Shared Projects by rsdio

Shared Projects by rsdio

You need to log in or sign up before continuing.

MIO AB 1.1

2 layer board of 3.07 x 0.50 inches (77.9 x 12.7 mm)
Uploaded: September 17th 2019
Shared: December 17th 2019
Total Price: $7.65

MIO Analog Board Type jumper settings

MIO Analog Board Type jumper settings

Embeddable link to order this shared Project

MIO FP 1.0.2

2 layer board of 0.83 x 0.49 inches (21.1 x 12.4 mm)
Uploaded: September 17th 2019
Shared: December 17th 2019
Total Price: $2.00

MIO Front Panel Mute/Dim jumper settings

MIO Front Panel Mute/Dim jumper settings

Embeddable link to order this shared Project

MM phlat power 1.0.1

4 layer board of 3.76 x 1.90 inches (95.5 x 48.2 mm)
Uploaded: February 5th 2019
Shared: September 25th 2019
Total Price: $71.30

Upper board takes single-tap AC and provides +/-17 V DC with significant filtering.

Upper board takes single-tap AC and provides +/-17 V DC with significant filtering.

Embeddable link to order this shared Project

MM phlat 1.0.5

4 layer board of 3.78 x 1.90 inches (96.0 x 48.2 mm)
Uploaded: February 6th 2019
Shared: September 25th 2019
Total Price: $71.70

Phono head amplifier with flat frequency response, designed for digitization of vinyl where RIAA equalization will be performed in the digital domain.

Phono head amplifier with flat frequency response, designed for digitization of vinyl where RIAA equalization will be performed in the digital domain.

Embeddable link to order this shared Project

SY1MM

2 layer board of 1.10 x 0.65 inches (27.9 x 16.5 mm)
Uploaded: November 8th 2015
Shared: November 8th 2015
Total Price: $3.55

CV fixed gain, variable offset

This started out as an educational schematic to show how to take a Control Voltage that ranges from 2.2V to 10V, and expand it to cover 0V to 10V. The differential amplifier gain is set by R2/R1 and R4/R3, where the resistors should match. The trim resistor allow…

Show full description

CV fixed gain, variable offset

This started out as an educational schematic to show how to take a Control Voltage that ranges from 2.2V to 10V, and expand it to cover 0V to 10V. The differential amplifier gain is set by R2/R1 and R4/R3, where the resistors should match. The trim resistor allow…

Show full description

Embeddable link to order this shared Project