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four-layer diode

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Abstract: (Figure 15). Stairstep Generator­A CLD is used to optimize the performance of a four-layer diode , breakdown voltage of the fourlayer diode. Another stairstep generator (Figure 17, page 144) uses bipolar , with a CLD and zener diode (Figure 10b). 141 Typical Applications (Continued) Collector , Applications Two-Step Battery Charger­A pair of CLDs, along with a zener diode, provides for an excellent , low voltage reference designed with a zener diode. A low noise capacitor across R will further ... Original
datasheet

7 pages,
491.12 Kb

CCL0035 CCL0130 CCL0750 FET differential amplifier circuit balancing resistors for diodes sawtooth wave generator noise diode balancing resistors Power supply AC to DC zener diode SWITCHING TRANSISTOR 144 triangle wave application note Zener Diode B datasheet abstract
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Abstract: Generator- A CLD is used to optimize the per formance of a four-layer diode stairstep generator (Figure 16). The CLD allows the use of input pulses only a few volts above the breakdown voltage of the four-layer diode. Another stairstep generator (Figure 17, page 21) uses bipolar transistors and a CLD. This circuit , zener diode (Figure 10b). v cc v cc Figure 10. DC Coupling 151 Centrar Collector Load- , Two-Step Battery Charger-A pair of CLDs, along with a zener diode, provides for an excellent two-step ... OCR Scan
datasheet

7 pages,
210.57 Kb

squarewave generator four-layer diode A CLIPPER CIRCUIT APPLICATIONS datasheet abstract
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Abstract: Generator-A CLD is used to optimize the per formance of a four-layer diode stairstep generator (Figure 16). The CLD allows the use of input pulses only a few volts above the breakdown voltage of the four-layer diode. Another stairstep generator (Figure 17, page 21) uses bipolar transistors and a CLD. This circuit , be greatly improved by replacing the coupling resistors R and R with a CLD and zener diode (Figure , lic a tio n s Two-Step Battery Charger-A pair of CLDs, along with a zener diode, provides for an ... OCR Scan
datasheet

7 pages,
209.27 Kb

noise diode generator four-layer diode A CLIPPER CIRCUIT APPLICATIONS datasheet abstract
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Abstract: Figure 15. Di D2 Stairstep Generator - A CLD is used to optimize the per formance of a four-layer diode stairstep generator (Figure 16). The CLD allows the use of input pulses only a few volts above the breakdown voltage of the four-layer diode. Another stairstep generator (Figure 17, page 21) uses bipolar , replacing the coupling resistors R2 and Ra with a CLD and zener diode (Figure 10b). v cc v cc Figure 10. , Two-Step Battery Charger - A pair of CLDs, along with a zener diode, provides for an excellent two-step ... OCR Scan
datasheet

7 pages,
352.49 Kb

four-layer diode A CLIPPER CIRCUIT APPLICATIONS datasheet abstract
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Abstract: RA3B RA-1B RA3A electrical characteristics closely approximating those of an "ideal" four-layer diode. The device is designed ... OCR Scan
datasheet

1 pages,
246.63 Kb

D13V 2N4988 2n4986 D13V2 2n4989 D13V3 2N4985 2N4991 2N4983 2N4990 D13V1 2N4992 transistor 2N4983 four-layer diode datasheet abstract
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Abstract: , which include DIACs, SCRs, and TRIACs. All of these devices originate from the four-layer diode (also known as the Shockley diode). The four-layer diode is represented in figure 5 symbolically, and more , : 80053 Rev. 1.4, 06-May-08 18131 (a) (b) (c) (d) Fig. 4 - Four-Layer Diode (Shockley Diode) For technical questions, contact: optocoupler.answers@vishay.com www.vishay.com 991 ... Original
datasheet

7 pages,
140.39 Kb

Optocoupler with triac PHOTO SCR OPTOCOUPLER parallel triacs photo thyristor microwave oven magnetron triac driver opto Thyristor Shockley OPTOCOUPLER for thyristor gate magnetron tube Optocoupler with triac circuits optotriac IL4218 2 amp triac driver opto datasheet abstract
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Abstract: Currents of 5 mA or greater from a CMOS input clamp diode can cause four-layer diode action on the CMOS , normally can pull more negative than ground, the conventional CMOS input diode clamp from input to ground , clamped at one diode drop (-0.6V), all the current that flows comes from the PMOS negative supply. For , diode from inputs to VCC only. This single diode provides adequate static discharge protection and, at , without the diode, both the high power dissipation and latch up problems are eliminated. To demonstrate ... Original
datasheet

4 pages,
51.8 Kb

MM74C904 MM74C903 MM54C901 mm74c MM74C901 four-layer diode MM54C/MM74C MM54C901/ MM54C904/MM74C904 MM74C903/MM74C904 MM54C/MM74C abstract
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Abstract: greater from a CMOS input clamp diode can cause four-layer diode action on the CMOS device This at best , overcome this problem the MM74C903 MM74C903 and MM74C904 MM74C904 have been designed with a clamp diode from inputs to VCC only This single diode provides adequate static discharge protection and at the same time allows voltages of up to b 17V on any input Since there is essentially no current without the diode both the , the conventional CMOS input diode clamp from input to ground poses problems The least of these is ... Original
datasheet

2 pages,
70.99 Kb

p-mos ttl MM54C901 MM54C904 C1995 MM74C901 MM74C903 MM74C904 four layer diode MM74C four-layer diode MM54C MM54C abstract
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Abstract: those of an "ideal" four-layer diode. The device is designed to switch at 8 volts with a typical , threshold and four-layer switch devices. Each of these devices can be used as a power thyristor trigger, and , "4-layer diode." SILICON BILATERAL SWITCH (SBS)-low voltage triac trigger, two silicon unilateral switches , (See Circuit 3) *This device is a symmetrical negative resistance diode. All electrical limits shown ... OCR Scan
datasheet

6 pages,
651.42 Kb

scs thyristor transistors equivalent 9012 SCR to-65 transistor s 9012 2n6116 PUT 2N2646 low voltage scr 2N4983 2N2646 2N4985 2N4987 Silicon unilateral switch EQUIVALENT 2N1671 N489-494-- 2N2646-47 N489-494-- abstract
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Abstract: those of an "ideal" four-layer diode. The device is designed to switch at 8 volts with a typical , threshold and four-layer switch devices. Each of these devices can be used as a power thyristor trigger, and , "4-layer diode." SILICON BILATERAL SWITCH (SBS)-low voltage triac trigger, two silicon unilateral switches , diode. All electrical limits shown apply in either direction of current flow. Min. 6 Typ. ±.02 3.5 ... OCR Scan
datasheet

6 pages,
647.53 Kb

2N602B EQUIVALENT 2N1671 "Programmable Unijunction Transistor" SUS 2N4987 Silicon unilateral switch SBS thyristor 2N4987 equivalent 60 amp 600 Volt scr 3n81 low voltage scr 2n2646 equivalent 3n84 N489-494-- 2N2646-47 N489-494-- abstract
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