目 錄
HY-6060C/6070C 通用數據采集控制板·······························································································3
一 概述··········································································································································3
二 性能及技術指標······················································································································3
2.1 性能········································································································································3
2.2 應用········································································································································3
2.3 技術指標································································································································3
模擬信號輸入部分·······················································································································3
2.4 物理尺寸和工作環境條件····································································································4
三 工作原理框圖··························································································································4
3.1 原理框圖································································································································4
3.2 工作原理概述························································································································5
四 主要元件位置圖 信號輸入插座和開關跳線選擇定義·······················································5
4.1 主要元件位置圖····················································································································5
4.3 信號輸入插座定義················································································································6
4.4開關及跳線選擇······················································································································6
4.4.1 HY-6060C/6070C基地址選擇·····························································································6
4.4.2 模擬信號輸入方式選擇·····································································································7
4.4.3 HY-6060C/6070C板模擬信號輸入電壓范圍選擇 ·······················································7
4.4.4模擬輸出電壓范圍選擇·······································································································8
4.4.6 中斷申請級別選擇·············································································································8
圖4.4.6 中斷級別選擇························································································································8
4.5 模擬電壓輸入連接方法及應注意的問題············································································8
五 寄存器描述及板內地址分配···································································································9
5.1 板內地址分配 ····················································································································9
5.2 板控制字寄存器 板基地址+4寫 ····················································································9
5.3 A/D轉換結果寄存器 ·······································································································10
5.4模擬輸入通道選擇寄存器 板基地址+0寫 ································································10
5.5 A/D轉換完成位寄存器 板基地址+1讀 ····································································11
六 安裝 拆除方法····················································································································12
6.1 安裝步驟······························································································································12
6.2 拆除步驟······························································································································12
七 軟件編程································································································································12
7.1 可編程定時/計數器8254編程描述·····················································································12
7.2 82C54 在HY-6060C/6070C中的應用 ··············································································14
7.3 HY-6060C/6070C板A/D工作方式 ····················································································15
7.3.1 HY-6060C/6070C板A/D觸發方式說明 ·········································································15
7.3.2 A/D轉換結果數據傳輸工作方式說明··············································································16
7.4 編程實例······························································································································16
7.4.1 軟件觸發 定時觸發 外觸發編程實例·······································································16
7.4.2 中斷申請編程實例···········································································································197.4.3 D/A編程實例························································································································20
7.4.4 DI/DO編程實例····················································································································21
7.4.5 雙端輸入編程實例 軟件觸發 ···················································································21
八 應用注意事項························································································································22
8.1 注意事項······························································································································22
九 校準········································································································································22
9.1 A/D校準·································································································································22
十 I/O地址分配···························································································································23
附錄1 HY-6060C/6070C測試軟件使用說明·············································································24
一 運行所需環境························································································································24
1.1 硬件環境······························································································································24
1.2 軟件環境······························································································································24
二 軟件的組成和安裝················································································································24
三 界面簡介································································································································24
四 操作方式································································································································25
4.1 使用鼠標······························································································································25
4.2 使用鍵盤······························································································································25
5.1 單通道A/D設置····················································································································25
5.2 通過率的測試······················································································································25
5.3 數字量輸入/輸出·················································································································25
"D/O SPEED" 選擇窗允許您調整輸出的速度, 以便您在輸出一組數字量值時能從容觀察輸出的狀態. 輸出速度
一共有 4 檔, 0 檔最快, 3 檔最慢.········································································································26
5.4.2 D/A 輸出···························································································································26
5.4.3 返回主控····························································································································26
5.5 16 通道 A/D·························································································································26
5.6 定時/計數······························································································································26
5.6.1 定時器································································································································27
5.6.2 計數器································································································································27
5.6.3 返回主控····························································································································27
5.7 退出·······································································································································27
六 系統限制······························································································································27
一 驅動函數庫····························································································································28
二 函數說明································································································································29
三 驅動函數的使用方法············································································································31
3.1 用C語言編程調用················································································································31
3.2 用BASIC語言編程調用·······································································································34HY-6060C/6070C 通用數據采集控制板
一 概述
HY-6060C/6070C 板是IBM PC XT/AT總線兼容的通用型A/D D/A板 A/D分辨率為12Bit 通過率為
40KHZ 可直接插入IBM PC XT/AT總線兼容的計算機內的任意總線擴展槽中 構成模擬量電壓信號 數字量電
壓信號采集 監視輸入系統及模擬量電壓信號 數字電壓信號輸出系統 HY-6060C/6070C板上安裝有12Bit分
辨率的A/D轉換器 為用戶提供了兩種模擬信號輸入方式 16 路單端輸入和8 路雙端輸入 通過硬件設置 模擬
電壓信號輸入范圍可以是0 5V 2.5V 5V 此板還提供了1路12Bit D/A轉換模擬電壓輸出通道
在HY-6060C/6070C板上還裝有可編程定時/計數器82C54 其中82C54的定時/計數器1和定時/計數器2級連
用來生成定時啟動AD轉換的信號 定時/計數器0單獨引出來提供給用戶使用
HY-6060C/6070C 板支持軟件觸發 定時觸發和外觸發三種A/D電路啟動轉換工作方式 支持軟件查詢和中
斷申請數據傳送工作方式
HY-6060C/6070C 板還為用戶提供了16路數字量輸入/輸出通道信號 接口電平符合TTL電平標準
二 性能及技術指標
2.1 性能
HY-6060C/6070C共有的性能
A/D 轉換分辨率 12 Bit
8 雙 16 單模擬信號輸入通道
模擬電壓輸入范圍 0 5V 2.5V 5V
支持軟件觸發 定時觸發 外觸發三種A/D觸發方式
支持軟件查詢 中斷申請等數據傳輸方式
16路數字量輸入/輸出通道
路計數/定時通道 留給用戶使用
緩沖式數字量輸入
寄存式數字量輸出
上電D/O電路清零

HK—6060C/6070C 通用數據采集控制板是一系列專為工業自動化和監控系統設計的高性能嵌入式控制器。這兩款產品可能是由專業的電氣或自動化設備制造商生產的，它們的主要功能包括但不限于： - **數據采集**：能夠從各種傳感器（如溫度、壓力、電流、電壓等）收集實時數據，并將這些數據轉化為數字信號以便后續處理與分析。 - **遠程控制**：通過以太網或其他通信接口，允許用戶在遠程位置對設備的工作狀態進行監控和設置調整，支持Modbus/TCP、Profibus-DP、CANopen等多種工業通信協議。 - **參數設置與配置**：提供靈活的軟件配置界面，用于設置采樣頻率、數據格式、觸發條件以及報警閾值等關鍵參數，適應不同應用場景的需求。 - **數據存儲與處理**：內置大容量非易失性存儲器(NVRAM)，可保存歷史數據供后期分析；同時可能具備數據計算、統計等功能，便于生產過程中的質量控制和優化。 - **硬件接口豐富**：擁有多個模擬輸入/輸出(AI/AO)、數字輸入/輸出(DI/DO)、繼電器輸出(Relay Output)等接口，可以接入不同類型的動力設備或外圍設備。 - **高可靠性和穩定性**：采用工業級元器件及嚴格的質量管控措施，確保在惡劣工況下仍能保持長期穩定運行。 具體的內容描述應包含詳細的安裝步驟、接線圖示、使用方法、故障排查、維護保養、通信參數設置等內容，并針對每款型號(HK—6060C與HK—6070C)之間的區別進行說明，如可能存在的功能擴展選項或特有特性等。請注意，由于實際產品的詳細規格和手冊內容會有所差異，請參考相關實物產品說明書以獲取最準確的信息。