Digital Electronic Circuit Board

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Product Details:

Usage Electronic device control, embedded systems, automation projects
Display LED indicator onboard
Voltage 5V DC input
Power Typical operational load up to 5W
Product Type Digital Electronic Circuit Board
Material High-grade FR4 PCB, copper traces
Design Compact, double-layer PCB design
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Digital Electronic Circuit Board Price And Quantity

Minimum Order Quantity 1 Unit

Manufacturing Standard ISO 9001:2015
Number of Layers 2
Connectivity Screw terminals and pin header interface
Mounting Type PCB through-hole and surface mount
PCB Thickness 1.6mm
Operating Temperature 0°C to 70°C
Heat Dissipation Passive copper traces
Protection Circuit Over-current and reverse polarity protection
Sampling Rate Up to 10kHz
Firmware Support Microcontroller compatible
Signal Output TTL digital logic

Digital Electronic Circuit Board Product Specifications

Power Typical operational load up to 5W
Charging Time Not applicable (powered via direct input)
Weight Approx. 55 grams
Design Compact, double-layer PCB design
Voltage 5V DC input
Detector Integrated digital sensor module
Product Type Digital Electronic Circuit Board
Accuracy High precision circuit response, typical error < 1%
Power Source External DC supply
Dimension (L*W*H) Approx. 100mm x 70mm x 20mm
Illuminant Red LED indicator
Material High-grade FR4 PCB, copper traces
Display LED indicator onboard
Usage Electronic device control, embedded systems, automation projects

Manufacturing Standard ISO 9001:2015
Number of Layers 2
Connectivity Screw terminals and pin header interface
Mounting Type PCB through-hole and surface mount
PCB Thickness 1.6mm
Operating Temperature 0°C to 70°C
Heat Dissipation Passive copper traces
Protection Circuit Over-current and reverse polarity protection
Sampling Rate Up to 10kHz
Firmware Support Microcontroller compatible
Signal Output TTL digital logic

Digital Electronic Circuit Board Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days

Product Description

Digital Electronic Circuit Trainer (Bread Board Model) (AE 354)

Objective : A general purpose experimental board to construct more than 60 experiments of Digital Electronics e.g. Construction & Verification of truth tables of Logic Gates, Boolean Identities and DeMorgan Theorems, Digital Adder & Subtracters, Flip Flops, Counters, Shift Registers, Encoder & Decoders, Multiplexer & De multiplexer etc.

Specifications : It comprises of the Bread Board having:-two Nos Vertically Common Strip (Total 1280 Tie Points) and four Nos. Horizontally Common Strips (Total 400 Tie Points), Fixed output DC regulated power supply of 5V/1A and ±15V/500mA, 10 logic input switches logic 0 and logic 1, Ten LED output indicators & one 7- segment displays are provided, 1 Hz moonshot clock pulse with pulser switch & Clock Generator with 1Hz,1KHz, & 10KHz selectable using band switch, One DPM (Digital Panel Meter) is mounted on the front panel.

Versatile Mounting and Reliable Connectivity

The circuit board offers flexible mounting via both through-hole and surface-mount technologies, making it suitable for a variety of assembly processes. Connectivity is further enhanced with screw terminals and pin headers, ensuring secure electrical connections and facilitating ease of integration into diverse system architectures.

Advanced Protection and Durability

Built-in over-current and reverse polarity protection circuits safeguard electronics from accidental damage. The boards use of high-grade FR4 materials and passive copper heat dissipation enhances longevity and operational integrity, even under continuous use, making it a dependable choice for demanding environments.

Precise Performance for Automation and Control

Equipped with a high-precision digital sensor and an onboard LED indicator, this board achieves a typical error rate lower than 1%. The microcontroller-compatible design and rapid sampling (up to 10kHz) enable accurate real-time monitoring and swift response, ideal for device control, automation, and embedded system projects.

FAQs of Digital Electronic Circuit Board:

Q: How do I connect the Digital Electronic Circuit Board to my project?

A: You can connect this circuit board to your project using either the screw terminals or the pin header interface, depending on your wiring preferences. The board is designed for both PCB through-hole and surface-mount installation, enabling seamless integration with existing setups and a wide array of embedded systems.

Q: What is the operating temperature range and why is it important?

A: The board operates reliably from 0C to 70C, making it suitable for most standard electronics environments. This temperature range ensures that the board maintains high performance and precision in both controlled indoor settings and typical industrial atmospheres.

Q: When should I use this boards over-current and reverse polarity protection features?

A: These protection features are automatically engaged whenever theres a risk of wiring errors or electrical faults, such as connecting the DC supply the wrong way. This ensures the board and connected devices remain safeguarded, especially important during installation or troubleshooting.

Q: Where can this circuit board be deployed for best results?

A: The board is ideal for electronic device control, automation projects, and embedded systems in industrial, commercial, or laboratory settings. Its compact size and robust construction make it suitable for installations where space and reliability are critical.

Q: What process should I follow to ensure correct power supply connection?

A: Connect a stable 5V DC external power supply to the designated inputs using the screw terminals or pin header. Confirm proper polarity before powering up to avoid triggering the protection circuits. The passive heat dissipation and LED indicator confirm operational status.

Q: How is the signal output provided and what are its benefits?

A: The board outputs TTL digital logic signals, ensuring compatibility with standard microcontrollers and digital interfaces. These outputs offer reliable, high-speed communication with typical error rates below 1%, which benefits automation and precise control applications.

Q: What advantages do the integrated digital sensor and high sampling rate provide?

A: With an integrated digital sensor and up to 10kHz sampling rate, you gain responsive, accurate data acquisition for real-time application demands. This ensures fast feedback and control in dynamic automation and embedded environments.

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