Rajiv Electronics

YOUR PARTNER IN TECHNOLOGY SOLUTIONS

Rajiv Electronics

YOUR PARTNER IN TECHNOLOGY SOLUTIONS

Discount-For bulk orders kindly email us on (rajiv2digital@gmail.com). We will provide you the best possible discount. 8830980483
  • SOP28 to DIP28 28 pin IC socket will convert SOP28 into DIP28, SOP28 / SOIC28 / SO28 IC Programmer Adapter is 1.27 mm Pitch and 7.5 mm Width, SOP28 8 pin programmer adapter. SOP28 to DIP28 28 pin IC socket SOIC28 IC adapter. Features: 1.  CNV SOP28、SOIC28、SO28 28 pin ic socket 2.  Tested before shipping 3.  Easy to use
  • OP8 to DIP8 8 pin chip programmer adapter is wide body, 1.27 mm Pitch and 7.9 mm Width, this SOP8 / SOIC8 / SO8 8 pin ic socket support eeprom from width 200mil to 208mil, SOP8 to DIP8 8 pin IC socket will convert SOP8 into DIP8. Features:   1.  CNV SOP8、SOIC8、SO8 8 pin ic socket 2.  Tested before shipping 3.  Easy to use, support eeprom width 200mil-208mil 4.  Wide body SOP8 8 pin ic socket   Supported Devices (Wide): 1. Package:  SOP8、SOIC8、SO8 2. Pitch:  1.27 mm 3. Width: 7.9 mm (add pin width) 4. Width: 5.4 mm 5. SOP 8 Pin to DIP 8 Pin, Pitch: 2.54mm (100mil),  Width: 1.52cm (600mil)
  • Specification Input voltage range: 5~24V; Output voltage range: 0.93V~18V
    Features DC-DC adjustable step-down module
    Application Various electronic products or DIY projects
    English Manual/Spec Yes
    Other Input voltage range: 5~24V; Output voltage range: 0.93~18V (buck mode, enter at least greater than the output 2V above); Output current: 2.5A; Output peak 4A continuous output; Switch: With soft-off feature; Shutdown current low microampere level; Size: 45mm x 32mm x 16mm; Technical description: Measured efficiency: 12V converts to 5V: 12V converts to 5V efficiency = (5V x 1.001A) / (12V x 0.431) = 96.7%; 18V converts to 12V: 18V to 12V Efficiency = (12.019V x 1.001A) / (18.01V x 0.679) = 98.38%
  • This module is based on the very popular L298 Dual H-Bridge Motor Driver Integrated Circuit. The circuit will allow you to easily and independently control two motors of up to 2A each in both directions. It is ideal for robotic applications and well suited for connection to a microcontroller requiring just a couple of control lines per motor. It can also be interfaced with simple manual switches, TTL logic gates, relays, etc.

    Features

    • Motor supply : 7 to 24 VDC
    • Control Logic : Standard TTL Logic Level
    • Output Power : Up to 2 A each
    • Enable and Direction Control Pins
    • Heatsink for IC
    • Power-On LED indicator
    • 4 Direction LED indicators

    Specifications

    • Module Type Driver
    • Weight : 35.00g
    • Board Size : 5.5 x 5 x 2.9cm
    • Version : 1
    • Operation Level : Digital 5V
    • Power Supply : External 12V
    • External : 7V
    • External : 9V
  • This SHARP distance sensor bounces IR off objects to determine how far away they are. It returns an analog voltage that can be used to determine how close the nearest object is. These sensors are good for short-range detection. Infrared range finder 10cm (~4") to 80cm (~30") Analog interface Lead free, ROHS compliant Replaces the discontinued GP2D12
  • 40KHz Ultrasonic Transducer Transmitter and Receiver Pair. These transducers are very useful in making various sensors for detecting obstacles and measuring distances. Features Use for motion or distance sensing Frequency: 40kHz ±1.0kHz Aluminum case Capacitance: 2000pF ±20% Transmitter: bandwidth 5.0kHz/100dB, sound pressure level 112dB/40 ±1.0kHz Receiver: bandwidth 5.0kHz @ -75dB, min. sensitivity 67dB/40 ±1.0kHz (0dB vs. 1V µbar) R=3.9k. Lead length/spacing: 0.28" Case size: 0.30"H x 0.43" Dia.
  • Specifications Modulation: Digital Torque: 4.8V: 130.54 oz-in (9.40 kg-cm) 6.0V: 152.76 oz-in (11.00 kg-cm) Speed: 4.8V: 0.20 sec/60° 6.0V: 0.16 sec/60° Weight: 1.94 oz (55.0 g) Dimensions: Length:1.60 in (40.7 mm) Width:0.78 in (19.7 mm) Height:1.69 in (42.9 mm) Gear Type: Metal Pulse Cycle: 1 ms Connector Type: JR
  • The Arduino Motor Shield is based on the L298, which is a dual full-bridge driver designed to drive inductive loads such as relays, solenoids, DC and stepping motors. It lets you drive two DC motors with your Arduino board, controlling the speed and direction of each one independently. You can also measure the motor current absorption of each motor, among other features.
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