American High Voltage, Inc. TCR Series TCR-4P

Description
Regulated Miniature Modules Output Voltage: TCR series are available in multiple output voltages ranging from +/-50VDC to +/-5,000VDC Power: 1W Dimension: 1.50” x 1.00” x 0.50” Electrical Characteristics & Description Each TCR is encapsulated in a high thermal conductivity epoxy resin which eliminates problems associated with moisture. All TCR power supplies are designed to withstand extremes of shock, vibration, acceleration, and thermal shock in accordance with MIL-STD-810. The power supply is generally mounted to PC boards via five 0.045” diameter pins. The TCR Series of high voltage power supplies are regulated by virtue of Pulse Width Modulation topology. The normal input voltage of 12 VDC is stepped up by resonant action to a high voltage output which is referenced to the input ground (Pin 3). The output voltage of the TCR unit is NOT FLOATING. The output high voltage return and the input power return are internally connected together. The output voltage may be controlled in two ways. In the voltage programming mode , a control voltage (Pin 2) between 0 VDC and 5 VDC will adjust the output between 0 and full output. In the resistance programming mode, a resistor placed between the control voltage pin and ground will set the output to a voltage which depends on the value of the resistance used. Typically a 1 kOhm resistor will set the output voltage to 50%. Zero resistance yields zero output. The limiting output current is set for each unit to be 150% above the nominal value determined by the 1-W limit. The current limit circuitry internal to the TCR high voltage power supply has a reaction time constant of less than 0.01 second.
Datasheet
Description
Regulated Miniature Modules Output Voltage: TCR series are available in multiple output voltages ranging from +/-50VDC to +/-5,000VDC Power: 1W Dimension: 1.50” x 1.00” x 0.50” Electrical Characteristics & Description Each TCR is encapsulated in a high thermal conductivity epoxy resin which eliminates problems associated with moisture. All TCR power supplies are designed to withstand extremes of shock, vibration, acceleration, and thermal shock in accordance with MIL-STD-810. The power supply is generally mounted to PC boards via five 0.045” diameter pins. The TCR Series of high voltage power supplies are regulated by virtue of Pulse Width Modulation topology. The normal input voltage of 12 VDC is stepped up by resonant action to a high voltage output which is referenced to the input ground (Pin 3). The output voltage of the TCR unit is NOT FLOATING. The output high voltage return and the input power return are internally connected together. The output voltage may be controlled in two ways. In the voltage programming mode , a control voltage (Pin 2) between 0 VDC and 5 VDC will adjust the output between 0 and full output. In the resistance programming mode, a resistor placed between the control voltage pin and ground will set the output to a voltage which depends on the value of the resistance used. Typically a 1 kOhm resistor will set the output voltage to 50%. Zero resistance yields zero output. The limiting output current is set for each unit to be 150% above the nominal value determined by the 1-W limit. The current limit circuitry internal to the TCR high voltage power supply has a reaction time constant of less than 0.01 second.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
TCR Series TCR-4P
Regulated Miniature Modules Output Voltage: TCR series are available in multiple output voltages ranging from +/-50VDC to +/-5,000VDC Power: 1W Dimension: 1.50” x 1.00” x 0.50” Electrical Characteristics & Description Each TCR is encapsulated in a high thermal conductivity epoxy resin which eliminates problems associated with moisture. All TCR power supplies are designed to withstand extremes of shock, vibration, acceleration, and thermal shock in accordance with MIL-STD-810. The power supply is generally mounted to PC boards via five 0.045” diameter pins. The TCR Series of high voltage power supplies are regulated by virtue of Pulse Width Modulation topology. The normal input voltage of 12 VDC is stepped up by resonant action to a high voltage output which is referenced to the input ground (Pin 3). The output voltage of the TCR unit is NOT FLOATING. The output high voltage return and the input power return are internally connected together. The output voltage may be controlled in two ways. In the voltage programming mode , a control voltage (Pin 2) between 0 VDC and 5 VDC will adjust the output between 0 and full output. In the resistance programming mode, a resistor placed between the control voltage pin and ground will set the output to a voltage which depends on the value of the resistance used. Typically a 1 kOhm resistor will set the output voltage to 50%. Zero resistance yields zero output. The limiting output current is set for each unit to be 150% above the nominal value determined by the 1-W limit. The current limit circuitry internal to the TCR high voltage power supply has a reaction time constant of less than 0.01 second.

Regulated
Miniature Modules
Output Voltage: TCR series are available in multiple output voltages ranging from +/-50VDC to +/-5,000VDC
Power: 1W
Dimension: 1.50” x 1.00” x 0.50”

Electrical Characteristics & Description
Each TCR is encapsulated in a high thermal conductivity epoxy resin which eliminates problems associated with moisture. All TCR power supplies are designed to withstand extremes of shock, vibration, acceleration, and thermal shock in accordance with MIL-STD-810. The power supply is generally mounted to PC boards via five 0.045” diameter pins.
The TCR Series of high voltage power supplies are regulated by virtue of Pulse Width Modulation topology. The normal input voltage of 12 VDC is stepped up by resonant action to a high voltage output which is referenced to the input ground (Pin 3). The output voltage of the TCR unit is NOT FLOATING. The output high voltage return and the input power return are internally connected together.
The output voltage may be controlled in two ways. In the voltage programming mode , a control voltage (Pin 2) between 0 VDC and 5 VDC will adjust the output between 0 and full output. In the resistance programming mode, a resistor placed between the control voltage pin and ground will set the output to a voltage which depends on the value of the resistance used. Typically a 1 kOhm resistor will set the output voltage to 50%. Zero resistance yields zero output. The limiting output current is set for each unit to be 150% above the nominal value determined by the 1-W limit. The current limit circuitry internal to the TCR high voltage power supply has a reaction time constant of less than 0.01 second.

Supplier's Site Datasheet

Technical Specifications

  American High Voltage, Inc.
Product Category High Voltage Power Supplies
Product Number TCR-4P
Product Name TCR Series
DC Output Voltage 0.0 to 400.0 volts
Unlock Full Specs
to access all available technical data

Similar Products

2000A Reversing Hard Chrome Plated Rectifier with Positive and Negative Direction - reversing-hard-chrome-plated-rectifier-with-positive-and-negative-direction-1 - Shenzhen Xingkerong Technology Co., Ltd
Specs
Technology Switching Power Supply
Form Factor Desktop / Free Standing
Features Power Factor Correction (optional feature)
View Details
120 W High Input  Single Phase Single Output Low Profile Power Supplies - PSH-12024 - Altech Corp.
Specs
Form Factor DIN Rail
Operating Temperature -20 to 50 C (-4 to 122 F)
DC Output Voltage 24.0 volts
View Details
2 suppliers
LPS Laser Power Supply - LPS Series - Voltage Multipliers, Inc.
Voltage Multipliers, Inc.
Specs
Applications Helium Neon Lasers
Operating Temperature -5 to 60 C (23 to 140 F)
DC Output Voltage 1100.0 to 2200.0 volts
View Details
2000W High Input Voltage – 800Vdc Input - HVI 2K-F6W - ABSOPULSE Electronics Ltd.
Specs
Technology Switching Power Supply
Operating Temperature 0 to 50 C (32 to 122 F)
Regulatory Compliance RoHS, EIC 61010-1 and Related Standards, EN55032 Class A with Margins, IEC 61373 Cat 1 A&B
View Details