Controlled Rectifiers

1618 Controlled Rectifiers from 30 Manufacturers meet your specification.

Find & Compare Controlled Rectifiers from multiple manufacturers on everything PE. View product specifications, download datasheets and get pricing. Your Inquiry will be directed to the manufacturer and their distributors who will get back to you with a quote.

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  • Types of Converter : Controlled Rectifier
Description:48 V Single Output AC-DC Converter
Types of Converter:
Controlled Rectifier
Configuration:
Isolated
Number of Output:
Single
AC Input Voltage:
90 to 264 V
AC Input Current:
2 A
DC Output Voltage:
48 V
DC Output Current:
2.1 A
Industry:
Medical, Commercial, Industrial
more info
Description:-24 to 24 V, Controlled Rectifier AC to DC Converter
Types of Converter:
Controlled Rectifier
Configuration:
Isolated
Number of Output:
Triple
AC Input Voltage:
90 to 264 V
DC Output Voltage:
-24 to 24 V
DC Output Current:
0.16 to 2 A
DC Output Power:
15 to 16.5 W
Package Type:
Chassis Mount
more info
Description:50 W Isolated AC-DC Converter for Household Applications
Types of Converter:
Controlled Rectifier
Configuration:
Isolated
AC Input Voltage:
90 to 305 V
AC Input Current:
600 to 1000 mA
DC Input Voltage:
100 to 430 V
DC Output Voltage:
12 V
DC Output Current:
4.167 mA
DC Output Power:
50 W
Package Type:
Chassis Mount
more info
Description:1600 W Isolated AC-DC Converter
Types of Converter:
Controlled Rectifier
Configuration:
Isolated
Number of Output:
Single
AC Input Voltage:
90 to 264 V
AC Input Current:
25 A
DC Input Voltage:
180 to 300 V
DC Output Voltage:
12 V
DC Output Current:
132 A
DC Output Power:
1600 W
Package Type:
Chassis Mount
more info
Description:3 to 500 V, Controlled Rectifier AC to DC Converter
Types of Converter:
Controlled Rectifier
Configuration:
Isolated
Number of Output:
Dual
AC Input Voltage:
85 to 265 V
DC Output Voltage:
3 to 500 V
DC Output Current:
312 A
Industry:
Commercial
DC Output Power:
75000 W
more info
Description:50 W Quasi-Resonant Converter with E-Mode GaN HEMT
Types of Converter:
Controlled Rectifier
Configuration:
Isolated
AC Input Voltage:
85 to 265 V
DC Input Voltage:
9 to 23 V
Industry:
Consumer, Industrial
DC Output Power:
50 W
Switching Frequency:
240 kHz
Package Type:
Surface Mount
Package:
QFN 5x6
more info
Description:4000 W AC-DC Converters
Types of Converter:
Controlled Rectifier
Configuration:
Isolated
AC Input Voltage:
90 to 264 V
DC Output Voltage:
5 to 48 V
DC Output Current:
0.42 to 56 A
Industry:
Industrial, Medical
DC Output Power:
4000 W
Package Type:
Rack Mount
more info
Description:700 W Three-Phase Military COTS AC-DC Converter
Types of Converter:
Controlled Rectifier
Configuration:
Isolated
AC Input Voltage:
100 to 140 V
DC Output Voltage:
28 V
Industry:
Military
DC Output Power:
700 W
Package Type:
Chassis Mount
more info
Description:7.5 kW Water/Conduction Cooled AC-DC Converter for Laser Applications
Types of Converter:
Controlled Rectifier
Configuration:
Isolated
AC Input Voltage:
176 to 275 V
AC Input Current:
27 A
DC Output Voltage:
65 to 80 V
DC Output Current:
93.8 to 107.2 A
DC Output Power:
7500 W
Package Type:
Chassis Mount
more info
Description:30 kW AC-DC Converter for EV Charging Applications
Types of Converter:
Controlled Rectifier
AC Input Voltage:
260 to 530 V
AC Input Current:
60 A
DC Output Voltage:
150 to 1000 V
DC Output Current:
100 A
Industry:
Electric Vehicle
DC Output Power:
30 kW
Package Type:
Chassis Mount
more info

What is a Controlled Rectifier?

A controlled rectifier is a type of AC to DC converter that provides adjustable DC output voltage from the given AC input supply. A controlled rectifier usually consists of an input filter capacitor, power electronics switches such as MOSFET/IGBT/BJT, inductor, diode, a high-frequency transformer(in an isolated configuration only, for isolation), and control circuits to provide regulated DC output. These rectifiers are ideal for applications such as medical instrumentation, commercial and industrial electronic equipment, electric power, and smart homes.

Controlled rectifiers are further classified into two configurations: Isolated and Non-isolated.

  • An isolated controlled rectifier uses a high-frequency transformer (flyback transformer or normal transformer) to establish galvanic isolation between the input AC supply and output DC circuit. This isolation provides several benefits such as ensuring the safety of human and sensitive devices from the high and potentially hazardous AC input voltage, breaking ground loops (helpful to isolate the noisy circuits from sensitive circuits), and avoiding floating output. The isolated uncontrolled rectifier employs various switching power supply topologies such as a Flyback converter, Forward converter, push-pull converter, bridge SMPS, isolated cuk, ringing choke converter, and resonant LLC converter.
  • A non-isolated controlled rectifier doesn’t need a transformer for operation. The input AC and output DC circuits share the common ground, and current can flow between them. Because of the absence of a transformer, these rectifiers have several advantages such as low cost, small size, high efficiency, and regulation. They can operate at a higher switching frequency which further reduces the size of passive components (inductors and capacitors). The non-isolated uncontrolled rectifier employs various switching power supply topologies such as a step-down/buck converter, step-up/boost converter, buck-boost converter, cuk converter, split-pi converter, zeta converter, and SEPIC converter.

Controlled Rectifiers from the leading manufacturers are listed on everything PE. Our parametric search tool will scan multiple manufacturer websites to identify Controlled Rectifiers that meet your requirement. You can then download datasheets, request quotations via everything PE. Your inquiry will be routed to the manufacturer or their representative who will give you more information on the product.

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