BZX84B6V8 associated parts:.
Zener Diode Single 6. Buy Now. Vishay Intertechnologies. Diode Zener Single 6. ON Semiconductor. Diotec Semiconductor AG. Micro Commercial Components.
Zener Diodes 6. ROHM Semiconductor.
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Featured Distributors 0 Distributors 5. BZX84B6V8 price and inventory results:. RoHS: Compliant. Min Qty: RoHS: Not Compliant.Buck converter vs. linear voltage regulator - practical comparison
BZX84B6V8 associated parts:. Zener Diode Single 6.
Buy Now. Vishay Intertechnologies. Diode Zener Single 6. ON Semiconductor. Diotec Semiconductor AG. Micro Commercial Components. Zener Diodes 6. ROHM Semiconductor. Europe - PanJit Semiconductor. Europe - 0. Diodes Incorporated.
Supplied as a Tape, ON Semiconductor, 6. NXP Semiconductors. BZXB6V8 Americas - Americas. Diode: Zener, 0. Philips Semiconductors. BZX84 Series 6. Diode, Zener, 0. Vishay Semiconductors. Diodes Zener Single. Stock Ship Days. PanJit Touch Screens. Immediate delivery. Min Qty A Zener diode is a special type of diode designed to reliably allow current to flow "backwards" when a certain set reverse voltage, known as the Zener voltageis reached.
Zener diodes are manufactured with a great variety of Zener voltages and some are even variable. Diodes with a higher Zener voltage have a more gradual junction and their mode of operation also involves avalanche breakdown. Both breakdown types are present in Zener diodes with the Zener effect predominating at lower voltages and avalanche breakdown at higher voltages.
Zener diodes are widely used in electronic equipment of all kinds and are one of the basic building blocks of electronic circuits.
They are used to generate low-power stabilized supply rails from a higher voltage and to provide reference voltages for circuits, especially stabilized power supplies. They are also used to protect circuits from overvoltageespecially electrostatic discharge ESD. The device is named after American physicist Clarence Zenerwho first described the Zener effect in in his primarily theoretical studies of breakdown of electrical insulator properties.
Later, his work led to the Bell Labs implementation of the effect in form of an electronic device, the Zener diode. A conventional solid-state diode allows significant current if it is reverse-biased above its reverse breakdown voltage.
When the reverse bias breakdown voltage is exceeded, a conventional diode is subject to high current due to avalanche breakdown. Unless this current is limited by circuitry, the diode may be permanently damaged due to overheating. A Zener diode exhibits almost the same properties, except the device is specially designed so as to have a reduced breakdown voltage, the so-called Zener voltage.
By contrast with the conventional device, a reverse-biased Zener diode exhibits a controlled breakdown and allows the current to keep the voltage across the Zener diode close to the Zener breakdown voltage. For example, a diode with a Zener breakdown voltage of 3. The Zener diode is therefore ideal for applications such as the generation of a reference voltage e. Another mechanism that produces a similar effect is the avalanche effect as in the avalanche diode.
In silicon diodes up to about 5. Above 5. Modern manufacturing techniques have produced devices with voltages lower than 5. A 75 V diode has 10 times the coefficient of a 12 V diode. Zener and avalanche diodes, regardless of breakdown voltage, are usually marketed under the umbrella term of "Zener diode".
Under 5. The IV curve for Zeners above 5. The Zener diode's operation depends on the heavy doping of its p-n junction. At the atomic scale, this tunneling corresponds to the transport of valence band electrons into the empty conduction band states; as a result of the reduced barrier between these bands and high electric fields that are induced due to the high levels of doping on both sides.
While tolerances within 0. Breakdown voltage for commonly available Zener diodes can vary widely from 1. For diodes that are lightly doped the breakdown is dominated by the avalanche effect rather than the Zener effect.Datasheet contains the design specifications for product development. Pa ra m e t e r T est condition Symbol Va l u e Unit.
P o wer dissipation P tot 1 mW. P ar tnumber Marking. Dynamic Resistance Te s t. Dztasheet Power Dissi pation vs. Pulse Thermal Resistance vs. Thermal Differential Resistance vs. Dynamic Resist ance vs. Temperature D ependence of Zener Voltage vs. Change of Zener Volt age vs. Change of Zener Voltage vs. Change of Zener datashee from turn-on up to the po int of.
Layout for R Theta;JA test. Mountin g Pad Layout. It is the policy of Vishay Semicon ductor GmbH to. Meet all present and fu ture national and int ernational statut ory requirements.
Regularly and continuou sly improve the perfor mance of our p roducts, processes, distribu tion and operating. It is particular concer n to control or eliminat e rele ases of those su bstances in to the at mosphere which are. Various n ational and inte rnational initia tives are pressing for an. Vishay Semiconducto r GmbH datasjeet been a ble to use its po licy of continuous improve ments to elimina te the use.
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Let's make the most of our timeMore info helps us prepare the best and most personalized call for you. You've successfully been subscribed - check your inbox weekly for marketing awesomeness. A customer review is a review of a product or service made by a customer who has purchased the product or service. Customer reviews are a form of customer feedback on electronic commerce and online shopping sites. There are also dedicated review sites, some of which use customer reviews as well as or instead of professional reviews.
The reviews may themselves be graded for usefulness or accuracy by other users. The reliability of customer reviews has been questioned. Since few sites restrict users to reviewing only items purchased from that site, it is difficult to prove a customer has actually used the product they are reviewing. Before the advent of the internet, methods by which customers could review products and services included customer comment boxes and customer service helplines.Keep it going Craig.
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