Conduct your own green energy experiments with Phidgets
1054 - PhidgetFrequencyCounter$90.00
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Product Description
The 1054 - PhidgetFrequencyCounter is designed to count events from an analog signal over time and calculate a frequency from it. The product can count a logic level or signal centered around zero volts. Signals with a different ground can be counted, provided they are within the common mode range (+-10V).
The Frequency Counter can also power small devices, such as Hall Effect, flow rate sensors, tachometers, and other sensors.
The PhidgetFrequencyCounter contains two channels to sense two different inputs. Each channel has two different circuits to sense for logic level-frequencies or zero-centered frequencies. The measurable frequency is accurate to 0.25% up to 1MHz. The Frequency Counter may measure frequencies past 1 Mhz, but the input voltage specifications will not hold.
The PhidgetFrequencyCounter can measure frequencies down to ~ 0.01Hz. However the response time of these measurements is directly related to the frequency, thus it could take 1 or 2 periods(100-200s) to detect the input frequency.
Product Features
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Enclosure
You can protect your board by purchasing the 3813 - Acrylic Enclosure for the 1054.
Comes Packaged With:
A 3018 - Mini-USB Cable 180cm
A Hardware mounting kit (4 nuts and bolts, 4 plastic spacers)
Resources
• Product Manual
• Mechanical Drawings
• Programming Resources
Product Specifications
Number of Channels | 2 |
Operating Temperature | 0 - 70°C |
USB Voltage Range | 4.75 – 5.25VDC |
USB Current | 42mA |
Max Output Current (using +5V from terminal block) | 450mA |
Input Impedance | 332 KOhm / 30pF |
Frequency Error | 0.25% |
Maximum input frequency | 1MHz |
Common Mode Input Range vs GND | -6.25 – 10.25VDC |
Maximum Input Voltage (measured to ground) | ±20V |
Zero Centered Input Hysteresis Band | ±30mV |
Minimum Input Voltage @ 1mHz, Zero-Centered Input | 400mVpp |
Logic Input, Logic Level 0 Voltage | 0.8V |
Logic Input, Logic Level 1 Voltage | 3V |
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