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Pico 5AVR500 5V to 500V 1W Regulated DC-DC Converter

2026-09-24 10:44:04 DataStorage View times 2
Pico 5AVR500 5V to 500V 1W Regulated DC-DC Converter

Mfr. Part #: 5AVR500

Manufacturer: Pico Electronics

Product Type: Isolated Regulated High-Voltage DC-DC Converter

Package: Through-Hole, 1.25 × 0.70 × 0.50 in

Applications: Photomultiplier tubes, electron-beam focusing, piezoelectric transducers, detector bias circuits and test instrumentation

Description: 1W regulated high-voltage DC-DC converter with a 4.5–5.5V input, 500V/2mA output, 1500VDC isolation, shutdown control and integrated protection.


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Pico 5AVR500 5V to 500V 1W Regulated High Voltage DC-DC Converter

The Pico 5AVR500 is a miniature isolated and regulated high-voltage DC-DC converter that generates a 500VDC output from a nominal 5VDC input. It provides up to 1W output power and 2mA output current in a through-hole package measuring 1.25 × 0.70 × 0.50 inches.

Unlike proportional high-voltage converters, the 5AVR500 maintains a regulated output from no load to full load. It also includes shutdown control and protection against input overvoltage, output short circuit, overtemperature and overcurrent.

Key Specifications

ParameterSpecification
ManufacturerPico Electronics
Part Number5AVR500
SeriesAVR
Converter TypeIsolated regulated high-voltage DC-DC converter
Nominal Input Voltage5VDC
Input Voltage Range4.5–5.5VDC
Output Voltage500VDC
Output Current0–2mA
Maximum Output Power1W
Output Voltage Tolerance±0.25% maximum
Line Regulation0.1% maximum
Load Regulation0.25% maximum, 0–100% load
Output Ripple0.25% p-p maximum, 1MHz bandwidth
Input-to-Output Isolation1500VDC minimum
Operating Frequency25–33kHz
Operating Temperature−25°C to +70°C without derating
Optional Extended Temperature−55°C to +85°C; confirm ordering option
Storage Temperature−55°C to +125°C
CoolingFree-air convection
MountingThrough-hole
Dimensions1.25 × 0.70 × 0.50 in
WeightApproximately 14.5g
ControlShutdown input
ProtectionInput overvoltage, output short circuit, overtemperature and overcurrent

Applications

The Pico 5AVR500 is suitable for low-current circuits that require a stable and isolated 500V bias supply, including:

  • Photomultiplier tube bias supplies

  • Electron-beam deflection and focusing circuits

  • Piezoelectric transducers

  • Detector and sensor bias circuits

  • Laboratory and test instrumentation

  • Industrial high-voltage control circuits

  • Measurement systems requiring regulated high voltage

For noise-sensitive detectors and analog circuits, engineers should verify that the specified ripple level and operating frequency are compatible with the signal bandwidth.

When to Choose the Pico 5AVR500

Choose the 5AVR500 when the design requires:

  • A regulated 500V output from a 5V power rail

  • Up to 2mA output current

  • Stable operation from no load to full load

  • Through-hole PCB mounting

  • 1500VDC input-to-output isolation

  • Shutdown control

  • Built-in short-circuit, overvoltage and thermal protection

  • Operation without a heatsink or active cooling

The 5AVR500 may not be the best choice when the application requires surface-mount assembly, more than 2mA at 500V, a programmable output, or standard operation below −25°C. In these cases, compare the SMV, MV or SAR families before final selection.

Related Model Comparison

ModelInputOutputPowerOutput TypeMountingBest Selection Reason
5AVR5004.5–5.5V500V / 2mA1WRegulatedThrough-holeStable 500V output and no minimum load
5SMV5004.5–5.5V500V / 2.5mA1.25WProportionalSurface mountSmaller SMD package
5MV500Nominal 5V500V / 2.5mA1.25WProportionalThrough-hole−55°C to +85°C standard operation
5AV500Nominal 5V500V / 2.5mA1.25WProportionalThrough-holeCompact proportional-output alternative
12AVR50010.5–13.5V500V / 2mA1WRegulatedThrough-holeSame regulated output for a 12V input rail

The 5SMV500, 5MV500 and 5AV500 are proportional converters. Their outputs vary more with input voltage and load, so they should not be treated as direct replacements when the circuit depends on the regulation performance of the 5AVR500.

Equivalent and Alternative Models

There is no universal drop-in equivalent for the Pico 5AVR500. Any replacement must be checked for input range, output regulation, ripple, isolation, pinout, package size, temperature rating and protection functions.

Possible alternatives include:

  • Pico 5SMV500: Select when surface-mount assembly and a smaller footprint are more important than internal output regulation.

  • Pico 5MV500: Select for military, aerospace or harsh-environment equipment requiring standard −55°C to +85°C operation. External regulation may be needed.

  • Pico 5AV500: Select when a compact through-hole proportional converter is acceptable.

  • Pico 12AVR500: Select when the available system input is 12V instead of 5V.

  • Pico 5SAR500SM: Consider when a regulated, programmable SMD converter with higher output power is required.

These models are not automatically pin-compatible with the 5AVR500. Engineers should compare the mechanical drawing and connection diagram before making a substitution.

Related Products and Guides

Stock, Price and RFQ

DataStorageIC supports Pico 5AVR500 stock checking, pricing, datasheet confirmation and factory lead-time orders.

When requesting a quotation, please provide:

  • Full part number: 5AVR500

  • Required quantity

  • Target delivery date

  • Application or equipment type

  • Required operating-temperature option

  • Screening or documentation requirements

Request 5AVR500 Price and Availability

Stock status and lead time should be confirmed before placing an order. If 5AVR500 is unavailable, DataStorageIC can assist with reviewing technically suitable Pico alternatives.

Frequently Asked Questions

Is the Pico 5AVR500 output regulated?

Yes. The 5AVR500 is regulated from no load to full load. Its specified maximum line regulation is 0.1%, load regulation is 0.25%, and nominal full-load output-voltage tolerance is ±0.25%.

Does the 5AVR500 require a minimum output load?

No. The AVR Series supports operation with zero minimum load, making the 5AVR500 suitable for bias circuits with low or varying current demand.

Can the 5SMV500 or 5MV500 directly replace the 5AVR500?

Not necessarily. Both provide a nominal 500V output, but they are proportional rather than internally regulated converters. Their mounting, package, temperature performance, isolation and pin configuration must also be checked before substitution.


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