
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CA6V audio taper potentiometer 100k cts capacitor 470uf 25v 470uF/ 25V capacitor 10K CA6V CR0805-10W-1001FT
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