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13bit SIN/COS Encoder converter - Interpolator
Overview
NL-NQ6D is an advanced interpolator for all kinds of SIN/COS 1Vpp encoders. This DIN-rail-mounting device converts the SIN/COS 1Vpp analog signal into quadrature digital output AB with TTL 5V level. Furthermore, it can convert the SIN/COS 1Vpp analog signal into digital output BiSS-C or SSI. This is necessary when the servo drive cannot directly use the SIN/COS signal as feedback.
Programming interface - Driver & Software
The interpolator can be programmed using the programming cable DE23500555-1M in combination with programming software.
The programming cable Windows driver can be downloaded here: :miniature_motors:usb_mb3u_driver_ftdi21224.zip
The GUI interface can be downloaded here: :miniature_motors:nqc_1so_gui_c8rte.zip
Features:
| Item |
| 13-bit interpolation with resolution up to 8192 angle steps per sine period |
| Binary and decimal resolution settings, e.g. 500, 512, 1000, 1024 |
| Programmable angle hysteresis |
| Conversion time of just 250 ns, including amplifier settling |
| Direct sensor connection; selectable input gain |
| Input frequency of up to 250 kHz; signal conditioning for offset, amplitude and phase |
| A/B quadrature signals of up to 2 MHz with adjustable minimum transition distance |
| Zero signal processing, adjustable in index position and width |
| Absolute angle output via fast serial interface (BiSS, SSI) |
| Permanent bidirectional memory access to parameters and OEM data via BiSS C |
| Period counting with up to 24 bits |
| Error monitoring of frequency, amplitude and configuration |
| Device setup from serial EEPROM or using BiSS |
| ESD protection and TTL-/CMOS-compatible outputs |
| Ideal for all types of NILAB linear motors |
The product is based on IC-Haus integrated circuits; see the datasheet for full information: :green_drive_motors:nqc_datasheet_e2en.pdf
Connectors
Power supply
Using programming cable
When the programming cable is used, the power supply for the interpolator and the connected SIN/COS encoder can be provided by USB (in this case check that the current is sufficient for correct operation) or by an external 5V power supply connected on port X1.



