描述伍德沃德的中学教育课程方法成功地满足了学生的需求和愿望，并挑战学生成为批判性思想家和道德问题解决者。行政人员、系主任和教师制定了在核心学术领域达到或超过所有国家要求的毕业标准他们设计的课程将使学生能够满足GHSANCAA和Hope的要求在家长和学生制定四年计划的过程中，年级和大学招生顾问以及教务长将提供明智的建议。在卓越、品格和机遇的核心价值观指导下，我们支持学生取得成功。伍德沃德致力于通过各种教学技术提供广泛而丰富的学术机会。我们相信，所创造的学习环境将有助于我们的学生为上大学做好准备以下页面包括《高中课程安排和课程指南》，该指南是关于九至十二年级学生的课程安排、毕业要求、学术荣誉和学期考试政策等学术问题的信息来源。此外，它还为高中学生提供了各种课程的列表和描述。学生和家长应该使用本指南来计划高中期间要完成的整体课程学习。咨询人员可以帮助您解决任何问题以及学习计划。课堂教师和系主任也是帮助学生选择选修课程和计划每年的课程选择的宝贵资源。在决定选修或选修课程之前，学生好完成大部分或全部毕业要求。
Description
Woodwardsapproach to secondary education curriculum is successfulin meeting the needs and aspirations of our students and in challenging students to become critical thinkers andethical problem solvers. Administrators, department chairmen,and faculty have delineated graduation standards that meet or exceed all state requirements in thecoreacademicareas;they have designed courses that will enable studentsto meetGHSA and NCAA and Hope requirements.Counselors, both grade level and college admissions, and the AcademicDean will offer wise counsel along the way as parents and studentsdevelop a four-year plan. Guided by our core values of Excellence, Character,and Opportunity, we champion student success.Woodwardiscommittedtoproviding a broad rangeof rich academicopportunities which are presentedthrough a varietyofteachingtechniques. 

We believe that the learning environment that is created will help prepare our students for college. The following pages comprise the Upper School Scheduling and Curriculum Guide which serves as a source of information on such academic matters as class scheduling, graduation requirements, academic honors, and semester exam policies for students in grades nine to twelve. In addition, it provides a listing and description of the various curriculum offerings for Upper School students. Students and parents should use this guide to plan the overall course study to be completed during high school. The counseling staff is available to help with any questions you may have and with the planning of the course of study. Classroom teachers and the departmental chairpersons are also valuable resources in helping the student select elective courses and plan course selections for each year. It is highly advisable for the student to finish most or all of the graduation requirements before deciding to take elective or optional courses.
NI SCXI-1600 (Part No.: 776572-1600) has a 16-bit ADC and is a USB data acquisition module (DAQ) for SCXI. This module is a full-function control and data module for SCXI digital I/O, switch, analog input and analog output modules. Its sampling rate is 200 kS/s. Users can install the SCXI-1600 in the instrument signal conditioning expansion (SCXI) chassis, and provide clock, calibration and external digital trigger connection for all other modules installed in the chassis. With this module, users can transform any SCXI chassis into a powerful and reliable plug-and-play data acquisition system.



NI SCXI 1600 receives analog signals from other modules and digitizes, amplifies and transmits data through USB ports. It is one of the most easily configured and calibrated devices because it has no jumpers, potentiometers or DIP switches. By connecting it to other SCXI modules, the module can collect up to 352 analog signals from RTD, thermocouple, strain gauge, current source and voltage.



NI SCXI 1600 is compatible with USB and supports power supply or hot plugging into USB ports. For time-related functions, the data acquisition module uses a powerful system timing controller called National Instruments DAQ-STC.



In order to control the analog input, DAQ-STC consists of three timing groups. The module is equipped with four LEDs on the front panel. There is a set of green LEDs for monitoring the V+and V – rails of the chassis. The other two LEDs display the active and ready status of the SCXI-1600 data acquisition module. For calibration, a special BNC connector is also provided on the front panel of the module.



NI devices run using NIDAQmx driver software, which is compatible with software package/application development environment (such as LabVIEW, LabWIndows/CVI or Measurement Studio). The recommended warm-up time is 30 minutes, and external calibration should be carried out at least once a year. The physical size of the NI device is 7.2 x 6.8 x 1.2 inches. National Instruments SCXI-1349 shielded cable adapter



SCXI - 1349 (Part No.: 182671-01) was created for connecting the SCXI system to the data acquisition equipment. The SCXI - 1349 cable adapter connects the 68-pin E-series DAQ device (excluding the 61XXE model) to the SCXI module (excluding the SCXI switch module). This model has three connectors. First, there is a 68-pin male connector on the front panel. Next, there is a 50-pin centimeter connector on the printed circuit board. Finally, on the back of the adapter, there is a 50-pin bracket to install the female connector.



The US National Instrument SCXI-1349 requires several items: a computer, a 68-pin E-series DAQ device, a SCXI-1000, SCXI-1001 or SCXI-1000DC chassis, at least one SCXI module (not the SCXI switch module), a small slotted screwdriver, installation guide and NI SCXI-1349 shielded cable assembly, which consists of cable adapter and 68-pin shielded cable. The SCXI - 1349 can be used with 1 m or 2 m SH68-68-EP shielded cable to connect the E series equipment to the SCXI chassis. The other option is to use 0.5 m or 1 m SHC68-68-EP cable or 1 m PSHR68-68 cable to connect the DAQCard to the SCXI chassis. The maximum operating voltage of SCXI - 1349 is 30 Vrms, 42 Vpk or 60 VDC (signal+common mode).



The user must ensure that each signal connection is insulated to the maximum voltage that NI SCXI 1349 may encounter. Grounding power signals and other connections that exceed the maximum signal rating of the National Instruments SCXI-1349 cable adapter may cause electric shock or fire hazard. This can also damage the circuit board connected to the SCXI chassis, computer or SCX device.



The recommended operating temperature range of NI equipment is 0 to 50 ° C, the storage temperature range is – 20 to 70 ° C, and the non-condensing relative humidity range is 10 to 90%. Its design conforms to IEC 61010-1, UL 3111-1 and CAN/CSA C22.2 No. 1010.1 of electrical measurement and test equipment. National Instruments SCXI-1346 Multi-Chassis Cable Adapter



SCXI - 1346 (Part No.: 776574-46) is suitable for applications involving multiple chassis SCXI, because it can connect them to a DAQ device. This cable adapter has two cable connections. One connection is used for the signal from the digitizer or the previous SCXI chassis, while the second connection is used to route the signal from the digitizer to the subsequent chassis. SH68-68 - EP (Part No.: 184749-01, 1 m cable; 184749-02, 2 m cable; 184749-05, 5 m cable; or 184749-10, 10 m cable) can be purchased separately and with NI SCXI 1346. This cable adapter has a mounting bracket that can be reliably connected to the SCXI chassis.



The SCXI 1346 has four connectors. The first connector is the 68-pin male connector on the front panel, which is printed with To Next Chassis. The next connector is another 68-pin male connector on the front panel, which is printed with From DAQ Board or Previous Chassis. The third connector is the 50-pin centimeter connector on the printed circuit board. The last connector is also a 50-pin connector, but it is the bracket mounting female on the back of the cable adapter.



Using NI SCXI 1346 in a multi-chassle system requires the following items: a computer, a small flat-head screwdriver, a 68-pin shielded cable, a 68-pin E-series DAQ device, a SCXI 1001 or SCXI 1000 chassis (version K or later), one or more SCXI modules per chassis (excluding SCXI-1127, SCXI-1190 and SCXI-1191), SCXI 1349 shielded cable assembly, and SCXI-1346 installation guide. Users should keep in mind that the total cable length used in the multi-case SCXI system should not exceed 10 m. This will help ensure reliable operation.



SCXI 1346 runs with NI-DAQmx driver software compatible with the package/application development environment (ADE), such as LabVIEW, LabWindows, LabVIEW SignalExpress, Measurement Studio, Visual C++, or Visual Basic. You can use the National Instruments Measurement&Automation Explorer (MAX) tool to configure the device hardware.
NI SCXI-1600（部件号：776572-1600 ）具有 16 位 ADC，是一款用于 SCXI 的USB 数据采集模块(DAQ)