Specifications:

• Type: 40 Pin Male Header
• Number of Pins: 40
• Pin Type: Male
• Pin Pitch: 2.54mm
• Material: Copper (Pins) with Plastic Insulation
• Pin Length: 11mm (approx.)
• Header Height: 8.5mm (approx.)
• Colors: Various colors (randomly selected based on stock availability)
• Compatibility: Compatible with standard 2.54mm pitch connectors, breadboards, and PCBs

Package:

• 1 Piece

• Precise Frequency Output: Delivers a stable 30 MHz clock signal for accurate timing.
• Compact and Efficient: Small form factor allows for easy integration into various circuits.
• Low Power Consumption: Designed to be energy-efficient for long-term usage.

• Compact 1206 SMD size (3.2 x 1.6 mm)
• Wide 120° viewing angle for broad light dispersion
• Suitable for a variety of colors, including yellow, red, and white
• Low operating current of 20mA, ideal for low-power applications

• Precise 3.6pF capacitance ideal for high-frequency circuits
• 1206 SMD form factor for space-efficient and high-density designs
• Multilayer ceramic construction ensures durability and stable performance
• ±10% tolerance for consistent capacitance

• Silicon rectifier diode for general usage
• High repetitive reverse voltage tolerance (50V)
• Supports 1000mA average forward current
• Can handle peak forward currents up to 30A

• Standard type with excellent ratings
• Long life and reliable performance
• Low leakage current for efficiency
• Easy mounting for quick installation

• Multi-standard vision IF circuit with an alignment-free PLL demodulator without external components
• Integrated chrominance trap circuit
• Black stretching of non-standard CVBS or luminance signals
• Blue stretch circuit which offsets colours near white towards blue

• Compact 1206 SMD package for high-density circuit designs.
• Multilayer ceramic construction ensures stability and long-term reliability.
• Capacitance of 820nF, commonly used in filtering, decoupling, and noise suppression applications.
• Low ESR (Equivalent Series Resistance), ideal for high-frequency circuits.

• High Current Rating: Contact current rating of 2A for reliable performance.
• High Dielectric Withstanding Voltage: Can handle AC 500V/60sec minimum for durability.
• Low Contact Resistance: Maximum contact resistance of 12 milliohms ensures efficient power transfer.
• Durable Construction: Made with copper alloy mix contacts and PBT insulator with UL94V-0 rating for better durability.

• Compact Size: Small design for easier installation
• Lightweight: Easy to handle and use
• Sealed Case: Resistant to baking, providing high accuracy
• Long Service Life: Rated for 10,000+ cycles at the rated load

• 11pF capacitance value for precise performance
• Compact 1206 SMD package for space-saving design
• High stability and low ESR for efficient signal transmission
• Suitable for high-frequency applications

• Reliable temperature control switch for overheat protection
• NC (Normal Close) contact type for safety
• Designed with a metal case for durability
• Rated for 250V and 5A, suitable for various applications

• Dual Conversion Capability: Converts BCD to Binary and Binary to BCD.
• Fast Processing: High-speed operation for efficient data conversion.
• TTL Compatible: Works seamlessly with TTL logic circuits.
• Compact and Reliable: Available in DIP-16 package for easy integration.

• Operating Voltage: 12V DC
• Type: Continuous beep
• Maximum Current: 15mA
• Compact size: Diameter of 12mm and height of 9.5mm

• Slim type design for high-density PCB applications, saving space.
• Low coil power consumption, offering energy efficiency.
• Suitable plastic materials used for high-temperature and chemical resistance.
• Complete protective construction from dust and soldering flux (if required).

• Standard off-the-shelf product with gold contacts at the rotary interface for improved performance.
• Color-coded lead wires for easy and simplified electrical connections.
• 90-degree V-groove ring design ensures smoother operation with low torque and minimal contact wear.
• 6-circuit configurations for versatile applications.