Filtering signal conditioner for sensor signal matching with an asymmetric 0...5V output voltage
amplifies, filters and normalizes the output signals of SEIKA
sensors. The asymmetric output signal enables unproblematic,
subsequent signal processing with standard measuring equipment,
such as oscilloscopes, transient recorders, A/D converters,
multimeters, etc., operating with this asymmetric signal level.
The NV8a requires a non-stabilized supply voltage in the range of 9...30 Volt. The NV8a provides a highly stable 5V voltage with short circuit current limitation as a sensor supply voltage.
Multiple internal switching variants allow for optimal adaptation of signal processing parameters, such as settling time, filter cut-off frequencies and amplification and zero point adjustment, to the measuring task.
The NV8a has its application anywhere a SEIKA sensor is, without great expenditures and under optimal compatibility, to be connected to application specific measuring equipment and subsequent adjustment of amplification and zero position are necessary. The use of an asymmetric output voltage requires minimal electronics for further signal processing.
|Supply voltage||+9...+30 Volt (reverse polarity protected to -70Volt)|
|Current drawn excluding sensor||approx. 5mA|
|Operating temperature||-40°C ... +85°C|
|Internally generated sensor supply voltage||5.00 Volt|
|Temperature drift of sensor supply voltage||20ppm / Kelvin|
|Maximum output voltage range||0.05V ... 4.95V|
|Output signal range||(2.5±2)Volt|
|Zero offset range||2.4V ... 2.6V (larger ranges, e.g. for B1 in Z direction on request)|
|Output impedance||approx.100 Ohm|
|Signal-to-noise ratio with standard sensors||approx. 80dB|
|Frequency range||0...10Hz, 0...200Hz, 0...2kHz, custom ranges on request|
connector 2.54mm, lenght 5.7mm, Ų 0.63mm gold-plated
soldering pads optional
Dimensions (in mm)
Attention! Do not short circuit the supply
voltage with the output.
SEIKA Mikrosystemtechnik GmbH - Söllerweg1- D 87487 Wiggensbach - email: email@example.com - Tel.+49 8370 9290070 - FAX:+49 8370 9290079