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IRF1010 Datasheet – 60V, 84A, N-ch, MOSFET (Transistor)

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This is one of the types of MOSFETs and is a kind of transistor.

Part Number: IRF1010, IRF1010E

Function: 60V, 84A, MOSFET (Transistor)

Package: TO-220AB Type

Manufacturer: IRF, Nell Semiconductor

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IRF1010 datasheet mosfet

Description

Advanced HEXFET® Power MOSFETs from International Rectifier utilize advanced processing techniques to achieve extremely low on-resistance per silicon area. This benefit, combined with the fast switching speed and ruggedized device design that HEXFET power MOSFETs are well known for, provides the designer with an extremely efficient and reliable device for use in a wide variety of applications.

Features

1. Advanced Process Technology
2. Ultra Low On-Resistance
3. Dynamic dv/dt Rating
4. 175°C Operating Temperature
5. Fast Switching
6. Fully Avalanche Rated

Pinout

IRF1010 pinout transistor

Absolute Maximum Ratings (Ta = 25°C)

1. Drain to source voltage: VDSS = 60 V
2. Drain to Gate voltage : VDGR = 60 V
3. Gate to Source voltage : VGS = ± 20 V
4. Drain current: ID = 84 A
5. Drain power dissipation : PD = 140 W
6. Single pulse avalanche energy : Eas = 99 mJ
7. Avalanche curren : Iar = 51 A
8. Channel temperature: Tch = 175 °C
9. Storage temperature: Tstg = -55 to +175 °C

 

 

IRF1010 Datasheet

IRF1010 pdf


 

Related articles across the web

6V6 Datasheet PDF – Beam Power Vacuum Tube

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The 6V6 is a beam power tetrode vacuum tube developed in the 1930s by RCA. It became one of the most widely used audio output tubes in consumer electronics and musical instrument amplifiers.

Function: Beam Power Tube (Tubeentode Triode, Vacuum tube)

Manufacturer: RCA, TUNG-SOL

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6V6 datasheet

Description

This device is a beam-power tetrode vacuum tube. Metal type 6V6 and glass octal type 6V6GTA are used as output amplifiers in automobile, battery-operated, and other receivers in which reduced plate-current drain is desirable. It is still in use in audio applications, especially electric guitar amplifiers.

It remains highly popular in guitar amplifiers and vintage audio reproduction due to its tonal characteristics and ease of integration into octal-based tube circuits.

Pinout

6V6 pinout tube

1 – the shell connection of the metal
2, 7 – Filament / Heater
3 – Anode / Plate
4 – Grid 2 / Screen Grid
5 – Grid 1 / Control Grid
6 – No connection. Pin normally absent
8 – Cathode & Beam-Forming Plates

 

Electrical Characteristics

Parameter Typical Value
Heater Voltage (Vh) 6.3 V
Heater Current (Ih) 0.45 A
Plate Voltage (Va) 250 V (typical max 315 V)
Screen Voltage (Vg2) 150–250 V
Plate Current (Ia) 35 mA (typical class A)
Screen Current (Ig2) 5 mA (typical)
Load Resistance (Rp) 5 kΩ – 8 kΩ (for audio applications)
Power Output 5 W (class A single-ended) to ~14 W (class AB push-pull)
Transconductance (gm) ~5,000 µmho
Amplification Factor (µ) 36
Maximum Plate Dissipation 12 W
Base 8-pin Octal (RCA standard)

Features

1. Heater Voltage ( ac/dc ) : 6.3 V

2. Heater Current : 0.45 A

Applications

1. Guitar Amplifiers: Fender Tweed, Princeton, Deluxe Reverb, small practice amps

2. Hi-Fi Audio Amplifiers: Vintage radios and early home audio systems

3. DIY Tube Projects: Small output stages, hybrid tube/solid-state amps

 

6V6 Datasheet PDF

6V6 pdf