Nexperia Core Products Explained: Essential Semiconductors, Diodes, and Transistors

When you look at modern electronics, you see Nexperia in many devices. Nexperia’s core products are diodes, transistors, MOSFETs, GaN FETs, ESD protection devices, and analog & logic ICs. These parts help control power and protect circuits. They also help devices work well. You can find their parts in cars, phones, and factory machines.

Product Categories	Market Share Percentage
Diodes	N/A
Bipolar Transistors	N/A
ESD Protection Devices	N/A
MOSFETs	N/A
GaN FETs	N/A
Analog & Logic ICs	N/A
Total Global Market Share	9.7%

You use Nexperia products in driver help systems and energy-saving solutions. The company is known for being efficient and creative. Nexperia makes wide bandgap semiconductors. These are important for electric cars and green energy. Core Products Explained shows how these parts support the technology you use every day.

Key Takeaways

• Nexperia's main products are diodes and transistors. These parts help control power in devices. They also protect circuits in things we use every day.

• Semiconductors are very important for modern electronics. You can find them in phones and electric cars.

• Picking Nexperia products means you choose smart and efficient parts. This can help save energy and make devices work better.

• Nexperia's diodes and transistors are made to be dependable. They help electronic devices last longer.

• Using Nexperia's advanced semiconductor solutions can help your projects. Your projects can become better and work more smoothly.

Core Products Explained

Semiconductors Overview

You use semiconductors all the time, even if you do not notice. These materials help control electricity in your gadgets. There are two main types of semiconductors. Look at this table to see the difference:

Type	Description
Intrinsic	Pure semiconductors have no extra stuff added. They show basic electrical features.
Extrinsic	These have added impurities to help them conduct electricity better.

A company like Nexperia makes products using both types. You can find these products in many shapes. Some common ones are:

• Diodes: These let electricity go one way. You see them in power supplies a lot.

• Transistors: These make signals stronger or work as switches. Almost every device has them.

When you learn about core products explained, you see how these parts work together. They help your electronics be strong and work well.

Why They Matter

You may ask why core products explained talk so much about semiconductors. The reason is easy to understand. These products are the base of today’s technology. You cannot use your phone, computer, or car without them. Here are some reasons they are important:

• Semiconductors are needed for things you use every day, like smart fridges and hospital tools.

• They help your electronics work better and last longer.

• Semiconductor chips let devices do hard jobs in healthcare, factories, and talking to others.

"Every electronic thing you see or touch has a chip inside. You need them for your daily life."

When you pick Nexperia, you choose a company that cares about new ideas and saving energy. Their core products explained show why these small parts matter so much in your life.

Nexperia Products Portfolio

Nexperia is a top company that makes semiconductors. You can find their products in lots of electronics. They make many kinds of semiconductor solutions. Each group of products does something special in modern devices. Here is a quick look at the main groups and what makes them different:

Product Category	Defining Characteristics
Diodes	Automotive diodes, Zener diodes, Switching diodes, Silicon Carbide (SiC) Schottky diodes, Schottky diodes and rectifiers, Recovery rectifiers
Bipolar Transistors	Special feature transistors, 3-terminal adjustable shunt regulators, General purpose and low VCEsat bipolar transistors, Resistor Equipped Transistors (RETs), LED driver / Constant current source
ESD Protection	Automotive ESD protection, TVS, EMI solutions with integrated protection, Transient Voltage Suppressors (TVS)
MOSFETs	Automotive MOSFETs, Power MOSFETs, Small signal MOSFETs, Application Specific MOSFETs
GaN FETs	High-efficiency GaN FETs for power applications
IGBTs	Insulated Gate Bipolar Transistors for high power applications
Analog & Logic ICs	Analog switches and multiplexers, Logic, Isolation, Power Management, Voltage translators (level-shifters), Interface

Diodes

Diodes help control which way current flows in circuits. Nexperia makes many types for different jobs. Some common ones are Zener diodes, Schottky rectifiers, and Silicon Carbide (SiC) Schottky diodes. Each type does something special. Zener diodes help keep voltage steady. Schottky rectifiers are good for saving energy. SiC Schottky diodes help power supplies use less energy.

Diode Type	Primary Application
Zener diodes	Voltage regulation
Schottky rectifiers	High efficiency power applications
Controlled avalanche switching diodes	High-speed switching applications
Low leakage current switching diodes	Applications requiring minimal leakage
Silicon Carbide (SiC) Schottky diodes	High-efficiency power applications
Low capacitance Schottky diodes	High-speed applications
Trench Schottky rectifiers	Power supply applications

Nexperia diodes work well and are strong. For example, the PESD2IVN24-T model can handle up to 30 kV ESD and 3.5 A surge current. This keeps your devices safe even when things get tough.

Transistors

Transistors work as switches or amplifiers in electronics. Nexperia makes many types, like bipolar transistors and resistor equipped transistors (RETs). You see these parts in cars, computers, and wearables. These transistors help control signals and power.

• You can use Nexperia transistors in cars, factories, computers, and home devices.

• The PHPT60603NYX transistor is very reliable. It works well in hard conditions and keeps power loss low when switching fast.

Nexperia uses strong materials and smart designs for their transistors. This helps your devices last longer and work better.

MOSFETs and GaN FETs

MOSFETs and GaN FETs help control power in electronics. Nexperia makes automotive MOSFETs, power MOSFETs, and small signal MOSFETs. These help you build small and efficient devices. GaN FETs are even better than regular MOSFETs. They switch faster and lose less power.

Feature	Description
Switching Capability	GaN FETs provide fast switching and low losses, enhancing energy efficiency in power applications.
On-State Resistance	Low on-state resistance in Nexperia MOSFETs reduces energy losses, contributing to overall efficiency.
Design Compactness	Compact designs of GaN FETs enable simpler and more efficient layouts in electronic devices.

You can use these FETs in servers, factories, telecom, and home electronics. Nexperia’s GaN FETs are about 20% more efficient than MOSFETs. At 2000 watts, MOSFETs lose 62 watts, but GaN FETs lose only 19 watts. This means your devices use less energy and stay cooler.

Tip: Nexperia cascode GaN FETs are great for cars because they handle high voltages and switch fast.

ESD Protection & ICs

ESD protection devices keep circuits safe from static and voltage spikes. Nexperia makes low capacitance ESD protection for fast interfaces. You can also get automotive ESD protection and TVS devices for cars and tough places. These products protect your chips and help devices last longer.

Feature	Description
Qualification	AEC-Q101 qualified, meeting automotive standards
Capacitance	Ultra-low capacitance (down to 3.4 pF)
ESD Robustness	Protects against ESD events for 48 V automotive networks
Application	High-speed data communication and automotive applications

Nexperia’s analog and logic ICs include switches, multiplexers, and voltage translators. You can use these ICs to manage signals and power. The company has over four thousand logic solutions in 25 package choices. This gives you lots of options and helps you solve problems in small spaces.

Note: Nexperia works hard to make efficient and new products. You get reliable and high-performance parts for many uses.

You can trust Nexperia to give you the semiconductor products you need. Their diodes, transistors, MOSFETs, GaN FETs, and ICs help you build safer and better electronics.

Diodes and Rectifiers

When you make or use electronics, you need diodes and rectifiers. These parts help control how electricity moves in a circuit. They change AC to DC, protect circuits, and keep signals clear. Nexperia has many kinds of rectifiers for different jobs. Three important types are Schottky diodes, SiGe rectifiers, and recovery rectifiers.

Schottky Diodes

Schottky diodes are special because they switch fast and have low forward voltage. You use them when you want quick action and high efficiency. These diodes help save energy and protect parts from voltage spikes.

Tip: Schottky diodes are great for high-frequency circuits like radios.

Here are some main features and benefits:

Feature	Benefit
Low forward voltage	Makes high-speed circuits more efficient
Low capacitance	Allows very fast switching

You see Schottky diodes in clamping circuits, RF mixers, and voltage doublers. The BAT54S from Nexperia is a good example. It has low capacitance and a small forward voltage drop. This makes it good for digital and RF uses. It also protects circuits by clamping extra voltage and keeping signals steady.

• Fast switching for high-frequency work

• Handles voltage surges well

• Keeps signals clear by lowering interference

• Protects against reverse polarity

Nexperia also makes SiC Schottky diodes for high-voltage jobs. These can handle up to 1200 volts and 20 amps. You use them in power supplies and electric cars where you need strong rectifiers.

Voltage Rating	Current Rating	Package Type
650 V	10 A	DPAK R2P
650 V	10 A	TO-220-2 R2P
650 V	20 A	D2PAK R2P
650 V	20 A	TO247 R2P
1200 V	20 A	D2PAK R2P

SiGe Rectifiers

SiGe rectifiers use silicon-germanium. This gives lower forward voltage and better heat control than regular diodes. You get less power loss and higher efficiency, especially when changing power.

Feature	SiGe Rectifiers	Traditional Diodes
Forward Voltage Drop (VF)	About 0.75 volts (150 mV lower)	Higher than SiGe
Conduction Losses	About 20% less	Higher losses
Thermal Stability	Up to 200°C without overheating	Not as stable at high heat
Reverse-Recovery Charge (QRR)	Lower than Schottky diodes	Higher than SiGe
Switching Losses	Lower because of fast switching	Higher because of slow switching
Maximum Reverse Voltage	Up to 200 volts	Usually up to 100 volts
Applications	High-temp (cars, LED lights)	Not used much in high heat

You use SiGe rectifiers where heat is a problem, like in cars and LED lights. They help devices last longer and work better in tough places.

Recovery Rectifiers

Recovery rectifiers are special diodes that turn off quickly. You use them in power supplies and circuits that need fast on and off. Nexperia’s recovery rectifiers, like the PNE series, help you get better performance and waste less energy.

• They lower reverse recovery charge, so there is less heat and more efficiency.

• You can use them in cars and factories because they work up to 175°C.

• Their design lowers loop inductance, which helps with fast switching.

• In tests, these rectifiers were up to 2.7% more efficient than others.

Note: When you choose Nexperia recovery rectifiers, you get parts that keep your power supplies cool and steady.

Where You Use Diodes and Rectifiers

You find these rectifiers in many places. Here are some examples:

Application Category	Examples of Applications
Automotive	E-Bike, UAVs, Home heat pumps
Industrial and Power	Smart building sensors, Medical tools
Computing and Consumer	Servers, SSDs, Robot vacuums, Smoke alarms, UWB key fobs

Nexperia makes rectifiers with low capacitance, fast switching, and small size. You can use them in digital, RF, and power jobs. Their products help you build smaller, faster, and more reliable devices.

Remember: Picking the right rectifiers from Nexperia helps you get the best results and efficiency for your project.

Transistors and More

BJTs

Bipolar transistors are used in lots of electronics. They can work as switches or amplifiers. You see them in radios, computers, and cars. There are different types of bipolar transistors. Some have special features for certain jobs. Darlington transistors give high current gain. Low noise transistors help make signals clear. Matched pair transistors keep signals even. MOSFET driver transistors switch fast in circuits. Medium frequency transistors handle sound and communication signals. Schmitt trigger transistors clean up noisy signals. Low VCEsat bipolar transistors lose less power because of low voltage drop.

• Special feature transistors

• Darlington transistors

• Low noise transistors

• Matched pair transistors

• MOSFET driver transistors

• Medium frequency transistors

• Schmitt trigger transistors

• Low VCEsat bipolar transistors load switches

• Low VCEsat bipolar transistors PNP - N-channel MOSFET combination

• 3-terminal adjustable shunt regulators

• General purpose and low VCEsat bipolar transistors

• Double bipolar transistors

• Single bipolar transistors

Tip: Bipolar transistors are good for both signal and power control.

RETs

Resistor Equipped Transistors, called RETs, have resistors built inside. This saves space and makes circuits easier to design. RETs are used in cars, factories, power devices, computers, and gadgets. You also find them in phones and wearables.

Application Area	Description
Automotive	Used in car electronics for better power control.
Industrial	Used in machines for safe load switching.
Power	Used in power devices for saving energy.
Computing	Used in computers for fast digital circuits.
Consumer	Used in gadgets like phones and wearables.
Mobile	Used in mobile devices for small and smart designs.
Wearables	Used in wearable tech to save space.

You can use dual 500 mA RETs for switching bigger loads. RETs are great for small devices like phones and watches. They are also used in digital circuits that need more power in factories and cars.

NextPower MOSFETs

NextPower MOSFETs from Nexperia are new and advanced. They use superjunction technology for low RDS(on) and high current. This helps with heat and makes them last longer. NextPower MOSFETs help you make energy-saving designs.

Parameter	Value
RDS(on)	2.4 mΩ
Voltage	80 V
Current	231 A

• High-performance 25 V, 30 V, and 40 V MOSFET platform

• Special superjunction technology

• Low RDS(on) values

• Can handle up to 425 A of current

Nexperia has added more NextPower MOSFET choices. You get more package types for flexible designs. These MOSFETs are good for cars and power devices. Your projects will be more efficient and reliable.

Note: Nexperia is known for making lots of important semiconductors. Their small size and energy savings make them special in the market.

Nexperia helps make modern electronics work well in cars, phones, and factories. Their semiconductors are strong and dependable. If you learn about their main products, you can pick better parts for your projects. This helps your designs work better and last longer.

You can find guides, online tools, and training to help with your work.

Resource Type	Link
Interactive application notes tutorial	Interactive application notes tutorial
Documentation center	Documentation center
Application notes	Application notes

 

 

 

 

 

Written by Jack Elliott from AIChipLink.

 

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