4 layer board of 3.16 x 1.58 inches (80.1 x 40.1 mm)
Uploaded:
December 15, 2016
Shared:
December 28, 2016
Total Price:
$49.80
Precision voltage standard 7V
Very stable (<1 ppm/°C), ultra low-noise and excellent long-term stable reference standard, based on LTZ1000A.
The circuit and PCB are designed by xDevs.com.
Details:
- PCB spec : 4-layer, 6 mil / 6 mil, ENIG plating
…
Precision voltage standard 7V
Very stable (<1 ppm/°C), ultra low-noise and excellent long-term stable reference standard, based on LTZ1000A.
The circuit and PCB are designed by xDevs.com.
Details:
- PCB spec : 4-layer, 6 mil / 6 mil, ENIG plating
- Ultra Precision Reference: Linear Technology LTZ1000ACH
- Compatible opamps: Linear LTC2057 SO-8, Analog Devices ADA4522-1 SO-8.
- Resistors R3,R4,R5 : Vishay S102 or Z202 or similar
- Resistors R6,R7 : Vishay VHP101 or similar package
All information, including full BOM, is available at: https://xdevs.com/article/kx-ref
Stencil can be purchased at OSH Stencils using file KXREFB03_PT.art
Version B03 (minor changes) is TESTED and WORKING, you can find a video here at EEVBlog.
Show full description
Precision voltage standard 7V
Very stable (<1 ppm/°C), ultra low-noise and excellent long-term stable reference standard, based on LTZ1000A.
The circuit and PCB are designed by xDevs.com.
Details:
- PCB spec : 4-layer, 6 mil / 6 mil, ENIG plating
…
Precision voltage standard 7V
Very stable (<1 ppm/°C), ultra low-noise and excellent long-term stable reference standard, based on LTZ1000A.
The circuit and PCB are designed by xDevs.com.
Details:
- PCB spec : 4-layer, 6 mil / 6 mil, ENIG plating
- Ultra Precision Reference: Linear Technology LTZ1000ACH
- Compatible opamps: Linear LTC2057 SO-8, Analog Devices ADA4522-1 SO-8.
- Resistors R3,R4,R5 : Vishay S102 or Z202 or similar
- Resistors R6,R7 : Vishay VHP101 or similar package
All information, including full BOM, is available at: https://xdevs.com/article/kx-ref
Stencil can be purchased at OSH Stencils using file KXREFB03_PT.art
Version B03 (minor changes) is TESTED and WORKING, you can find a video here at EEVBlog.
Show full description
