Juxing -4A -20V Ao3415 P-Channel Enhancement Mode Mosfet with Sot-23

• Certification: RoHS, CE, ISO, CCC
• Encapsulation Structure: Plastic Sealed Transistor
• Installation: Plug-in Triode
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: AO3415
• Working Frequency: Low Frequency
• Power Level: Medium Power
• Function: Power Triode, Switching Triode
• Structure: Planar
• Material: Silicon
• I D: -4A
• V Dss: -20V
• Package: Sot-23
• Case: Molded Plastic
• Transport Package: Tr/Re/CRT
• Specification: 3K/TR
• Trademark: JUXING
• Origin: China
• HS Code: 85411000
• Production Capacity: 10kk PCS/M

Product Description

Product Description

 

A MOSFET, which stands for Metal-Oxide-Semiconductor Field-Effect Transistor, is a type of semiconductor device that is widely used in electronic circuits for switching and amplification purposes. It's a fundamental component in modern integrated circuits and plays a crucial role in digital electronics.

MOSFETs come in various types, including:

1. **N-channel MOSFET (NMOS)**: In an N-channel MOSFET, the majority charge carriers responsible for current flow are electrons. These devices are turned on when a positive voltage is applied to the gate relative to the source.

2. **P-channel MOSFET (PMOS)**: In a P-channel MOSFET, the majority charge carriers are holes. These devices are turned on when a negative voltage is applied to the gate relative to the source.

3. **Complementary MOSFET (CMOS)**: CMOS technology combines both N-channel and P-channel MOSFETs to create circuits with low power consumption and high noise immunity. CMOS is widely used in digital logic circuits, microcontrollers, and microprocessors.

The basic structure of a MOSFET consists of three main terminals:

1. **Gate**: The gate terminal is used to control the flow of current between the other two terminals, the source, and the drain.

2. **Source**: The source is where the majority charge carriers enter or exit the device.

3. **Drain**: The drain is where the majority charge carriers exit or enter the device.

The operation of a MOSFET is based on the modulation of the conductivity of a semiconductor channel between the source and drain terminals, which is controlled by an electric field applied to the gate terminal. When a voltage is applied to the gate, an electric field is created in the oxide layer, which in turn influences the charge carriers in the channel, allowing or preventing current flow between the source and drain terminals.

MOSFETs are crucial components in a wide range of electronic applications, including digital circuits (such as CPUs and memory chips), analog circuits (amplifiers and filters), power management (voltage regulators and power amplifiers), and more. They are valued for their small size, high switching speeds, and low power consumption, making them essential for modern electronic devices and systems.


 

Product Parameters

 

TYPE	POLARITY	PD	ID	VBR(DSS)	RDS(ON)(MAX)			VGS(th)		GFS		Package
		(w)	(A)	(V)	(Ω)	ID(A)	VGS(V)	(V)	ID(μA)	(S)	VDS(V)
SI2302	N-ch MOS	1.25	3	20	0.072	3.6	4.5	0.65~1.2	50	8.5	5	SOT-23
SI2305	P-ch MOS	1.7	-5.8	-8	0.035	-4.4	-4.5	-0.4~-1	-250	17	-4	SOT-23
SI2306	N-ch MOS	1.25	3.5	30	0.057	3.5	10	1~3	250	6.9	4.5	SOT-23
SI2310	N-ch MOS	1.25	4.5	20	0.035	4.5	10	0.65~-0.8	250	25	15	SOT-23
BSS123	N-ch MOS	0.35	0.17	100	6	0.17	20	1.6~-2.8	250	0.08	10	SOT-23
BSS138	N-ch MOS	0.35	0.22	50	3.5	0.22	20	0.8~-1.5	1000	0.12	10	SOT-23
BSN20	N-ch MOS	0.3	0.1	50	15	0.1	10	0.4~-1.8	10	0.08	10	SOT-23
BSS84	P-ch MOS	0.225	-0.13	-50	8	-0.13	-10	-0.9~-2	-250	0.05	-25	SOT-23
2N7002	N-ch MOS	0.225	0.115	60	5	0.5	10	1~2.5	250	0.08	10	SOT-23
2N7002K	N-ch MOS	0.35	0.34	60	5	0.5	10	1~2.5	1000	-	-	SOT-23
AO3400	N-ch MOS	0.35	5.8	30	0.035	5.8	10	0.7~1.4	250	8	5	SOT-23
AO3401	P-ch MOS	0.35	-4.2	-30	0.065	-4.2	-10	-0.7~-1.3	-250	7	-5	SOT-23
AO3402	N-ch MOS	0.35	4	30	0.055	4	10	0.6~1.4	250	8+	15	SOT-23
AO3407	P-ch MOS	0.35	-4.1	-30	0.06	-4.1	-10	-1~-3	-250	5.5	-5	SOT-23
AO3415	P-ch MOS	0.35	-4	-20	0.05	-4	-4.5	-0.3~-1	-250	8	-5	SOT-23
AO4459	P-ch MOS	0.35	-5	-30	0.046	-5	-10	-1.4~-2.4	-250	11	-5	SOT-23
AO3460	N-ch MOS	1.4	0.65	60	1.7	0.65	10	1~2.5	250	0.8	5	SOT-23
AO4812	Dual N-ch MOS	2	6.9	30	0.028	6.9	10	1~3	250	15.4	5	SOT-23
AO8820	Dual N-ch MOS	1.5	7	20	0.021	7	10	0.5~1	250	25	5	SOT-23
SI2300	N-ch MOS	1.25	3.8	20	0.04	3.8	4.5	0.6~1.5	250	5	5	SOT-23
SI2301	P-ch MOS	1.25	-2.8	-20	0.12	-2.8	-4.5	-0.45~-0.95	-250	8	-5	SOT-23

Products Applications

MOSFETs find applications in a wide range of electronic circuits and systems due to their versatility, efficiency, and controllability. Here are some common application areas of MOSFETs:

Digital Logic Circuits: MOSFETs are used in digital circuits to create switches and gates for processing and transmitting binary signals in computers, microcontrollers, and memory devices.

Power Management: MOSFETs are used in voltage regulators, power supplies, and DC-DC converters to efficiently control and manage power distribution.

Amplifiers: MOSFETs are used in amplifier circuits for both audio and radio frequency applications. They can provide high input impedance and gain.

Switching Circuits: MOSFETs are used as electronic switches in a variety of applications, including relay replacement, motor control, and high-frequency signal switching.

Motor Control: MOSFETs are essential components in motor drive circuits, enabling precise control of motor speed and direction in applications like robotics and automation.

Radio Frequency (RF) Applications: MOSFETs are used in RF amplifiers and mixers for wireless communication systems such as cellular networks and WiFi.

Light Emitting Diode (LED) Drivers: MOSFETs are used in LED driver circuits to control the brightness of LEDs in lighting applications.

Audio Amplifiers: MOSFETs are used in audio amplifiers due to their ability to provide high fidelity and efficient power delivery.

Switch-Mode Power Supplies (SMPS): MOSFETs are used in SMPS to regulate voltage and efficiently convert between different voltage levels.

Voltage Inverters: MOSFETs are used in voltage inverter circuits to generate AC signals or to convert DC to AC.

Battery Management: MOSFETs are used in battery protection circuits to prevent overcharging, over-discharging, and short circuits.

Synchronous Rectification: MOSFETs are used in synchronous rectification circuits to improve the efficiency of switching power supplies and DC-DC converters.

Photovoltaic Systems: MOSFETs are used in solar energy systems for maximum power point tracking and to control the flow of energy from solar panels.

Automotive Electronics: MOSFETs are used in automotive applications such as engine control, lighting control, and power management.

Electronic Ballasts: MOSFETs are used in fluorescent and high-intensity discharge lamp ballasts for efficient lighting control.

Power Inverters: MOSFETs are used in power inverters to convert DC power from sources like batteries into AC power for use in household appliances.

Audio Processing: MOSFETs are used in audio processing circuits for equalization, tone control, and audio effects.

High-Frequency Applications: MOSFETs are used in RF switches and mixers for communication and radar systems.

Factory Profile

Warehouse

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FAQ

1. What main products does we sell?
We sells full range of diodes and bridge rectifiers. Our advantages are most complete line of low voltage drop schottky diode, TVS, ESD, Mosfet, big Bridges, Transistor.
2.How long is a quote valid for?
All prices quoted are valid for 30 days from the date of quotation.
3.What is payment terms?
We prefer pay in advance via TT,western union and Paypal(for small amount only).
4. How long is the production lead time?
*  Most items we have stock of complete items;
*  Most items we have stock of chips, lead time 2~3 weeks;
* Partial items have not stock of chips, lead time 4~5 weeks.
* once order confirmed, we can check the exact lead time then
5. What is the freight charge when we buy diodes from JUXING?
As freight will varies according to the size and weight of the parts, different location of customers, we will quote ex-work, freight to collect and paid by customer courier account of DHL,UPS, FEDEX. Or we  will check the shipping cost and add it to the total amount customer should pay.
6. May I have some samples for testing?
We offer free samples for our customers and they only need to pay the freight for samples.
7. How to assure worldwide customers receive components in good quality and condition?
1st, with advanced manufacturing technology ensure product reliability;
2nd Strict quality control system, ISO registered;
3rd, We will provide data sheet for all components, and we prefer customer trial test our parts, volumn orders to be placed after trial test pass;
4th,  Factory would check product 100% before delivery, and international safety packaging will be applied to ensure parts arrive at customer in good condition.