CDIL
Discrete semiconductors: transistors, diodes, MOSFETs and power devices
About the manufacturer
Continental Device India Limited (CDIL) is an Indian manufacturer of discrete semiconductors with long-standing experience in designing and manufacturing electronic components. The company develops silicon devices and power solutions for consumer, industrial, energy and automotive applications.
CDIL’s portfolio includes bipolar transistors, MOSFETs, rectifier and Schottky diodes, Darlington devices, thyristors, regulators and other discrete semiconductor components. The company is also developing technologies for higher-power devices.
A significant part of the CDIL range is aimed at traditional control circuits, power supplies, output stages and protection functions, making the brand relevant both to new designs and to maintenance or modernisation of existing equipment.
Applications
CDIL components are used across analogue, power and output-stage circuits, particularly where established discrete semiconductor functions are required.
- Power supplies – rectification, regulation and power switching.
- Motor and relay control – transistor output stages.
- Industrial automation – I/O circuits and load switching.
- Consumer electronics – amplifiers, power supplies and auxiliary circuits.
- Automotive electronics – discrete control and protection stages.
- Power electronics – MOSFETs, diodes and power devices.
- Electronic servicing – replacements for widely used transistors and diodes.
CDIL products available from Maritex
Maritex offers CDIL discrete semiconductors for control, power-supply and switching circuits. The brand is particularly useful in designs based on widely used transistor and rectifier topologies.
Available product groups include:
- Bipolar transistors.
- Power transistors and MOSFETs.
- Rectifier diodes.
- Schottky diodes.
- Components for control and power-supply circuits.
When selecting CDIL semiconductors, maximum voltage and current, power dissipation, package type and dynamic parameters should be checked. For replacement designs, pinout and thermal conditions should also be compared with the original device.
