6G-12bit Express AD pick-up card

The Planar DS-XY series is a compact, low-profile integrated XY planar motion nanopositioning stage with excellent geometric mechanical accuracy and high dynamic performance. The stage provides nanometer-level bi-directional repeatability and can be widely applied in high-end applications such as surface profile measurement, wafer dicing, lithography direct writing and laser micro/nano machining. ■ Exceptional spatial geometric accuracy The Planar DS-XY 2-axis direct drive stage offers multiple specification options for key indicators such as straightness and orthogonality error, while structural rigidity has been specially optimized to meet demanding high dynamic response requirements, with maximum acceleration up to 1.5 g and maximum speed up to 750 mm/s. This gives precision micro-machining and precision measurement equipment reliable, stable, accurate and fast positioning capability. The product runs smoothly with low velocity ripple, making it particularly suitable for scanning applications. ■ Ultra-high accuracy grade options To achieve the highest possible system accuracy (especially nanometer-level accuracy) in multi-axis positioning systems, dynamic trajectory inspection of the REI95XY stage must be performed with dedicated inspection instruments under strict environmental conditions after the mechanical system is fully assembled and functionally tested, and the inspection data dynamically calibrated through the system control software. After calibration, 2-axis motion accuracy of ±200 nm or better can be guaranteed. The performance difference between the standard and ultra-high precision versions of the Planar DS-XY is mainly reflected in orthogonality error. The calibrated ultra-high precision version can partially correct and eliminate accuracy errors caused by straightness, orthogonality error, yaw error, etc., but this does not mean the original physical mechanical accuracy has been changed. ■ Non-contact direct drive The Planar DS-XY 2-axis stage features high dynamic performance, zero cogging, sub-nanometer resolution, extremely low velocity ripple, and high-speed, high-accuracy characteristics. The Planar DS-200XY and Planar DS-300XY support single or dual motor configurations for each axis, providing more choices for a variety of different loads. Whether single or dual motors are used, the thrust and friction forces generated are maintained at the geometric center of the stage, a design that ensures stage performance. ■ Integrated cable management The Planar DS-XY 2-axis stage features a cable management system specially designed for long service life and optimized performance, allowing rapid combination with other stages. The special cable management solution can also provide additional air line routing without affecting stage performance.

Rate: typ: 1.25G ~15G; double-channel working simultaneously Drop Time: Min: 18; typ: 22; max: 30; 10.3125G; typ: PRBS7. PRBS9、 PRBS15. PRBS23. PRBS31 Code: NRZ; typ: PRBSS8. PRBS9.5; typep: USER DEF; supporting 64-digit custom

The 10G miscode test (BERTWAveE210B) is a double-channel, multi-speed high performance miscode analysis device. The instrument provides one electrical channel and one light channel for an error code test at the same time; each channel supports the setting of multiple speed points from 1.25G ~ 11.318G; quick selection. There are multiple code options; user-defined code settings are provided; output signal band values are adjustable, polarity is freely rotated; two test modes are supported, timed and continuous; 4.3 inches high, clear touch screens are provided; and operation is easy. Channel mode; 1 electrical channel interface and 1 light channel interface working in parallel Code type; PRBS7, PRBS9, PRBS15, PRBS23, PRBS31, PRBS58, PRBS9 5, USER DEF (support for 64-bit custom code configurations); 155M, 622M, 1.25G, 2.125G, 2.488G, 3125G, 4.25G, 4.976G, 5G, 6.2G, 8.5G, 9.95328G, 10G, 10.3125G, 10.52G, 10.709G, 11.09G, 11.31G, 12.5G, 12.5G, 14.025G, 15G-hours; providing two-way trigger signal delivery bands; 50mV, 100mV, 150mV, 200mV, 250mV, 300mV, 350mv

Rate: typ: 5G~60G; 4 Channel works simultaneously Drop Time: Min: 18; typ: 22; max: 30; 10.3125G, 20-80%; typ: PRBS7. PRBS9、PRBS15. PRBS23.PRBS31; NRZ Code: typ: PRBSS8.PRBS9.5; typep: USER DEF; supporting 64-digit custom

The 60G miscode test (BERTWAVE E415B) is a multi-channel, multi-velocity, high-performance miscode analysis device. The instrument provides a simultaneous error-code test of 4 channels; each channel supports multiple speed settings ranging from 1.25 G to 15 G; and multiple code types are available; user-defined code settings are available; output signal band values are adjustable, polarity is freely rotated; two test modes are supported for timing and continuity; 4.3 inches of high resolution touch displays are provided; and operations are easy to operate. Channel mode; 4 electrical interfaces capable of working in parallel code type; PRBS7, PRBS9, PRBS15, PRBS23, PRBS31, PRBS58, PRBS9 5, USER DEF (support for 64-bit self-defined code setting); 155M, 622M, 1.25G, 2.125G, 2.488G, 3.125G, 4.25G, 4.976G, 5G, 6.25G, 8.5G, 9.95328G, 10G, 10.3125G, 10.52G, 10.709G, 11.09G, 11.09G, 11.318G, 12.5G, 14.0G, 15G hours; provision of two-way triggers for the transmission of a range; 50mv, 100mV, 150mV, 200mV, 250mV, 300mV, 350mV, 400mV, 450mV, 500mV, 550mV, 500mV, 600mV, 600mm, 600m

The high-speed AD-5000 PCIe data acquisition card is a 5GSps 10bit high-speed ADC; a 5-high-alignment FPGA and 2Gbyte DDR3-enabled data sampling, dispatch, and signal processing panel matching one Stratix5; a high-speed PCI interface; features that are robust, platform-based, simple and easy to use; and suitable for systems with high-speed collection needs and a large amount of data return. 2Gbyte capacity DDR3 memory ADC supports external reference clocks The structure of ADC + FPGA+ MMU; 10bit high-speed ADCs can be completed for multiple communication systems; a maximum sampling rate of up to 5 GSps; up to 1/2/4 channels can be achieved and AVRMCUs can be collected in conjunction with FPGA via external bus; a rich external interface can be operated with more complex control algorithms; USB3.0, single machine communication portals, PCIe interfaces added to the front end of the simulation (replaceable); input into DC laced 500M bandwidth; transferable slots; wider range of inputs; maximum support for 5Vpp