Plug-in Inline rectifier diode 1N4007 DO-41

Prezentare generală a diodelor redresoare

Diodele redresoare sunt dispozitive semiconductoare utilizate în principal pentru conversia curentului alternativ (AC) în curent continuu (DC). Ele permit curentului să circule cu ușurință într-o direcție în timp ce îl blochează în direcția opusă. Această proprietate unidirecțională le face componente esențiale în sursele de alimentare, procesarea semnalului, și diverse circuite electronice. Diodele redresoare pot gestiona o gamă largă de curenți și tensiuni, făcându-le versatile pentru numeroase aplicații.

Caracteristicile diodelor redresoare

Conductivitate unidirecțională: Facilitează fluxul de curent într-o singură direcție, blocând efectiv curentul invers.
Manipularea curentului ridicat: Proiectat pentru a transporta curenți semnificativi înainte, potrivit pentru aplicații de mare putere.
Tensiune inversă de vârf (PIV): Poate rezista la tensiuni inverse mari fără a se defecta.
Cădere joasă de tensiune directă: Minimizează pierderile de energie sub formă de căldură, îmbunătățirea eficienței.
Timp de recuperare rapid: Trece rapid de la stările conducătoare la cele neconductoare, benefic pentru aplicații de înaltă frecvență.
Stabilitate termică: Menține performanța într-un interval larg de temperatură, asigurarea fiabilității în condiții variate.
Dimensiune compactă: Factorul de formă mic facilitează integrarea în modele electronice compacte.
Cost-Eficient: Oferă o soluție economică pentru nevoile de conversie AC-DC.
Varietate de pachete: Disponibil în mai multe opțiuni de ambalare pentru a se potrivi diferitelor cerințe de montare.

(Plug-in Inline rectifier diode 1N4007 DO-41)

Specification of Plug-in Inline rectifier diode 1N4007 DO-41

Here’s the product information for the 1N4007 diode:

The 1N4007 is a typical plug-in rectifier diode. It deals with everyday power work well. This diode modifications air conditioning power into DC power. It’s built for basic use in lots of circuits. The peak reverse voltage ranking is 1000 volți. This suggests it blocks approximately 1000 volts securely in the reverse instructions. The typical forward current is 1.0 amper. It can handle brief ruptureds of greater current also. The peak surge existing reaches 30 amperi. This rise score aids with first power-on spikes.

The diode uses the typical DO-41 plastic plan. This plan is cylindrical. Are două derivații axiale. One lead is the cathode. The other is the anode. The cathode end has a stripe for identification. The body length is about 4.3 milimetri. The size is about 2.7 milimetri. The leads are simple to flex. They fit basic motherboard. They fit breadboards as well. The diode is understood for being difficult. It works accurately in various conditions. It takes care of moderate temperatures. The operating array is generally -65 ° C până la +175 °C

. The 1N4007 has a slow-moving reverse recovery time. This is regular for general-purpose rectifiers. It’s completely fine for line frequency power supplies. It’s also great for battery chargers. It works in obstructing applications. It’s a low-priced component. It’s extensively available. You locate it in many designs. It’s a fundamental electronic component. Designers trust it for fundamental rectification needs. It supplies a simple remedy for transforming a/c power. It secures circuits from reverse voltage damages. This diode is a workhorse. It’s crucial for standard power conversion jobs.

(Plug-in Inline rectifier diode 1N4007 DO-41)

Applications of Plug-in Inline rectifier diode 1N4007 DO-41

The 1N4007 plug-in diode is a workhorse element. It’s a silicon rectifier diode. You find it in many digital gadgets. Its primary job is transforming AC power to DC power. Think of power supplies for gadgets. The 1N4007 manages this job well. It enables current flow in one instructions only. It obstructs present in the contrary instructions. This one-way action is important for DC power.

The 1N4007 deals with typical voltages. It deals with currents as much as 1 amp. It stands up to reverse voltages as much as 1000 volți. This makes it really difficult. It appropriates for numerous day-to-day circuits. Dependability matters right here. The 1N4007 supplies that.

One significant use is power supply rectification. It transforms AC wall power into useful DC. Simple power adapters often use it. Battery battery chargers use it as well. Tiny power supplies rely upon it. It typically works in bridge rectifier arrangements. Numerous diodes collaborate there. They generate smoother DC outcome.

The 1N4007 safeguards circuits. It protects against damage from reverse polarity. Attaching a battery in reverse misbehaves. This diode quits that hazardous present. It imitates a safety valve. It obstructs the wrong-way voltage. Your circuit stays secure.

It blocks unwanted voltages. Sometimes DC lines require isolation. The 1N4007 gives this blocking. It keeps different circuit areas separate. It quits voltage from feeding back.

One more key duty is flyback security. Inductive loads like relays or electric motors create troubles. They develop voltage spikes when switched off. These spikes can damage transistors. The 1N4007 secures these spikes. It provides the spike existing a secure path. It takes in the energy. Sensitive components remain secured.

The DO-41 package is standard. It has axial leads. This makes it simple to make use of. You insert it straight onto circuit card. It collaborates with breadboards also. Enthusiasts and professionals choose it. Its simplicity is a big advantage. It’s affordable and easily offered. Equipping it is easy. Changing it is straightforward. The 1N4007 is a basic part. It addresses standard yet crucial problems. You see it everywhere electronics require power conversion or protection.

Profilul Companiei

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Condiții de depozitare

1) A se pastra intr-un mediu uscat la temperatura camerei.

2) Evitați umezeala și temperaturile ridicate.

3) Utilizați imediat după deschiderea pungii de ambalare interioare.

5 FAQs of Plug-in Inline rectifier diode 1N4007 DO-41

What does the 1N4007 diode do?
It changes AC power into DC power. This is called rectification. It lets electricity flow only one way. It stops electricity flowing backwards. This is vital for many power supplies.

What is its maximum voltage?
The 1N4007 handles 1000 volts peak reverse voltage. This is its highest rating. Do not exceed this voltage. Using it above 1000V risks damage. Choose a higher-rated diode if needed.

How much current can it carry?
Se descurcă 1 amp of continuous forward current. This is the standard load. More current causes overheating. This can destroy the diode. Use a heat sink if currents are near the limit.

Does direction matter?
Direction is critical. Connect it correctly. The cathode end (marked with a stripe) must connect to the negative side. The anode end connects to positive. Reversing it blocks current flow. Severe reverse voltage breaks it.

Where is it commonly used?
Find it in basic power adapters. It works in battery chargers. It functions in simple DC power supplies. It protects circuits from reverse polarity. It acts in freewheeling roles for relays. It serves in general low-frequency rectification jobs.

(Plug-in Inline rectifier diode 1N4007 DO-41)