Hello, guys welcome to the new post. Today we will discuss Introduction to BUZ11. It is an N-channel MOSFET comes with an enhancement mode silicon gate. It is used in different applications like switching regulators, converters, relay drivers, and motor drivers. It operates the bipolar switching transistor that needed high speed and less gate operating power.
In this post, we will cover its all details like features pinout and some other parameters. So let’s get started with Introduction to BUZ11.
Introduction to BUZ11
- BUZ11 is MOSFET exists in TO-220AB packaging. It has features to operate the loads up to thirty ampers
- Its common applications are switching circuits, high current and high speed switch regulators AC to DC and DC to AC circuits
- It also operates loads of fifty volts
- It is high-speed switching like nano speed makes the finest option for UPS circuits.
- The MOSFET is one hundred percent avalanche based that making it to bear and make stability if the drain to source volts is larger than the highest limits
- The transistor is basic to operate and operate integrated circuits and different components like Arduino and Raspberry Pi
BUZ11 Features
- BUZ11 features are explained here
- It has a larger value of carriers’ devices
- The high value of impedance for input it has
- It has a linear transfer value
- The operating temperature is one seventy-five
- Its current capability is larger
- It gives the one hundred percent for avalanche tests
- RDS is 0.03 ohm
BUZ11 Applications
- The main applications of BUZ11 are explained here
- It used in UPS circuits
- Used for battery control circuits
- Battery chargers have this module
- Automobile circuits has this component
- Used in solar charges
- Power supply
BUZ11 Equivalent:
- BUZ11A, BUZ11AL, BUZ11FI, STP36N06, MTP30N06EL, RFP23N06LE, BUZ11S2, IRLZ24N, IRLZ34, IRLZ34N, STP32N06L,STP32N05L, BUK555-60A
Technical Specifications:
- It has features for operating a continuous high current load of about 30 ampers and a high voltage load of 50 volts.
- It has nano-speed switching that makes it best for applications where a high-speed switching process is required like in UPS.
- The MOSFET is 100 percent avalanche tested since has features for handling and doing stable work when drained to source voltage crosses maximum limits.
- It works easily and has directly operated IC functions and electronic circuits such as Arduino and Raspberry Pi.
- The high input impedance reduces input curent and power dissipation in this transistor
- It has a low drain for source resistance in the ON state that makes sure less heat at the time of working.
High Load Current and Voltage
- The transistor has features for operating a continuous high current load for 30 amperes and a high load of about 50 volts.
Switching Speed
- The nano speed switching it has helps to use for a high-speed switching process like a UPS circuit.
100% Avalanche Tested
- The MOSFET comes with 100 percent avalanche that helps to handle and provide stability for drain-to-source voltage high value from certain limits.
Operated Directly from Integrated Circuits
- The transistor is easy to operate and directly configure the IC and work with Arduino and Raspberry Pi.
High Input Impedance
- High input impedance minimizes input current and power dissipation for MOSFET.
Very Low RDS(on)
- MOSFET comes with low drain-to-source resistance for the ON state that provides low heat dissipation at the time of working.
Where We Can Use
- The basic working of the transistor is for high-speed switching and high current switching, relay driver, switching regulators, DC to AC and DC to AC conversion and high-power audio amplifiers with used for different circuits.
Absolute Maximum Ratings:
For longer-term working and stable operation in the circuit best to not use any device over the absolute maximum rating and work less than 20 percent below from maximum rating and the same is applicable for BUZ11 MOSFET.
The highest drain to source voltage is 50 volts so do not use load for more than 50 volts. The highest drain to source voltage is 50 volts so do not use a load of more than 40 volts.
Store it for temperatures more than -55 °C and below +150°C.
Read also
- Transistor Symbols | Definition, Terminals & Operating Condition
- Difference between Vacuum Tube and Transistor
- Introduction to C945 Transistor
- Siren Circuit using 2N2907 Transistor
- Introduction to BC547 Transistor, Pinout, datasheet
That is all about the BUZ11 all details have been explained. If you have any further queries ask in the comments. Thanks for reading have a nice day
