Phidgets Precision Voltage Sensor

Description

• Phidgets Precision Voltage Sensor
• Can accurately measure a maximum differential voltage of 30V
• Measures the differential voltage between the input terminals and outputs the difference proportionally

The Phidgets Precision Voltage Sensor measures the differential voltage between the input terminals and outputs the difference proportionally. The maximum differential voltage that can be measured accurately is 30V.

The 1135 measures the differential voltage between the input terminals and outputs the difference proportionally. The maximum differential voltage that can be measured accurately is 30V.

When the positive and negative inputs are equal, the voltage output value is 2.5V. When the positive input is 30V greater than the negative input, the voltage output is 4.5V and when the positive input is 30V less than the negative input, the voltage output is 0.5V.

View moreWhat’s Included

• 1 x Phidgets Precision Voltage Sensor

*Note: The kit does not include any cables.

Links

PDF Files

• Phidgets Precision Voltage Sensor Datasheet
• Phidgets Precision Voltage Sensor Schematic

Specifications

Sensor Properties

• Sensor Type: Voltage (DC)
• Controlled By: Voltage Input (0-5V)
• Sensor Output Type: Non-Ratiometric

Voltage Sensor

• Voltage Difference Max: 30 V DC
• Relative Input Voltage Max: 40 V DC
• Measurement Error Max: 0.5 %
• Sensor Response Time Max: 10 ms
• Voltage Offset Max: 100 mV DC

Electrical Properties

• Supply Voltage: 5 V DC
• Current Consumption Max: 3.6 mA
• Sensor Input Impedance: 1 M
• Output Voltage Min: 0 V DC
• Output Voltage Max: 5 V DC

Physical Properties

• Recommended Wire Size: 16 – 26 AWG
• Operating Temperature Min: -40 C
• Operating Temperature Max: 85 C