The Kynix Components

A CR2032 battery is a non-rechargeable (primary) lithium coin or “button” cell battery that is 20mm diameter x 3.2mm thickness.CatalogWhat is Coin Cell Battery?Overview: CR2032 vs bR2032CAD Model: CR2032 vs BR2032Specifications: CR2032 vs BR2032Features & Benefits: BR2032  CR2032Pinout: CR2032 vs BR2032Application: CR2032 vs BR2032Application CircuitsBattery Chemistry: CR2032 vs BR2032FAQWhat is Coin Cell Battery?Coin cell batteries are the “larger” varieties of the button cell battery family. They are still small, usually no bigger than 25mm in diameter. Compared to their smallest button cell battery cousins, at 5mm, they are quite larger.Coin cell batteries are single cell, typically disposable (but not always, as we’ll see), and measured in millimeters due to their small size. Their charge capacity is given in milliampere hours (mAh).Coin cells have a long service life, from one to 10 years, depending on the type. They have a low self-discharge rate and hold charge for long periods of time when not in use.  Overview: CR2032 vs bR2032CR2032 battery is the most common '2032' battery and its standard label is, of course, CR2032, but various manufacturers also use other labels as well, including CR2032BP, DL2032, ECR2032, KCR2032, BR2032, LM2032, 5004LC, 5004LB, L14, SB-T15, EA2032C, EA-2032C, L2032, DJ2032, KL2032, E- CR2032, KECR2032, GPCR2032, KT-CR2032, etc. BR2032 battery is another non-rechargeable 3V lithium battery featuring Carbon monofluoride as the positive electrode (cathode), organic electrolyte, and lithium as the negative electrode (anode).BR2032 are not as common as CR2032 and the manufacturers that do make them, label them simply 'BR2032'. CAD Model: CR2032 vs BR2032 symbol BR2032 vs CR2032  Footprint BR2032 vs CR2032  Specifications: CR2032 vs BR2032Product AttributeAttribute Value BR2032  Attribute Value CR2032Manufacturer:PanasonicMurataProduct Category:Coin Cell BatteryCoin Cell BatteryShipping Restrictions:Available in USA only.Available in USA only.RoHS:Not ApplicableNot ApplicableSeries:BRCRBattery Size:BR2032CR2032Battery Chemistry:Lithium Carbon Monofluoride (LiCF)Lithium UnspecifiedOutput Voltage:3 V3 VCapacity:200 mAh220 mAhRechargeable/Non-Rechargeable:Non-RechargeableNon-RechargeableTermination Style:Pressure ContactsPressure ContactsWidth:20 mm20 mmHeight:3.2 mm3.2 mmMinimum Operating Temperature:- 30 C- 30 CMaximum Operating Temperature:+ 80 C+ 70 CPackaging:TrayTrayBrand:Panasonic BatteryMurata ElectronicsProduct Type:Coin Cell BatteryCoin Cell BatteryFactory Pack Quantity:2025Subcategory:BatteryBatteryPart # Aliases:BR-2032/BN97384018 97384019 97384216 97384021 97384022 97384205 97384023 97384024 97384642 97384643 97384644 97384645 97384647 97384648 97384649 97384646Unit Weight:0.088185 oz0.112877 oz  Features & Benefits: BR2032  CR2032BR2032  CR2032 High voltage of 3 voltsGood pulse capability Extremely small self-discharge forHigh discharge characteristicslong service and shelf lifeStable voltage level during dischargeCompact and lightweight with extremelyLong-term reliabilityhigh energy density per unit weightCoin Cell Battery Chemistry Strong load pulse characteristics   Pinout: CR2032 vs BR2032CR2032 and BR2032 own the similar Pinout 2032 Battery Pinout Application: CR2032 vs BR2032CR2032 and BR2032 own the similar Applicationscomputer memory backupGames and toyssmall medical equipment such as home and portable blood pressure monitorswearable medical monitors such as the Dexcom system for monitoring glucose levels . Key fob for cars.Wireless doorbell for house.CMOS battery in computers.GlucometersDigital thermometersDigital altimeterCyclocomputers Application Circuits CR2032 Battery example in led circuit There are many applications of coin cell batteries, the below circuit shows you how to connect a CR2032 coin cell battery with a simple LED circuit. CR2032 provides a nominal voltage of 3.0V, to power up a simple LED we need a minimum voltage of 2.2V so we have used the resistance for protection or current limiting. led circuit  BR2032 Battery example in hotel circuit hotel circuit Battery Chemistry: CR2032 vs BR2032A battery’s chemistry can have great effects on its performance. Here are other things that can be affected by what a battery is made of:Performance at various temperaturesRechargeability vs. disposableGravimetric energy density -- how much energy a battery holds vs. its weightService life - while in useShelf life - when not in useThe two coin cell batteries we’ll be examining each have their own chemical make-ups for their positive cathodes. Let’s look at them now. CR2032 Battery ChemistryThe “CR” in a CR2032 battery or any CR-designated battery designates that its positive cathode is made of  Lithium manganese dioxide. This gives it a high energy density while also allowing it to function in low-temperature environments. BR2032 Battery ChemistryA battery with a BR denotation is made from Lithium carbon monofluoride. This gives them an incredible shelf life, up to 7 years. Like the CR batteries, they carry a 3V charge.Note that all three types of 2032 batteries are some form of lithium battery, as lithium is combined with other chemicals in their makeup. This does mean that every lithium battery is created equal.For example, you can safely replace most CR2032 coin cell batteries with a BR2032 type lithium battery. You can not, however, always substitute a LiR2032 rechargeable battery for either a CR2032 or BR2032 type, without running safety risks, including overheating and fire. Datasheet: CR2032 vs BR2032CR2032 DatasheetBR2032 Datasheet FAQCan CR2032 replace BR2032?It is not recommended to use the CR2032 instead of BR2032. BR2032 battery has better temperature range and less self-discharge so in the long run the BR2032 voltage would be better to use. Are CR2032 and BR2032 the same?However, there are two main models on the market today: the CR2032 batteries and the BR2032 ones. The main difference between these two types resides in their electrode. While similar, the BR2032 uses carbon monofluoride as the positive electrode. The CR2032 uses manganese dioxide for the positive electrode. What battery can replace CR2032?CR2025 batteryThe CR2025 battery is an extremely common lithium coin cell battery and is used in similar amounts and in similar applications as the CR2032. The CR2025 is slightly better suited for use in products that have less available mounting space than those that would use a CR2032. What are the “larger” varieties of the button cell battery family?Coin cell batteries How long does a coin cell battery life last?one to 10 years What is the most common 2032 battery?CR2032 What is the nominal voltage of a CR2032 coin cell battery?3.0V What type of battery does a CR2032 battery consist of?Lithium What type of lithium battery can you replace most CR2032 coin cell batteries with?BR2032 What type of battery can you replace for a CR2032 or BR2032 type?LiR2032 rechargeable battery

The L7812CV is a three-terminal positive voltage regulator. This regulator can provide local on-card regulation, eliminating the distribution problems associated with single point regulation.This blog will cover detailed information about L7812CV including pinout, features, applications, circuits, CAD models and so on.CatalogL7812CV Pinout ConfigurationL7812CV PackageL7812CV CAD ModelsL7812CV FeaturesL7812CV Electrical ChracteristicsL7812CV Schematic DiagramL7812CV ApplicationsL7812CV Typical ApplicationL7812CV Functional EquivalentsL7812CV Design ConsiderationL7812CV Popularity by RegionL7812CV Market Price AnalysisL7812CV ManufacturerComponent DatasheetFAQOrdering & QuantityL7812CV Pinout ConfigurationL7812CV PackageL7812CV CAD ModelsPart SymbolFootprint3D ModelL7812CV FeaturesOutput current up to 1.5 AOutput voltages of 5; 6; 8; 8.5; 9; 12; 15; 18; 24 VThermal overload protectionShort circuit protectionOutput transition SOA protection2 % output voltage tolerance (A version)Guaranteed in extended temperature range (A version)L7812CV Electrical CharacteristicsL7812CV Schematic Diagram L7812CV ApplicationsConstant +12V output regulator to power microcontrollers and sensors in most of the projectsAdjustable Output RegulatorCurrent Limiter for certain applicationsRegulated Dual SupplyOutput Polarity-Reversal-Protection CircuitL7812CV Typical ApplicationL7812CV Functional EquivalentsPart NumberDescriptionManufacturerAN7812POWER CIRCUITSFixed Positive Standard Regulator, 12VBIPolar, PSFM3, TO-220AB, 3 PINPanasonic Electronic ComponentsML7812FAPOWER CIRCUITSFixed Positive Standard Regulator, 12VBIPolar, PSFM3, TO-220F, 3 PINMicro Electronics CorporationIP140AIG-15POWER CIRCUITS15V FIXED POSITIVE REGULATOR, SFM3, TO-257, 3 PINTT Electronics Power and Hybrid / Semelab LimitedSG7815AIGPOWER CIRCUITSFixed Positive Standard Regulator, 15VBIPolar, CSFM3, HERMETIC SEALED, TO-257, 3 PINLinfinity MicroelectronicsSG7812IGPOWER CIRCUITSFixed Positive Standard Regulator, 12VBIPolar, HERMETIC SEALED, TO-257, 3 PINMicrosemi CorporationMC7815AECTBUPOWER CIRCUITS15V FIXED POSITIVE REGULATOR, PSFM3, ROHS COMPLIANT, TO-220, 3 PINRochester Electronics LLCKA7812AEPOWER CIRCUITSFixed Positive Standard Regulator, 12VBIPolar, TO-220, 3 PINFairchild Semiconductor CorporationKA7812ATUPOWER CIRCUITSFixed Positive Standard Regulator, 12VBIPolar, PSFM3, TO-220, 3 PINFairchild Semiconductor CorporationMC7812ACTGPOWER CIRCUITSLinear Voltage Regulator, 1 A, 5 to 24 V, Positive Vout: 12.0 V; TJ = 0°C to +125°C, TO-220, SINGLE GAUGE, 3-LEAD, 50-TUBEON SemiconductorMC7812CTGPOWER CIRCUITSLinear Voltage Regulator, 1 A, 5 to 24 V, Positive Vout: 12.0 V; TJ = 0°C to +125°C, TO-220, SINGLE GAUGE, 3-LEAD, 50-TUBEON SemiconductorL7812CV Design ConsiderationThe L78 series of fixed voltage regulators are designed with thermal overload protection that shuts down the circuit when subjected to an excessive power overload condition, internal short-circuit protection that limits the maximum current the circuit will pass, and output transistor safe-area compensation that reduces the output shortcircuit current as the voltage across the pass transistor is increased. In many low current applications, compensation capacitors are not required. However, it is recommended that the regulator input be bypassed with capacitor if the regulator is connected to the power supply filter with long lengths, or if the output load capacitance is large. An input bypass capacitor should be selected to provide good high frequency characteristics to insure stable operation under all load conditions. A 0.33 µF or larger tantalum, mylar or other capacitor having low internal impedance at high frequencies should be chosen. The bypass capacitor should be mounted with the shortest possible leads directly across the regulators input terminals. Normally good construction techniques should be used to minimize ground loops and lead resistance drops since the regulator has no external sense lead.The addition of an operational amplifier allows adjustment to higher or intermediate values while retaining regulation characteristics. The minimum voltage obtained with the arrangement is 2V greater than the regulator voltage. The circuit of  a high current voltage regulator (the figure shown below) can be modified to provide supply protection against short circuit by adding a short circuit sense resistor, RSC, and an additional PNP transistor. The current sensing PNP must be able to handle the short circuit current of the three terminal regulator. Therefore a four ampere plastic power transistor is specified.L7812CV Popularity by RegionL7812CV Market Price AnalysisL7812CV ManufacturerSTmicroelectronics (ST) group was established in June 1988 as a result of the merger of SGS Microelectronics of Italy and Thomson Of France. In May 1998 SGS-Thomson Microelectronics changed its name to STmicroelectronics Limited.It is the world's largest manufacturer of dedicated analog chips and power conversion chips, the world's largest supplier of industrial semiconductors and set-top box chips, and a world leader in discrete components, mobile phone camera modules, and automotive integrated circuits.Component DatasheetL7812CV DatasheetFAQWhat is l7812cv?The L7812CV is a three-terminal positive voltage regulator. This regulator can provide local on-card regulation, eliminating the distribution problems associated with single point regulation.Can ka7812 and l7812cv be used in common?KA7812 is a FAIRCHILD product with a maximum output current of 1A, and L7812CV is a ST product with a maximum output current of 1.5A. Therefore, when the output current requirement does not exceed 1A, the two can be used in common. If the output current is between 1A and 1.5A, only L7812CV can be used.How to wire the L7812cv regulator IC？If it is packaged as TO-220, the identification method is to face the side with the words to yourself, and the pins downwards. Count 123 from left to right. Pin 1 is input, pin 2 is ground, and pin 3 is output. 78 Series of voltage regulator chips must be DC input, if the input and output are reversed, the chip will be burnt. In addition, the input DC voltage should not be too high.What is the difference between LM7812CV and LM7812CT? Which output current is higher?LM7812CV and LM7812CT are both +12V three-terminal regulators, and the maximum output current is 1A. The difference is that their manufacturers are different.Can 7812cv and 78m12 be replaced with each other?The maximum output current of 7812 is generally 1A (a few manufacturers is 1.5A), while the maximum output current of 78M12 is 0.5A, so 7812 can replace 78M12, but 78M12 may not be able to replace 7812 (only when the load current does not exceed 0.5A) Can replace each other only under circumstances).What is the output voltage of the integrated three-terminal regulator L7812?12V. The output voltage of the three-terminal regulator integrated circuit is the output voltage. For example, 7805 outputs 5V, 7815 outputs 15V. The maximum output current of 78 series stabilized integrated circuits is generally 1.5A.What is the range of l7812 input current?The highest input voltage of 7812 is 35V. The maximum input current is 1A, but its best working voltage is 15V~17V, especially when the load current is large. Because this is a linear regulator, if the input and output voltage difference and output current are both large at the same time, it will cause excessive power consumption and severe heat generation. 

PAM8403 amplifier board can be powered by a simple 5V input and can operate two 3W + 3W stereo speakers. It's a great choice for anyone who wants a Class-D stereo audio amplifier in a small board space. This amplifier enables the user to achieve high-quality audio reproduction from a stereo input. In addition, it has a special feature that can drive speakers directly from its output.Making Mini Bass Amplifier Using PAM8403 BoardCatalogPAM8403 Amplifier Board General IntroductionPAM8403 Amplifier Board PinoutPAM8403 AlternativesPAM8403 Amplifier Board FeaturesPAM8403 Amplifier Board Interfacing DiagramPAM8403 Amplifier Board ApplicationsPAM8403 Amplifier Board DimensionsComponent Datasheet PAM8403 Amplifier Board General IntroductionThe main power amplifier IC is the PAM8403, as you can see from the figure below, other than the IC, the module consists of a few components, such as capacitors and resistors.PAM8403 Amplifier Board Overview The PAM8403 amplifier board  is a dual-channel (stereo) amplifier that produces 6W (3W+3W) output. As any major amplifier system needs short circuit protection, PAM8403 has built-in short circuit protection that is essential for trouble-free operation. PAM8403 Amplifier IC itself does not require any kind of heat sink, so this will be the perfect choice for custom speaker projects. It can drive 4 or 8 speakers directly. It is mandatory to use a proper speaker with no more than a 3W output rating. Since this is a stereo amplifier board, the input section has two inputs L (Left) and R (Right) with a common ground between them. Use any type of audio input that needs to be amplified and produce 3W + 3W audio output. This amplifier board provides a maximum gain of 24 dB with 10 percent THD at 5V DC input and 4 Ohm load output. It does not require heatsink, which means that it also saves additional board space. Irrespective of the heatsink, it could also provide thermal protection, which is another essential feature of such a small wattage amplifier module. PAM8403 Amplifier Board PinoutPAM8403 Amplifier Board Pinout Pin NameDescriptionLAudio Jack (TRS-Tip) Left Channel InputGndAudio Jack (TRS-Sleeve) Ground Channel InputRAudio Jack (TRS-Ring) Right Channel Input5v(+)5v DC Power VDD5v(-)5v DC Power GNDL(+)Left Channel Positive OutputL(-)Left Channel Negative OutputR(+)Right Channel Positive OutputR(-)Right Channel Negative Output PAM8403 AlternativesAlternatives for PAM8403: PAM8406, TDA7265Other Audio Amplifier ICs: LM386, LM380, LM4871, TDA2030, LM1875PAM8403 Amplifier Board FeaturesOperating Voltage: Wide power supply ranges from 2.5V to 5.5V DCDual-channel stereo with high output power (3W+3W Output at 10% THD with a 4Ω Load @5v DC)Max Gain 24 dB.Filterless architectureLow Quiescent Current and Low EMIOperating Temperature: -40 to +85°CShort Circuit ProtectionThermal ShutdownSuperior Low NoiseEfficiency up to 90%Dimensions (LxWxH) in cm 2.1 x 1.8 x .3PAM8403 Amplifier Board Interfacing Diagram Circuit diagram for interfacing with two 3W speakers with the PAM8403 Amplifier Board is given below. The PAM8403 Amplifier Board can be powered using any voltage ranging from 2.5V to 5V DC. But it is recommended to use 5V input for maximum output performance.PAM8403 Amplifier Board ApplicationsSpeaker output in LCD Monitors / TV ProjectorsSpeaker output amplifier in Notebook ComputersCan be used for Portable Speakers, Portable DVD Players, Game MachinesAny possible amplifier-based project where small space and 5V output is available.PAM8403 Amplifier Board DimensionsDown below is the dimensions of the PAM8403 Amplifier Board.  Component DatasheetPAM8403 Audio Amplifier Datasheet 

2N3904 and 2N2222 are the two most popular NPN bipolar junction transistors in the electronics market. In addition, 2N3904 and 2N2222 are similar in appearance.Therefore, some people may have questions: Why is 2N3904 so popular and 2N2222 is not always used? If you are curious about which one to use, or which is better, which is better? In this blog, we will compare the chip characteristics and pin diagrams of these two transistors.Comparing transistors is not extensive, because only a few useful parameters are important. This is a comparison table of transistors, which explains the meaning of everything in the table.CatalogI Differences between 2N3904 VS 2N2222II 2N3904 NPN Transistor Basics2.1 Specifications of 2N2222 Motor Driver IC2.2 2N3904 NPN Transistor PinoutsIII 2N2222 NPN Transistor Basics3.1 Specifications of 2N2222 Motor Driver IC3.2 2N2222 NPN Transistor PinoutIV FAQI Differences between 2N3904 VS 2N2222 2N39042N2222Type of BJTNPNNPNType of TransistorBipolar Junction Transistor (BJT)Bipolar Junction Transistor (BJT)Maximum voltage that the collector of the transistor can handle(called the collector-emitter voltage, VCEO)200mA1AMaximum current that the transistor can handle from the emitter to the collector(called collector current, Ic)40V40VBoth the 2N3904 and 2N2222 are identical in terms of handling collector-to-emitter voltages, and both can handle voltages of up to 40V. In simple terms, this effectively means that 40V is the maximum amount of voltage that the transistor can handle minus the voltage drop across the load connected to the collector. For example, suppose we apply 70V to the collector of the transistor and the load will consume 20V, this means that the remaining voltage will fall on the transistor which will be 70V - 20V = 50V. this would not be acceptable because it exceeds the maximum VCEO. since the 2N3904 and 2N2222 have the same maximum VCEO voltage, there is no difference in this regard.Where they differ is that the 2N2222 can handle larger operating collector currents. Collector current is the amplified current that flows from the emitter to the collector to power the load that may be connected to the transistor. 2N3904 can handle up to 200mA (milliamperes) of current flowing from the emitter to the collector terminal. A 2N2222 can handle up to 5 times that amount of current, as it can handle up to 1A (amps) of current flow from emitter to collector to power a load.II 2N3904 NPN Transistor Basics2N3904 NPN TransistorThe 2N3904 is a common NPN bipolar junction transistor used for general purpose low power amplification or switching applications. It is designed for low current and low power, medium voltage operation at moderate speeds.2.1 Specifications of 2N2222 Motor Driver ICCategoryDiscrete Semiconductor Products Transistors - Bipolar (BJT) - SingleMfrON SemiconductorSeries-PackageTrayPart StatusObsoleteTransistor TypeNPNVce Saturation (Max) @ Ib, Ic300mV @ 5mA, 50mACurrent - Collector Cutoff (Max)50nADC Current Gain (hFE) (Min) @ Ic, Vce100 @ 10mA, 1VFrequency – Transition300MHzOperating Temperature-55°C ~ 150°C (TJ)Mounting TypeThrough HolePackage / CaseTO-226-3, TO-92-3 (TO-226AA)Current - Collector (Ic) (Max)200mAVoltage - Collector Emitter Breakdown (Max)40VPower – Max625mWManufacturerON SemiconductorProduct CategoryBipolar Transistors – BJTMounting StyleThrough HolePackage / CaseTO-92-3Transistor PolarityNPNConfigurationSingleCollector- Emitter Voltage VCEO Max40 VCollector- Base Voltage VCBO60 VEmitter- Base Voltage VEBO6 VCollector-Emitter Saturation Voltage0.3 VMaximum DC Collector Current0.2 APd - Power Dissipation625 MwGain Bandwidth Product fT270 MHzMinimum Operating Temperature- 65 CMaximum Operating Temperature+ 150 CHeight5.33 mmLength5.2 mmTechnologySiWidth4.19 mmBrandON SemiconductorContinuous Collector Current0.2 ADC Collector/Base Gain hfe Min60Product TypeBJTs - Bipolar TransistorsSubcategoryTransistorsBJTs - Bipolar Transistors2.2 2N3904 NPN Transistor PinoutsPin NumberPin NameDescription1EmitterCurrent Drains out through emitter2BaseControls the biasing of transistor3CollectorCurrent flows in through collector**Read this detailed article to know more about 2N3904: 2N3904 Transistor: Datasheet, Equivalent, Pinout [Video]III 2N2222 NPN Transistor Basics2N3904 NPN TransistorThe 2N2222 is a common NPN bipolar junction transistor (BJT) used for general purpose low power amplification or switching applications. It is designed for low to medium current, low power, and medium voltage operation at moderate speeds. It originally used TO-18 metal cans as shown in the figure.The 2N2222 is considered a very common transistor and is used as an example of an NPN transistor. It is often used as a small signal transistor and it is still a small general purpose transistor that endures.3.1 Specifications of 2N2222 Motor Driver ICCurrent Collector Cutoff Max10nA (ICBO)DC Current Gain hFE Min Ic Vce100 @ 150mA, 10VPower Max500mWFrequency Transition300MHzMounting TypeThrough HolePackage CaseTO-206AA, TO-18-3 Metal CanSupplier Device PackageTO-18Mounting StyleThrough HoleTransistor PolarityNPNConfigurationSingleCollector Emitter Voltage VCEO Max40 VCollector Base Voltage VCBO75 VEmitter Base Voltage VEBO6 VCollector Emitter Saturation Voltage1 VMaximum DC Collector Current0.8 AGain Bandwidth Product fT300 MHzMaximum Operating Temperature+ 150 CDC Collector Base Gain hfe Min35Minimum Operating Temperature- 65 CPd Power Dissipation0.4 WPart AliasesBK3.2 2N2222 NPN Transistor Pinout Pin NumberPin NameDescription1BaseControls the biasing of transistor2CollectorCurrent flows in through collector3EmitterCurrent Drains out through emitter**Read this detailed blog to know more about 2N2222: 2N2222 NPN Transistor: Pinout, Datasheet, Circuit [FAQ]FAQHow many voltages can the 2N3904 and 2N2222 handle?40V How much current can a 2N3904 handle from the emitter to the collector terminal?200mA (milliamperes) What type of operation is the 2N3904 designed for?Medium voltage operation at moderate speeds What type of transistor is the 2N2222 used for?Small signal transistor What type of metal did the 2N2222 originally use?TO-18 metal cans

DescriptionThe 74HC595 is a high-speed CMOS 8-BIT SHIFT REGISTERS/OUTPUT LATCHES (3-STATE) fabricated with silicon gate C2MOS technology. This device contains an 8-bit serial-in, parallel-out shift register that feeds an 8-bit D-type storage register. The storage register has 8 3-STATE outputs. Separate clocks are provided for both the shift register and the storage register.  The shift register has direct-overriding clear, serial input, and serial output (standard) pins for cascading. Both the shift register and storage register use positive-edge triggered clocks. If both clocks are connected together, the shift register state will always be one clock pulse ahead of the storage register.  All inputs are equipped with protection circuits against static discharge and transient excess voltage.The Shift Register: Explained [74HC595]CatalogDescriptionFeaturesApplicationPinoutLogic DiagramParametersComponent DatasheetPackageProduct ManufacturerFAQOrdering & QuantityFeaturesLow quiescent current: 80μA maximumLow input current: 1μA maximum8-bit serial-in, parallel-out shift register  with storageWide operating voltage range: 2V～6VShift register has direct clearGuaranteed shift frequency: DC to 30 MHzPackage: SOP16ApplicationSerial-to-parallel data conversionRemote control holding registerPinoutPin No.SymbolName and Function1,2,3,4,5,6,7,15QA to QHData output8GNDGround (0V)9QHSerial data output10SCLRShift register clear input11SCKShift register clock input12RCKStorage register clock input13GOutput enable input14SISerial data input16VCCPositive supply voltageLogic DiagramParametersBrand NameDiodesLow-power consumptionWhen TA =25℃, Icc=4μA(MAX)Low quiescent currentMaximum 80 μALow input currentMaximum 1 μAWide operating voltage range2V-6VPackageDIP16/SOP16Component DatasheetDatasheet74HC595 DatasheetPackage　　Product ManufacturerDiodes Incorporated is a leading global manufacturer and supplier of high-quality application specific standard products within the broad discrete, logic, analog, and mixed-signal semiconductor markets. Diodes’ corporate headquarters and Americas’ sales office are located in Plano, Texas, and Milpitas, California. Diodes serve the consumer electronics, computing, communications, industrial, and automotive markets. Diodes’ products include diodes, rectifiers, transistors, MOSFETs, protection devices, function-specific arrays, single gate logic, amplifiers and comparators, Hall-effect and temperature sensors, power management devices, including LED drivers, AC-DC converters and controllers, DC-DC switching and linear voltage regulators, and voltage references along with special function devices, such as USB power switches, load switches, voltage supervisors, and motor controllers.FAQWhat is 74HC595?74HC595 is a shift register which works on Serial IN Parallel OUT protocol. It receives data serially from the microcontroller and then sends out this data through parallel pins. We can increase our output pins by 8 using the single chip.What is a 74hc595n?8-bit Shift Register 74HC595NA shift register is a chip you can use to control many outputs (8 here) at the same time while only using a few pins (3 here) of your Arduino.How does a shift register work?Shift registers hold the data in their memory which is moved or “shifted” to their required positions on each clock pulse. Each clock pulse shifts the contents of the register one bit position to either the left or the right.How 74HC595 Shift Regiester works?The 595 has two registers (which can be thought of as “memory containers”), each with just 8 bits of data. The first one is called the Shift Register. The Shift Register lies deep within the IC circuits, quietly accepting input.How does an 8 bit shift register work?The SN74HC595N is a simple 8-bit shift register IC. Simply put, this shift register is a device that allows additional inputs or outputs to be added to a microcontroller by converting data between parallel and serial formats. Your chosen microprocessor is able to communicate with the The SN74HC595N using serial information then gathers or outputs information in a parallel (multi-pin) format. Essentially it takes 8 bits from the serial input and then outputs them to 8 pins. 

1N4007 is a PN junction rectifier diode. This blog covers 1N4007 rectifier diode pinout, features, and other information including its advantages, applications and how to use this device, etc.Catalog1N4007 Description1N4007 Pinout1N4007 Features1N4007 Advantages1N4007 Typical ApplicationsWhere to Use 1N40071N4007 Mechanical Data1N4007 Parameters1N4007 Package Information1N4007 AlternativesHow to Safely Long Run 1N4007 in a Circuit1N4007 Popularity by Region1N4007 Market Price AnalysisComponent DatasheetFAQOrdering & Quantity1N4007 Description1N4007 is a PN junction rectifier diode. These types of diodes only allow the flow of electric current in one direction. Therefore, it can be used for the conversion of alternating current to direct current. The 1N4007 is electrically compatible with other rectifier diodes and can be used instead of any diode of the 1N400X series. The 1N4007 has various applications in real life. For example, applications of freewheeling diodes, general rectifying of power supplies, inverters, converters, etc.1N4007 PinoutThe 1N4007 has two pins, the anode and cathode respectively. Both pins have opposite charges on them. The two pins and their names and charges are shown in the table below.IN4007 PinoutPin. NoPin NameCharge1Anode+ve2Cathode-ve1N4007 FeaturesLow forward voltage drop;Low leakage current;High forward surge capability;Solder dip 275 °C max. 10 s, per JESD 22-B106.1N4007 AdvantagesThe 1N4007 is a used general-purpose diode. It is normally constructed to be used as a rectifier in the power supply section of electronic devices to convert AC voltage to DC voltage with other filter capacitors. It is a diode of the 1N400x series in which there are also other similar diodes from 1N4001 to 1N4007 and the only difference between them is the maximum repetitive reverse voltage.Besides, it can also be used in any general application where there is a need for a general diode. The 1N4007 diode is designed to operate with high voltages and can easily withstand voltages below 1000V. The average direct current of 1000mA or 1A, the 3W power dissipation, its small size, and low cost make it an ideal diode for a wide variety of applications.1N4007 Typical ApplicationsFor use in general purpose rectification of power supplies, inverters, converters, and freewheeling diodes application.Power SuppliesBattery ChargersVoltage DoublersAdaptersRectificationComponents protectionBlocking incoming voltage where not requiredWhere to Use 1N40071N4007 can be used in variety of circuits, it is normally built for general purpose rectification purpose but it can also be used in any circuit where there is need of voltage blocking, blocking voltage spikes etc. It can also be used in digital logic circuits.1N4007 Mechanical DataCase: DO-41 (DO-204AL), molded epoxy body, molding compound meets UL94V-0 flammability rating, base P/N-E3-RoHS-compliant, commercial gradeTerminals: mattetin plated leads, solderable per J-STD-002 and JESD 22-B102E3 suffix meets JESD 201 class 1A whisker testPolarity: color band denotes cathode end1N4007 ParametersCase ConnectionISOLATEDConfigurationSINGLECurrent1ADiameter2.7mmDiode Element MaterialSILICONDiode TypeRECTIFIER DIODEECCN CodeEAR99Element ConfigurationSingleForward Current1AForward Voltage1VHTS Code8541.10.00.80JEDEC-95 CodeDO-204ALJESD-30 CodeO-PALF-W2Length5.2mmManufacturer Part Number1N4007ManufacturerVishay SemiconductorsMax Forward Surge Current (Ifsm)45AMax Operating Temperature150°CMax Repetitive Reverse Voltage (Vrrm)1kVMax Reverse Current5uAMin Operating Temperature-55°CMountThrough HoleNumber of Elements1Number of Terminals2Operating Temperature-Max175 °COperating Temperature-Min-50 °COutput Current-Max1 APart Life Cycle CodeTransferredPin Count2Reach Compliance CodeUnknownRep Pk Reverse Voltage-Max1000 VReverse Recovery Time-Max30 µsRisk Rank3.5Surface MountNOTerminal FormWIRETerminal PositionAXIAL 1N4007 Package Information1N4007 AlternativesManufacturerManufacturer Part No.Lifecycle Status IndicatorSTMicroelectronicsSTTH110Volume ProductionVishay Semiconductors1N4007GPHE3/54ObsoleteMicrosemiJANTX1N3957Volume ProductionRectron1N4007-FUnknownVishay Semiconductors1N4007-E3/54Volume Production     Vishay Semiconductors1N4007GP-E3/54Volume ProductionVishay Semiconductors1N4007GP-E3/73Volume Production     Vishay Semiconductors1N4007GPE-E3/73Volume Production     Vishay Semiconductors1N4007GPE-E3/54Volume Production     Vishay Semiconductors1N4007GP-E3/53Volume Production     How to Safely Long Run 1N4007 in a CircuitTo obtain the maximum operating time of the diode, it is recommended to always stay between 30 and 40 V below its maximum repetitive reverse voltage and other values. Always connect with correct polarity, do not exceed a load of 1A. Do not operate and store at a temperature below -55 centigrade and above +175 centigrade.1N4007 Popularity by Region1N4007 Market Price Analysis　Component Datasheet1N4007 DatasheetFAQWhat type of diode is 1n4007?Rectifier diode.1N4007 1A Power Diode. 1N4007 is a rectifier diode, designed specifically for circuits that need to convert alternating current to direct current. It can pass currents of up to 1 A, and have peak inverse voltage (PIV) rating of 1,000 V.Can I use 1n4007 instead of 1n4001?Yes. The 1N4007 can withstand a higher reverse voltage(Vr), 1000V vs. ... (The 1N4001 is rated for a Vr(RMS) of 35V.) While diodes like 1N400x may be well suited as freewheeling diodes in terms of voltage and current (rated at 1A), they're not exactly fast.What is the breakdown voltage of diode 1n4001 and 1n4007?Some diodes -- such as the 1N4001 -- will break down at 50 volts or less. The 1N4007, however, can sustain a peak repetitive reverse voltage of 1000 volts.Can I use 1n4007 instead of 1n4004?The differences between 1N4004 and 1N4007 are the working peak reverse voltage who is 1000V for the 1N4007 instead of 280V for the 1N4004. You can use it in place without any problem like all 1N400X diodes rectifier.What are the difference between 1N4007 and 1N4001? Differences are : Peak Repetitive Reverse Voltage of 1N4001 is 50V while that of 1N4007 is 1000V. RMS Reverse Voltage of 1N4001 is 35V while that of 1N4007 is 700V.What is the equivalent of diode 1N4001?The equivalents for diode 1N4001 are 1N4148, 1N4733A, 1N5408, 1N5822. Pls learn their differences clearly by comparing datasheet, pinout, and applications before you choose for a replacement.What are the specifications of 1n4007g diode?1N4007G Specifications: Diode Type: Standard Recovery ; Repetitive Reverse Voltage Vrrm Max: 1kV ; Forward Current If (AV): 1A ; Forward Voltage VF Max: 1V ; Reverse Recovery Time trr Max: - ; Forward Surge Current 1N4148WS 1N5401 1N5402What is the difference between diode and diode?Note: Complete Technical Details can be found at the 1N4001 datasheet given at the end of this page. 1N4148, 1N4733A, 1N5408, 1N5822, Zener Diodes. A diode is a device which allows current flow through only one direction. That is the current should always flow from the Anode to cathode.