MM1W3V3 DIODE ZENER 3.3V 1W SOD-123

Introduction of MM1W3V3 DIODE ZENER 3.3V 1W SOD-123

The MM1W3V3 DIODE ZENER 3.3V 1W SOD-123 is a power electronic device that consists of multiple diodes integrated into a single package and is primarily used for power conversion and protection circuits. Kaore i rite ki nga waahanga motuhake, MM1W3V3 DIODE ZENER 3.3V 1W SOD-123 does not use transformers or similar isolation components to separate inputs and outputs. Ko tenei hoahoa ka ngawari te hanganga ara iahiko, ka whakaiti i te utu, me te whakapai ake i te pai.

 

Features and Benefits of MM1W3V3 DIODE ZENER 3.3V 1W SOD-123

Hoahoa kiato: Na te mea kaore e hiahiatia etahi atu waahanga wehe, MM1W3V3 DIODE ZENER 3.3V 1W SOD-123s are typically smaller and lighter in weight.

Mahi teitei: Ko te iti o te ngaronga o te kaha na te mea ko nga waahanga wehe ka pai ake te pai o te hurihanga.

Utu Iti: Ka whakakorehia nga waahanga wehe utu nui, ka iti ake nga utu hangahanga.

Whakautu Tere: Ko te Diode Whakaora Tere i hangaia (FRD) ka taea te huri tere mai i te kawanatanga ki te ahua aukati, te whakaiti i nga ngaronga whakawhiti.

Te Ti'aturi Nui: Ka whakamahia nga rauemi me nga hangarau matatau hei whakarite kia mau te mahi ahakoa i roto i nga taiao kino.

He ngawari ki te whakauru me te pupuri: Ko nga atanga me nga hononga kua whakaritea hei whakangawari i te tukanga whakaurunga me te whakahaere i nga mahi a muri ake nei.

(MM1W3V3 DIODE ZENER 3.3V 1W SOD-123)

Specification of MM1W3V3 DIODE ZENER 3.3V 1W SOD-123

The MM1W3V3 is a Zener diode. It provides a constant 3.3 volts. This voltage stays consistent. It manages as much as 1 watt of power. This power ranking issues. It shows how much power the diode can handle securely. The diode can be found in the SOD-123 plan. This bundle is little. It fits well on circuit boards. It conserves area. The SOD-123 is a surface-mount tool. It is designed for modern-day electronics.

This diode functions as a voltage regulator. It keeps the voltage constant at 3.3 V. This serves in lots of circuits. Circuits commonly need steady voltage. Unpredictable voltage creates issues. This diode protects against those troubles. It clamps the voltage. It safeguards sensitive components. It shields parts from voltage spikes. This is crucial for integrity. Electronic gadgets last longer this way.

The Zener voltage is 3.3 volts. This voltage is its main feature. It is tested at a certain current. The examination current is 76 milliamps. The diode functions within a variety. The voltage may vary a little. It depends upon the present flow. Temperature adjustments likewise affect it. However it continues to be near to 3.3 V. This security is vital.

It takes care of a maximum present. The present is about 300 milliamps. This depends upon the power. One watt is the limit. The diode can not exceed this. Operating above 1 watt damages it. Warmth is the main concern. Appropriate cooling is very important. The diode works best within its ratings.

The operating temperature variety is vast. Ka mahi mai i -65 ° C ki +150 ° C. This covers most settings. It works in cool and heat. This makes it functional. Different applications use it. The storage space temperature level is additionally broad. It stores safely from -65 ° C ki
+175 ° C. The SOD-123 plan has 3 leads. It is easy to solder. It connects directly to the board. This streamlines assembly. Production is much faster. The little size is a huge and also. It permits compact styles. Lots of tools need little components. This diode fits that requirement. It is common in power products. It controls voltage for integrated circuits. It shields input stages. It is a basic foundation. Engineers pick it often. It is trusted for 3.3 V law.

(MM1W3V3 DIODE ZENER 3.3V 1W SOD-123)

Applications of MM1W3V3 DIODE ZENER 3.3V 1W SOD-123

The MM1W3V3V diode is a Zener diode. It manages voltage at 3.3 volts. It manages power approximately 1 watt. It can be found in a little SOD-123 package. This dimension saves area on motherboard. This diode is useful in many electronic circuits.

One major usage is voltage policy. Circuits frequently require a consistent 3.3 V supply. Power sources can vary. The Zener diode keeps the voltage continuous at 3.3 V. It does this also if the input voltage adjustments. This is essential for sensitive components like microcontrollers. Microcontrollers need steady power to work right. Without regulation, voltage adjustments can collapse them. The diode avoids this.

Another vital usage is voltage clamping. Sometimes signals or power lines get spikes. These spikes exceed 3.3 V. The diode secures them down. It stops the voltage from going too expensive. This protects fragile elements. Parts like sensing units or reasoning chips can be damaged by high voltage. The diode imitates a safety valve. It diverts added voltage away.

The diode additionally gives overvoltage protection. It safeguards circuits from unforeseen surges. If a voltage rise occurs, the diode triggers. It carries out the excess existing to ground. This avoids damages downstream. It’s a basic guard against electrical issues.

I tua atu, the diode works as a voltage referral. Some circuits need an accurate voltage point. This point is 3.3 V for the MM1W3V3V. It offers a secure reference voltage. Circuits use this reference for exact dimensions. Analog-to-digital converters often require excellent referrals. The diode supplies a trusted 3.3 V point for them.

Its SOD-123 package is an and also. This tiny size fits quickly onto modern circuit card. Developers frequently require small parts. The diode fulfills this demand. It uses good performance in a tiny space. This makes it popular for numerous electronics.

Kōtaha Kamupene

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Tukunga

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Nga Tikanga Rokiroki

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5 FAQs of MM1W3V3 DIODE ZENER 3.3V 1W SOD-123

What does the MM1W3V3 diode do?
This diode keeps voltage steady. He rite ki te kaitahuri ngaohiko. When voltage gets too high, ka timata te whakahaere. It holds the voltage at 3.3 volts. Ka tiakina e tenei etahi atu waahanga o te ara iahiko.

Why pick a 3.3V Zener diode?
Many circuits need 3.3 volts. Modern electronics use 3.3V for logic chips. Ka whakaratohia e tenei diode taua ngaohiko tika. It’s a common requirement. This part fits those needs.

What does the 1W rating mean?
The 1W tells you its power limit. It shows how much heat it can take. The diode can handle up to one watt of power. Using it beyond this damages the diode. Stay under this limit for safety.

How big is the SOD-123 package?
SOD-123 is a small surface-mount package. Ka penapena mokowhiti i runga i nga papa taiawhio. The size is about 2.7mm long. Its small footprint is good for tight layouts. It’s common for diodes.

Does temperature affect its performance?
Ae, temperature changes the voltage. The Zener voltage shifts slightly. It depends on the temperature coefficient. This value is specified in the datasheet. Account for temperature in your design.

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