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pin configuration transistor 2N2222A

Catalog Datasheet MFG & Type PDF Document Tags

transistor 2n222a

Abstract: 2n222a npn transistor application. Resistor R2 sets the base drive current for this transistor. The configuration as shipped from the factory consists of a 2N2222A transistor and a 1.1K base resistor, which will drive a BDC fan , installed for R2, a 0.1 µF capacitor is installed for C5, and a 2N2222A transistor is installed for Q2. 2 , /646/648 Pin 7 R2 2N2222A 2N2222A R3 Darlington Output Stage Full Speed Fan Motor , TC55RP3002EZB 3.0V, 2% regulator Not installed (SOT-23 site) 2N2222A NPN bipolar transistor Not installed (TO
TelCom Semiconductor
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transistor 2n222a 2n222a npn transistor 2n222a 2n222a datasheet 2n222A TRANSISTOR BDC 47 transistor TC642/TC646/648 TC642EV TC642 TC646 TC648 TC646/TC648

2n2222A

Abstract: pin configuration transistor 2N2222A SÓLI» STATE DEVICES INC 3SE D Ô3bbüll 00053Ü4 2 * S S I T'33'Ol Dual & Quad Bipolar Transistors 25°C Elcctrical Characteristics Per Transistor Configuration ; PolaritylfV - IC: ··A'«' NPN/PNP 0.8/0.6 50/60 Dual Uncommitted Quad NPN Uncommitted 0.8 50 50/60 I6 PIN SFT7Q0 (2N2222A/2N2907A) Package Style 14849 Firestone Boulevard · La Mirada, CA 90638 _ Phone (213)921-9660 · Fax (714)522-7424 20 PIN Solid State Devices, Inc. SLC6259-16Q (Matched 2N2222A) SFT700D-16Q (2N2222A/2N2907A
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pin configuration transistor 2N2222A transistor bipolar 2n2222a transistor 2n2222a pnp NPN transistor 2n2222A 2N2222A/2N2907A SFT9596-20D 2N5095/2N5096 SFT3507-20D SFT4353-20D SFT4300/SFT5333
Abstract: M i- 2N2222A GENERAL PURPOSE NPN TRANSISTOR 61096 OPTOELECTRONIC PRODUCTS DIVISION , (12 70) Max Bottom View 0.046(1 17) 0 036 (0.91) D escription Pin Configuration 1 Emitter 2 Base 3 Collector The 2N2222A is a hermetically sealed metal can general purpose switching transistor. Dimensions are in inches (millimeters) A bsolute M axim um R atings (TA = 25°C unless , '¢ (214) 272-3571 â'¢ Fax (214) 487-6918 7-12 61096 2N2222A GENERAL PURPOSE NPN TRANSISTOR, Continued -
OCR Scan
MIL-S-19500
Abstract: 61096 JUS=- 2N2222A GENERAL PURPOSE NPN TRANSISTOR OPTOELECTRONIC PRODUCTS DIVISION , .750 (19.05) Min 0.500 (12 70) Max 45° Bottom View 0.046(1 17) 0 036 (0 91) Description Pin Configuration 1 Emitter 2 Base 3 Collector The 2N2222A is a hermetically sealed metal can general purpose switching transistor. Dimensions are in inches (millimeters) Absolute Maximum Ratings (TA = 25 , 61096 2N2222A GENERAL PURPOSE NPN TRANSISTOR, Continued OPTICAL/ELECTRICAL CHARACTERISTICS AT 25 -
OCR Scan

pin configuration transistor 2N2222A

Abstract: NPN transistor 2n2222A 2N2222A High Speed Switching Transistor Features: · NPN Silicon Planar Switching Transistor. · , 12.7 - L 45° Dimensions : Millimetres Pin Configuration: 1. Emitter 2. Base 3. Collector Page 1 31/05/05 V1.0 2N2222A High Speed Switching Transistors Absolute Maximum Ratings , - nA V 31/05/05 V1.0 2N2222A High Speed Switching Transistors Electrical , .0 2N2222A High Speed Switching Transistors Specifications VCEO maximum (V) IC maximum (A) VCE
Multicomp
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2N2222A 0612 IC 358 of 2N2222A

2N2222A pin layout

Abstract: 12V FAN CONTROL BY USING THERMISTOR application. Resistor R2 sets the base drive current for this transistor. The configuration, as shipped from the factory, consists of a 2N2222A transistor and a 1.1 k base resistor, which will drive a BDC fan , base resistor and output transistor. Fan commutation pulses are sensed by pin 5 of the TC64X and , capacitor is installed for C 5 and a 2N2222A transistor is installed for Q2. 2. Connect the positive side , , on-board potentiometer Q1 Not installed (SOT-23 site) Q2 2N2222A NPN bipolar transistor Q3
Microchip Technology
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2N2222A pin layout 12V FAN CONTROL BY USING THERMISTOR 2n2222a transistor fan control schematics 2N2222a pinout temperature controlled fan regulator TC64X/TC64XB DS21403C DS21403C- 11F-3 DK-2750 D-85737

D1N5226

Abstract: D1N4750 transistor. This output pin provides a current output at a ratio to the main transistor current , MOSFET and turning off the transistor. Because the sensor chip must be made very small to have fast , : FIGURE 2: Typical H-Bridge Configuration for Motor drive with DMOS transistors The Speed TEMPFET is a new family of TEMPFET transistors which have additional pin connections so that the , the original series of TEMPFETs directly to the gate and source pin, or of connecting them to some
Infineon Technologies
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D1N5226 D1N4750 1N5226 pspice D1N5242 D1N5227 SCHEMATIC circuit scr H-Bridge PDSO-28 BTS770 BTS780

2N2222A/ZTX

Abstract: 2n2222a spice model noninverting terminal through the feedback of Q1, which is a 2N2222A or equivalent NPN transistor. This makes , performance over the triple op amp configuration. For this circuit, VO = 100(V2 - V1) for 0.02 mV (V1 - V2 , Figure 6. R2 2.49k VOUT Q1 2N2222A/ZTX RSENSE 0.1 R3 100 3 V+ 2 1 U1 V , VOUT = ±(VS) @ 1kHz 2k V+ VIN 02380-009 ­VS R3 68k 2N2222A/ZTX VIN An OP777 is , are stable in a voltage follower configuration. Short-circuit protection on the output protects the
Analog Devices
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2N2222A/ZTX 2n2222a spice model 2n1711 spice model op07 equivalent single supply 2N1711 spice 2N2907 PNP spice AN-573 OP777/OP727/OP747 AD589 AN02380-0-3/10

twin-t bridge filter with operational amplifier

Abstract: 2n1711 spice model op amp configuration. For this circuit, VO = 100 (V2­V1) for 0.02 mV (V1­V2) 290 mV, 2 mV VOUT , equivalent NPN transistor. This makes the voltage drop across R1 equal to the voltage drop across R SENSE , shown, the VOUT is 2.5 V for return current of 1 A. VOUT R61 100k +VS R60 100k Q1 2N2222A , both supply rails and the parts are stable in a voltagefollower configuration. Short circuit protection , supply). 2N2222A/ZTX VIN R67 10k 5 1/2 OP727 1N4148 10k DACA DACB AGND DGND
Analog Devices
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OP747 2N1711 twin-t bridge filter with operational amplifier op07 spice model HP5082-2800 2N2907 spice REF-02A/D E02380
Abstract: offered in the 8 pin SOIC (D), PDIP (N), TSSOP (PW), and MSOP (P) packages. The small TSSOP and MSOP , Note 1. Ensured by design. Not 100% production tested. 1.54 1.80 1.5 1.5 1.5 PIN DESCRIPTIONS FB: This pin is the summing node for current sense feedback, voltage sense feedback (by optocoupler , and can be buffered with an external small signal NPN transistor. External high frequency filter , this node to GND. GND: Reference ground and power ground for all functions. OUT: This pin is the high Texas Instruments
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UCC1809-1/-2 UCC2809-1/-2 UCC3809-1/-2 UCC3809 UCCX809-1 UCCX809-2

UDG-99036

Abstract: pin configuration transistor 2N2222A THRESHOLD UCCX809-1 10V 8V UCCX809-2 15V 8V The UCC3809 and the UCC2809 are offered in the 8 pin SOIC (D , 1nF 1.80 1.5 1.5 1.5 PIN DESCRIPTIONS FB: This pin is the summing node for current sense , transistor. External high frequency filter capacitance applied from this node to GND is discharged by an , functions. OUT: This pin is the high current power driver output. REF: The internal 5V reference output. This reference is buffered and is available on the REF pin. REF should be bypassed with a 0.47µF
Unitrode
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UDG-99036 flyback uc3842 sync U-165 UC3965 DN-89 UC3842 UCC3802 UDG-99006

2n1711 spice model

Abstract: 2N2907 spice configuration. For VOUT 1k 1M U3 1 Figure 5. Single-Supply Micropower In-Amp V+ 3 U4 , through the feedback of Q1, which is a 2N2222 or equivalent NPN transistor. This makes the voltage drop , A. VOUT R61 100k +VS R60 100k Q1 2N2222A/ZTX RSENSE 0.1 R3 100 C10 0.01F , 10k 2N2222A/ZTX R67 10k 5 1N4148 V­ 10k 1/2 OP727 ­15V An OP777 is used to , supply rails and the parts are stable in a voltagefollower configuration. Short-circuit protection on the
Analog Devices
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dac8212 twin-T instrumentation amplifier 2N2222A plastic datasheet of 2N2222A operational amplifier discrete schematic transistor 2n1711

12V unipolar STEPPER MOTOR

Abstract: 8051 stepper motor interfacing center-tapped winding Stepper Motor Coil 4N37 TIP121 P1.x/CEXx 100K 2N2222A 5V GND 12V GND X4 In this configuration, the stepper motor is opto-isolated from the microcontroller with a high protection level. The 2N2222A transistor helps to drive enough current in 4N37 led (via 1k resistor). Stepper motor power is given by 12V power supply via TIP121 transistor. Diode on stepper motor coil is , . 4214B­8051­12/02 1 Figure 1. System Configuration C51/C251 Powered Control Signals Control
Atmel
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12V unipolar STEPPER MOTOR 8051 stepper motor interfacing stepper motor interface with 8051 12V BIPOLAR STEPPER MOTOR 12V unipolar STEPPER MOTOR 2a stepper motor with 8051

flyback uc3842 tl431

Abstract: UC3842 design with TL431 8V The UCC3809 and the UCC2809 are offered in the 8 pin SOIC (D), PDIP (N), TSSOP (PW), and MSOP , 1.5 V V V % % ns ns PIN DESCRIPTIONS FB: This pin is the summing node for current sense , transistor. External high frequency filter capacitance applied from this node to GND is discharged by an , frequency filter capacitor capacitance at this node to GND. RT2: This pin connects to timing resistor , which connects to pin RT1 and timing capacitor CT. SS: This pin serves two functions. The soft start
Unitrode
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flyback uc3842 tl431 UC3842 design with TL431 H11AV1 Application 99036 flyback uc3842 application note UDG-99037

UDG-99036

Abstract: pin configuration transistor 2N2222A and the UCC2809 are offered in the 8 pin SOIC (D), PDIP (N), TSSOP (PW), and MSOP (P) packages. The , 18 1.80 1.5 1.5 1.5 V V V % % ns ns PIN DESCRIPTIONS resistor RT2 which connects to pin RT2 and timing capacitor CT. FB: This pin is the summing node for current sense feedback , rising voltage at the timing capacitor and can be buffered with an external small signal NPN transistor , frequency filter capacitor capacitance at this node to GND. RT2: This pin connects to timing resistor
Unitrode
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UDG-99008

UC3842 design with TL431

Abstract: flyback uc3842 tl431 8V The UCC3809 and the UCC2809 are offered in the 8 pin SOIC (D), PDIP (N), TSSOP (PW), and MSOP , 1.5 V V V % % ns ns PIN DESCRIPTIONS FB: This pin is the summing node for current sense , transistor. External high frequency filter capacitance applied from this node to GND is discharged by an , frequency filter capacitor capacitance at this node to GND. RT2: This pin connects to timing resistor , which connects to pin RT1 and timing capacitor CT. SS: This pin serves two functions. The soft start
Unitrode
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72V DC to 12V dC converter circuit diagram uc3842 flyback constant current UCC2809-1

c2021 transistor

Abstract: transistor c2551 Fast Recovery Diode, 0.4 V Drop, HP, 1N5712 Ferrite Bead, Any NPN Transistor, 2N2222A 10k , . While operating in option #2 mode, the clock duty cycle jumper (J6A/B) configuration must be selected , controls the duty cycle while in the adjustable duty cycle configuration. It is highly recommended that , supply. The +3.3/5.0 V analog supply pin allows operation of the SPT7852 output buffer at +3.3 V or , +3.3 V or +5.0 V supply to pin OVDD. (The AVDD and DVDD pins on the SPT7852 must be +5.0 V analog
Signal Processing Technologies
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c2021 transistor transistor c2551 potentiometer 1k D9B diode VHC541 C2021 AN7852 EB7852 EB7852E C5-14 C20-21 C25-51

heat sensor with fan cooling 1n4148

Abstract: 12V FAN CONTROL BY USING THERMISTOR configuration REV# 2/19/98 INTELLIGENT THERMAL MANAGEMENT USING BRUSHLESS DC FANS shown is typical of a , transistor stages in series are needed because the gain of low-cost power transistors is typically no more , transistor Q3 in Figure 3A when the fan is operated at 50% of full speed. With a fan current of 125mA, the , linear voltage speed control: 1. The output drive transistor (Q1) is either on or off. The average , drives! The need to dissipate these high power levels preclude the use of lowcost transistor packages
TelCom Semiconductor
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heat sensor with fan cooling 1n4148 microcontroller based temperature control fan TEMPERATURE DEPENDENT DC FAN SPEED CONTROL fan speed control using pwm circuit diagram heat sensor with fan cooling 12V FAN CONTROL BY Using 1N4148 TC643 TC642/646

eeprom programmer schematic easy design universal

Abstract: HiSeC provide a visual cue the device is transmitting. The TX output pin controls the base of an NPN transistor , formats will be inverted. TxPol = 0 should be used to drive the base of an NPN transistor, as shown in , : MPSH 11 Q2: MPSH 10 Q3: 2N2907 Q4: 2N2222A RFC1: 0.35 µH FIGURE 2. Super-Regenerative RF , operation may be checked using pin 1 of A1 as a test point. Here, with no input signal, there should be , non-volatile EEPROM configuration memory on-board the NM95HS01/02 rolling code generator. It also discusses
Fairchild Semiconductor
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MM57HS NM95HS01 NM95HS02 AN-985 eeprom programmer schematic easy design universal HiSeC AN012381-2 2n2222a fairchild super-regenerative receiver module

HiSeC

Abstract: How to Design and Program a HiSeC RKE Receiver us the data out pin 4 Q1 MPSH 11 Q2 MPSH 10 Q3 2N2907 Q4 2N2222A RFC1 0 35 mH TL D 12381 ­ , pin is tied to VCC or left floating the 1 024 wordwide configuration is enabled An internal pull-up , transmitter design to provide a visual cue the device is transmitting The TX output pin controls the base of an NPN transistor which forms a tuned RF amplifier based on a SAW filter The RFEN output is used as , be inverted TxPol e 0 should be used to drive the base of an NPN transistor as shown in the example
National Semiconductor
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How to Design and Program a HiSeC RKE Receiver us 2n2222a nsc COP8TM rolling code UNIVERSAL ir remote decoder AN-985 national
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