IC687BEM713B使用說明,GE燃機卡件
查看第5.4.1節(jié)和表5.3-1，以驗證所有工廠安裝的跳線已就位。更改董事會地址或地址修改器響應(yīng)，請參閱第5.4.2節(jié)。c、 輸入電纜是否配有合適的配套連接器連接到輸入連接器P3和P4？參考第5.6節(jié)有關(guān)連接器的說明。d、 校準已在工廠進行。如果重新校準應(yīng)該需要時，請參閱第5.5.2節(jié)。e、 將未使用的輸入（高壓側(cè)和低壓側(cè)）接地到VMEbus地注意安全請勿在系統(tǒng)通電的情況下安裝或卸下此板。
IC687BEM713B使用說明5.4操作配置VMIVME-3112板地址和輸入/輸出訪問模式的控制是由現(xiàn)場可更換的車載跳線決定。本節(jié)介紹了使用以及它們對跳投性能的影響。位置和所有VMIVME-3112跳線的功能如圖5.4-1和表5.3-1所示。5.4.1工廠安裝的跳線每個VMIVME-3112板在工廠配置有特定的跳線布置如表5.3-1所示。工廠配置建立VMIVME-3112板的以下功能基線，并確保所有安裝了必要的跳線。
a、 電路板短地址設(shè)置為0000十六進制b、 輸入/輸出訪問模式為短監(jiān)督訪問
c、 模擬輸入范圍設(shè)置為±10 V滿標度范圍d、 A/d掃描的通道數(shù)設(shè)置為64
e、 增益放大器設(shè)置為增益“1”電路板地址和地址修飾符選擇跳線頭J13允許VMIVME-3112板位短輸入/輸出地址空間內(nèi)的任何256字節(jié)邊界。短I/O地址空間由NNNN0000十六進制*和NNNNFFFF十六進制之間的所有地址組成，并要求對15（字）地址行進行解碼，以說明所有*（NNNN）十六進制取決于CPU板。（85）十六進制是地址位A15到A08 as展示。（二十） 十六進制選擇板載寄存器（見表4.1-1）。*短路=“零”（已安裝跳線）Open=“一”（未安裝跳線）（見表5.3-1）。AM2+AM2選擇短監(jiān)督訪問、短非特權(quán)訪問或兩者兼有（即所示示例適用于短期非特權(quán)訪問）。
Review Section 5.4.1 and Table 5.3-1 to verify that all factory-installed
jumpers are in place. To change the board address or address
modifier response, refer to Section 5.4.2.
c. Have the input cables, with the proper mating connectors, been
connected to the input connectors P3 and P4? Refer to Section 5.6
for a description of the connector.
d. Calibration has been performed at the factory. If recalibration should
be required, refer to Section 5.5.2.
e. Ground unused inputs (both high side and low side) to VMEbus
ground.
CAUTION
DO NOT INSTALL OR REMOVE THIS BOARD WITH POWER APPLIED TO THE SYSTEM.
5.4 OPERATIONAL CONFIGURATION
Control of the VMIVME-3112 Board address and I/O access mode are
determined by field replaceable, on-board jumpers. This section describes the use
of these jumpers, and their effects on board performance. The locations and
functions of all VMIVME-3112 jumpers are shown in Figure 5.4-1 and Table 5.3-1.
5.4.1 Factory Installed Jumpers
Each VMIVME-3112 Board is configured at the factory with the specific
jumper arrangement shown in Table 5.3-1. The factory configuration establishes
the following functional baseline for the VMIVME-3112 Board, and ensures that all
essential jumpers are installed.
a. Board short address is set at 0000 HEX
b. I/O access mode is short supervisory access
c. Analog input range is set to ±10 V full scale range
d. The number of channels for an A/D Scan is set to 64
e. The gain amplifier is set to a gain of "one"
Board Address and Address Modifier Selection
Jumper header J13 permits the VMIVME-3112 Board to be located on
any 256-byte boundary within the short I/O address space. The short I/O address
space consists of all addresses between NNNN0000 HEX* and NNNNFFFF HEX,
and requires that 15 (word) address lines be decoded in order to account for all *(NNNN) HEX is CPU board dependent. (85) HEX is address bits A15 through A08 as
shown. (XX) HEX selects on-board registers (see Table 4.1-1).
**Shorted = "zero" (jumper installed)
Open = "one" (jumper not installed) (see Table 5.3-1).
***AM2 + AM2 select short supervisory access, short nonprivileged access, or both (the
example shown is for short nonprivileged access).
