Basic Electronic Components
Showing 529–552 of 919 results
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Basic Electronic Components, Electronic Components, Resistor
GL3547-1 3mm LDR (Pack of 10)
This LDR 3mm changes resistance with the change in the ambient light exposure on the surface of the sensor. LDR (Light Dependent Resistor) is a type of photocell which finds excellent use in light sensing device application, whether it is automatic outdoor light ON/OFF switch or Indoor automatic light switch.
The LDR 3mm sensor works best in both Light and dark regions. Light-dependent resistors or photoresistors are a staple of electronics. If you need a way to sense the level of ambient light then there is no easier way to do it. As the light on the sensor increases then the resistance across the two leads decreases.
Two Cadmium Sulphide (CDs) PhotoConductive Cells with spectral responses similar to that of the human eye. Cell resistance falls with increasing light intensity. Applications of this product include smoke detection, Automatic lighting control, batch counting, and burglar alarm systems.
To know more about photo-resistor, click here. WHAT IS PHOTO-RESISTOR??
Analog Applications:
- Camera Exposure control
- Auto slide focus – dual cell
- Photocopy machines – the density of the toner
- Colorimetric Test Equipment
- Densitometer
- Electronics scales – dual cell
- Automatic gain control – modulated light source
- Automated Rear View Mirror
Digital Applications:
- Automatic Headlight Dimmer
- Nightlight control
- Oil burner flame out
- Streetlight control
- Absence / Presence (Beam breaker)
- Position sensor
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Basic Electronic Components, Electronic Components, Resistor
GL7539 7 mm LDR (Pack of 10)
This LDR 7mm changes resistance with the change in the ambient light exposure on the surface of the sensor. LDR (Light Dependent Resistor) is a type of photocell which finds excellent use in light sensing device application, whether it is automatic outdoor light ON/OFF switch or Indoor automatic light switch.
The LDR 7mm sensor works best in both Light and dark regions. Light-dependent resistors or photoresistors are a staple of electronics. If you need a way to sense the level of ambient light then there is no easier way to do it. As the light on the sensor increases then the resistance across the two leads decreases.
Two Cadmium Sulphide (CDs) PhotoConductive Cells with spectral responses similar to that of the human eye. Cell resistance falls with increasing light intensity. Applications of this product include smoke detection, Automatic lighting control, batch counting, and burglar alarm systems.
To know more about photo-resistor, click here. WHAT IS PHOTO-RESISTOR??
Analog Applications:
- Camera Exposure control
- Auto slide focus – dual cell
- Photocopy machines – the density of the toner
- Colorimetric Test Equipment
- Densitometer
- Electronics scales – dual cell
- Automatic gain control – modulated light source
- Automated Rear View Mirror
Digital Applications:
- Automatic Headlight Dimmer
- Nightlight control
- Oil burner flame out
- Streetlight control
- Absence / Presence (Beam breaker)
- Position sensor
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Basic Electronic Components
GROUPGETS LLC ORANGECRAB-R0D2-25 Development Board, Orange Crab, LFE5U-25F-8MG285C, ECP5 Family FPGA
-59%
Basic Electronic ComponentsGROUPGETS LLC ORANGECRAB-R0D2-25 Development Board, Orange Crab, LFE5U-25F-8MG285C, ECP5 Family FPGA
GROUPGETS LLC ORANGECRAB-R0D2-25 Development Board is a compact FPGA development board featuring the Lattice ECP5 FPGA and designed for RISC-V experimentation and softcore SoCs. It follows the Adafruit Feather specification, offering a direct USB connection to the FPGA for easy programming. GROUPGETS LLC ORANGECRAB-R0D2-25 Development Board includes 128Mbit or 512Mbit QSPI Flash, DDR3L memory, and a MicroSD socket for storage. It has a LiPo battery connector with a charger, a 48MHz oscillator, and user I/O options such as a button, RGB LED, and 20 I/O pins. With its small size (22.86mm x 50.8mm) and high-efficiency power supply, it’s perfect for portable FPGA projects.
Features:
- Compact Size: Small form factor.
- Lattice ECP5 FPGA: Available in 25F and 85F configurations.
- Onboard DDR3L Memory: Provides efficient data handling.
- Preloaded USB Bootloader: Simplifies setup and programming.
- Direct USB Connection: Full-speed USB (12Mbit) to FPGA via USB-C.
- 128Mbit or 512Mbit QSPI Flash: For program storage.
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Basic Electronic Components
GT-38 Wireless Transceiver Module SI4438 433MHz – Serial Wireless Link
-66%
Basic Electronic ComponentsGT-38 Wireless Transceiver Module SI4438 433MHz – Serial Wireless Link
GT-38 Wireless Transceiver Module SI4438 433MHz – Serial Wireless Link
The GT-38 wireless serial communication module is a new generation of multi-channel embedded wireless data transmission module. The wireless working frequency band is 433-458.5MHz, and multiple channels can be set. The stepping speed is 100KHz, and there are 255 channels in total. The module’s maximum transmit power is 100mW (20dBm), the receiving sensitivity is -116dBm at 5000bps air baud rate, and the open distance can reach 1200m communication distance.
The module features stamp hole encapsulation and can be easily patch-welded. Its compact dimensions of 26.7mm × 12.9mm × 6mm (including the antenna cap and spring antenna) make it convenient for integration into various applications. The module includes a PCB antenna holder (ANT1) that allows users to connect an external 433M frequency band antenna via a coaxial line. Additionally, it has an antenna soldering hole (ANT2) for attaching a spring antenna, giving users the flexibility to choose the antenna that best suits their needs.
Equipped with an internal MCU, the module requires no separate programming, facilitating straightforward serial data transmission in various transparent modes. Users can select from multiple serial port transmission modes using AT commands based on their specific requirements. The four modes—FU1, FU2, FU3, and FU4—have average idle current draws of 3.6mA, 80μA, 16mA, and 16mA, respectively, with a maximum operating current of 100mA during full power transmission.
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Basic Electronic Components
GT2 Aluminum Pulley (Without 20 teeth) 5mm Bore for 6mm Belt –(Pack of 2)
-48%
Basic Electronic ComponentsGT2 Aluminum Pulley (Without 20 teeth) 5mm Bore for 6mm Belt –(Pack of 2)
GT2 Aluminum Pulley (Without 20 teeth) 5mm Bore for 6mm Belt
This is a GT2 Aluminium Pulley with 5mm Bore and 20 teeth for 6mm Belt. It is an essential component of the 3-D printer, as it works with the timing belt to enable precise motion and print complex designs.
GT2 Timing Belt Pulley is commonly used in 3d printers. It is specially designed for NEMA 17 Stepper Motor, which is a type of 3d printer motor.
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Basic Electronic Components
GT2 Close-Loop 158mm Long & 6mm-Width Rubber Timing Belt for 3D Printer
-58%
Basic Electronic ComponentsGT2 Close-Loop 158mm Long & 6mm-Width Rubber Timing Belt for 3D Printer
Product Description
GT2 Close-Loop 158mm Long & 6mm-Width Rubber Timing Belt for 3D Printer. The PowerGrip GT2 system is an extension of the HTD system with greater load-carrying capacity.
HTD drive clearance, using small diameter pulleys, is approximately four times greater than an equivalent GT2 timing belt drive.
As smaller diameter pulleys are used, the clearance required to operate properly is increased. Circular arc tooth profile, tooth space is small, suitable for straight line driving.
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Basic Electronic Components
GT2 Close-Loop 188mm Long & 6mm-Width Rubber Timing Belt for 3D Printer
-61%
Basic Electronic ComponentsGT2 Close-Loop 188mm Long & 6mm-Width Rubber Timing Belt for 3D Printer
This is a rubber timing belt for 3D printers, with a GT2 close-loop design, a length of 188mm and a width of 6mm. The GT2 system has more load-carrying capacity than the HTD system, which has more clearance when using small diameter pulleys.
The clearance needed for proper operation increases as the pulley diameter decreases. The belt has a circular arc tooth profile and a small tooth space, which are suitable for linear driving.
Specification:
- Pitch: 2mm
- Material: Neoprene Rubber With Fiberglass Core
- Width: 6mm
- Total Length: 188mm
- Belt Height: 1.52 mm
- Tooth Height: 0.76mm
- Shape: Closed Loop
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Basic Electronic Components
GT2 Timing Belt 200mm Width-6mm Closed-Loop Rubber Belt for 3D Printer
-59%
Basic Electronic ComponentsGT2 Timing Belt 200mm Width-6mm Closed-Loop Rubber Belt for 3D Printer
This is a 200mm long and 6mm wide GT2 Timing Belt made of rubber for 3D printers. It is a closed-loop belt that fits the PowerGrip GT2 system, which has more load-carrying capacity than the HTD system.
The GT2 Timing Belt has a circular arc tooth profile and small tooth spaces, which make it suitable for straight line driving. It also has less drive clearance than the HTD system when using small diameter pulleys. The drive clearance is the gap between the belt and the pulley teeth, which affects the performance and efficiency of the belt drive.
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Basic Electronic Components
GT2 Timing Belt 280mm Width-6mm Closed-Loop Rubber Belt for 3D Printer
-61%
Basic Electronic ComponentsGT2 Timing Belt 280mm Width-6mm Closed-Loop Rubber Belt for 3D Printer
Product Description
This product is a 280mm long and 6mm wide GT2 Timing Belt for 3D Printer. It is a closed-loop rubber belt that can handle more load than the HTD system.
The GT2 system has a circular arc tooth profile and a small tooth space, which makes it suitable for straight line driving. The HTD system, on the other hand, has a larger drive clearance and requires smaller diameter pulleys to operate properly.
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Basic Electronic Components
GT2 Timing Belt 400mm Width-6mm Closed-Loop Rubber Belt for 3D Printer
-61%
Basic Electronic ComponentsGT2 Timing Belt 400mm Width-6mm Closed-Loop Rubber Belt for 3D Printer
This is GT2 Timing Belt 400mm Width-6mm Closed-Loop Rubber Belt for 3D Printer. The PowerGrip GT2 system is an extension of the HTD system with greater load-carrying capacity.
HTD drive clearance, using small diameter pulleys, is approximately four times greater than an equivalent GT2 timing belt drive.
As smaller diameter pulleys are used, the clearance required to operate properly is increased. Circular arc tooth profile, tooth space is small, suitable for straight line driving.
SKU: n/a -
Basic Electronic Components
GT2-6mm Belt Width 16 Teeth 4mm Bore Timing Pulley
This product is a 16-teeth, 4mm-bore timing pulley with a GT2-6mm belt width. It is made of aluminum and has a shiny and durable surface. It works well for 3D printers because its rounded teeth ensure a smooth transition between the belt and the pulley. It can also be used for CNC, robotics, and other applications that require linear movement and positioning. It is compatible with GT2 belts that are 6mm wide.
Features:
- High-Quality Aluminium
- Excellently Machined
- Durable and practical
- Minimizes the chance of the belt slipping
- Easy to use
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Basic Electronic Components
GT2-6mm Belt Width 20 Teeth 5mm Bore Timing Pulley
This is GT2-6mm Belt Width 20Teeth 5mm Bore Timing Pulley with 20Teeth, 4mm bore diameter. Aluminum 16T GT2 timing pulley has a high-quality shiny surface appearance and robust construction, longer working life. The rounded teeth of this tooth and belt are engaged together longer providing a smoother transition between teeth, good performance for 3D printers. Applications include a 3D printer, CNC and other robotics with timing belt pulley, GT2 timing belt pulley system especially suited for linear movement and positioning, and it’s good for GT2 6mm Width Belt.
Features:
- High-Quality Aluminium
- Excellently Machined
- Durable and practical
- Minimizes the chance of the belt slipping
- Easy to use
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Basic Electronic Components
GT2-6mm Belt Width 30 Teeth 5mm Bore Timing Pulley
This product is a 30-teeth, 5mm-bore timing pulley with a GT2-6mm belt width. It is made of aluminum and has a shiny surface and a sturdy structure for a long-lasting performance. The rounded teeth of the pulley and the belt fit together smoothly, making it suitable for 3D printers. This pulley can be used with other robotics that have a timing belt system, such as CNC machines. The GT2 timing belt system is ideal for linear motion and positioning. This pulley works well with a GT2 6mm-width belt.
Features:
- High Quality Aluminium
- Excellently Machined
- Durable and practical
- Minimizes the chance of the belt slipping
- Easy to use
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Basic Electronic Components
GT2-6mm Belt Width 30 Teeth 8mm Bore Timing Pulley
Product Description
This is a 30-teeth, 8mm-bore GT2-6mm belt width timing pulley. It is made of aluminum and has a shiny and durable surface. It works well with 3D printers because its rounded teeth ensure a smooth transition between the belt and the pulley. It can also be used for CNC, robotics, and other applications that require a timing belt pulley system. It is compatible with GT2 6mm width belts and suitable for linear movement and positioning.
Features:
- High-Quality Aluminum
- Excellently Machined
- Durable and practical
- Minimizes the chance of the belt slipping.
- Easy to use.
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Basic Electronic Components
GT2-6mm Belt Width 60 teeth 5mm Bore Aluminium Timing Pulley
This product is an Aluminium Timing Pulley with 60 teeth and a 5mm bore. It has a GT2-6mm belt width and a shiny surface. It is durable and suitable for 3D printers, CNC machines and other robotics that use timing belts. The rounded teeth of the pulley and belt ensure a smooth transition and precise positioning.
Features:
- High Quality Aluminum
- Excellently Machined
- Durable and practical
- Minimizes the chance of the belt slipping.
- Easy to use.
SKU: n/a -
Basic Electronic Components
GT2-6mm Belt Width 60 teeth 8mm Bore Aluminium Timing Pulley
GT2-6mm Belt Width 60 teeth 8mm Bore Aluminium Timing Pulley
This is an Aluminium Timing Pulley with 60 teeth and 8mm bore width, compatible with GT2-6mm belts. It has a shiny surface and a durable structure that ensures a long working life. It has rounded teeth that fit well with the belt and provide a smooth transition between teeth, which is ideal for 3D printers. This product can be used for 3D printers, CNC machines, and other robotics that require timing belt pulleys. The GT2 timing belt pulley system is especially suitable for linear movement and positioning.
Features:
- High Quality Aluminium
- Excellently Machined
- Durable and practical
- Minimizes the chance of the belt slipping
- Easy to use
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Basic Electronic Components
GX12 12MM: 2 PIN – set of male and female
GX12 12MM: 2 PIN – set of male and female
Introducing the GX12 12MM Connector Set: Male and Female Pair
Experience reliable connectivity with our GX12 12MM connector set, featuring both male and female components for seamless integration into your electrical systems. Engineered for durability and performance, these connectors are designed to withstand harsh environmental conditions and deliver consistent results.
Features:
- Diameter: 12mm
- Rated Voltage: 2 core /3 core/ 4 core – 400V, 5 pin /6 pin /7 pin /8pin – 250V
- Rated Current: 5A
- Contact Resistance: Less than 0.005 Ω
- Insulation Resistance: Not less than 1000MΩ in normal conditions
- Test Voltage: In normal conditions, 2 core /3 core/ 4 core – 1500V, 5 pin / 7 pin – 1200V
- Separation Force: Each single foot separation force is 1-3N
- Temperature Rise: Contact temperature rise should not exceed +50°C at rated load
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Basic Electronic Components
GX12 12MM: 2 PIN – set of male and female
Features:
- Diameter: 12mm
- Rated Voltage: 2 core /3 core/ 4 core – 400V, 5 pin /6 pin /7 pin /8pin – 250V
- Rated Current: 5A
- Contact Resistance: Less than 0.005 Ω
- Insulation Resistance: Not less than 1000MΩ in normal conditions
- Test Voltage: In normal conditions, 2 core /3 core/ 4 core – 1500V, 5 pin / 7 pin – 1200V
- Separation Force: Each single foot separation force is 1-3N
- Temperature Rise: Contact temperature rise should not exceed +50°C at rated load
Built to Last: Our GX12 connectors are rigorously tested to ensure longevity and reliability. Withstanding temperatures ranging from -50°C to +70°C, high humidity levels, vibrations, and impacts, these connectors maintain superior performance even in challenging environments.
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Basic Electronic Components
GX12 12MM: 3 PIN- set of male and female
GX12 12MM: 3 PIN- set of male and female
Diameter :12mmEnvironmental conditionsAmbient temperature: -50 ~ +70 CRelative humidity: up to 98% at +40 CAtmospheric pressure: up to 4,4 kpaVibration: vibration frequency 10 ~ 100Hz, acceleration 100m/s2Impact: Frequency of 60 to 80 beats / min, acceleration of 250m/s2Centrifugal: acceleration 250m/s2Main technical characteristicsRated voltage: 2 core /3 core/ 4 core- 400V, 5 pin /6 pin /7 pin /8pin- 250V Rated current: 5AContact resistance: (each contact pair)Less than 0.005 ΩInsulation resistance: In normal conditions, not less than 1000MΩ; after constant warm tests, not less than 20MΩ.Test voltage: (50Hz, RMS) In normal conditions, 2 core /3 core/ 4 core-1500V, 5pin/ 7pin -1200V,After constant warm test, 2 pin/ 3 pin /4 pin -1200V, 5pin /7pin- 1000VSeparation Force: Each single foot separation force is 1-3N, total separation force is one and a half of the upper limit total amount of every singlefoot separation ForceTemperature Rise: at rated load, the contact of the temperature rise should not exceed +50 C ambient temperatureGX12 connector kit widely used in aviation, navigation computer, telecommunications, oilexploration, navigation, alarm, transportation, machinery and electronics, etcSKU: n/a -
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Basic Electronic Components
GY-271 QMC5883L 3-Axis Electronic Compass Module Magnetic Field Sensor
-64%
Basic Electronic ComponentsGY-271 QMC5883L 3-Axis Electronic Compass Module Magnetic Field Sensor
GY-271 QMC5883L 3-Axis Electronic Compass Module Magnetic Field Sensor
The GY-271 QMC5883L 3-Axis Electronic Compass Module is a compact magnetic field sensor designed for precise heading and orientation detection. Ideal for low-field magnetic sensing applications, this module features a digital interface and is commonly used in projects like UAVs (unmanned aerial vehicles) and robotic navigation systems.
While the GY-271 is typically equipped with the HMC5883L sensor, some boards may feature the QMC5883L, which offers similar functionality but is not directly compatible with the HMC5883L. This sensor converts magnetic field data into a differential voltage output across three axes. The voltage change serves as the raw digital output, which can then be processed to calculate headings or detect magnetic fields from various directions.
If you are using a GY-271 board and notice an I2C address of 0x0C and only receive zeros in response, it’s likely that the board contains a QMC5883L chip instead of the HMC5883L.
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Basic Electronic Components
GY-271 QMC5883L 3-Axis Electronic Compass Module Magnetic Field Sensor
-52%
Basic Electronic ComponentsGY-271 QMC5883L 3-Axis Electronic Compass Module Magnetic Field Sensor
GY-271 QMC5883L 3-Axis Electronic Compass Module Magnetic Field Sensor
The GY-271 QMC5883L 3-Axis Electronic Compass Module is a compact magnetic field sensor designed for precise heading and orientation detection. Ideal for low-field magnetic sensing applications, this module features a digital interface and is commonly used in projects like UAVs (unmanned aerial vehicles) and robotic navigation systems.
While the GY-271 is typically equipped with the HMC5883L sensor, some boards may feature the QMC5883L, which offers similar functionality but is not directly compatible with the HMC5883L. This sensor converts magnetic field data into a differential voltage output across three axes. The voltage change serves as the raw digital output, which can then be processed to calculate headings or detect magnetic fields from various directions.
If you are using a GY-271 board and notice an I2C address of 0x0C and only receive zeros in response, it’s likely that the board contains a QMC5883L chip instead of the HMC5883L.
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Basic Electronic Components, Electronic Components
GY-9833 AD9833 Programmable Sine Square Wave DDS Signal Generator
-0%
Basic Electronic Components, Electronic ComponentsGY-9833 AD9833 Programmable Sine Square Wave DDS Signal Generator
The AD9833 is a low power, programmable waveform generator capable of producing sine, triangular, and square wave outputs. Waveform generation is required in various types of sensing, actuation, and time domain reflectometry (TDR) applications. The output frequency and phase are software programmable, allowing easy tuning. No external components are needed.
The AD9833 has a standard serial interface that allows the part to interface directly with several microprocessors. The device uses an external serial clock to write the data or control information into the device.
The AD9833 is written to via a 3-wire serial interface. This serial interface operates at clock rates up to 40 MHz and is compatible with DSP and microcontroller standards. The device operates with a power supply from 2.3 V to 5.5 V.
The AD9833 has a power-down function (SLEEP). This allows sections of the device that are not being used to be powered down, thus minimizing the current consumption of the part, e.g., the DAC can be powered down when a clock output is being generated.
Features:
- Digitally programmable frequency and phase
- 12.65 mW power consumption at 3 V
- 0 MHz to 12.5 MHz output frequency range
- 28-bit resolution: 0.1 Hz at 25 MHz reference clock
- Sinusoidal, triangular, and square wave outputs
- 2.3 V to 5.5 V power supply
- No external components required
- 3-wire SPI interface
Package Includes:
1 x GY-9833 AD9833 Programmable Sine Square Wave DDS Signal Generator
Specifications :-
Power Supply 2.3 V to 5.5 V Temperature Range 40C to +105C Input Current 10A Input Capacitance 3pF Output Frequency Range 0 MHz to 12.5 MHz Length(mm) 18 Width(mm) 13 Height(mm) 8 Weight(g) 1(approx) Shipment Weight 0.01 kg Shipment Dimensions 7 4 2 cm * Product Images are shown for illustrative purposes only and may differ from actual product.
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