MIVME-2170A | 光耦合數(shù)字器件 | VMIVME-7750 | VMIVME-7700
型號;VMIVME-2170A
類別:光耦合數(shù)字器件
保修:365天
配送方式:順豐快遞/聯(lián)邦快遞
匯款方式:電匯/西聯(lián)匯款
特點(diǎn):
.32光隔離輸出
2.5或300毫安輸出
外部供電的上拉電壓，最大隔離
現(xiàn)場可配置上拉電阻
具有低電流選項(xiàng)的源或匯輸出能力
高輸出電壓容差30w正常模式
高隔離電位;最后1kv，脈沖6kv
正面或負(fù)面的實(shí)物期權(quán)
8位或16位數(shù)據(jù)傳輸
板載DlP交換機(jī)提供14位板地址選擇
雙歐洲卡格式與前面板
非特權(quán)或監(jiān)督短l/0傳輸可選字段
功能特征
VMIVME-2170A光耦合數(shù)字器件輸出板由vMEbus兼容邏輯、數(shù)據(jù)組成控制邏輯、4個(gè)8位輸出寄存器和32個(gè)光隔離高級輸出組成。該板實(shí)現(xiàn)為雙板Eurocard形式的Pc板，并提供所有必要的地址解碼和數(shù)據(jù)傳輸控制邏輯，以接受8位和16位數(shù)據(jù)傳輸。光耦合器將32個(gè)輸出相互隔離，并與VMEbus隔離。兩個(gè)主管和支持非特權(quán)數(shù)據(jù)傳輸。
應(yīng)用程序:
來自VMEbus的數(shù)字控制
消除系統(tǒng)接地回路
高電氣噪聲環(huán)境下的控制
多電位系統(tǒng)組件的控制
Model :VMIVME-2170A
Category: optically coupled digital devices
Warranty :365 days
Delivery method: SF Express/Federal
Remittance: Wire transfer/Western Union
Features:
.32 Optical isolation output
2.5 or 300 mah output
Externally supplied pull-up voltage for maximum isolation
Field configurable pull-up resistance
Source or sink output capability with low current options
High output voltage tolerance 30w Normal mode
High isolation potential; Last 1kv, pulse 6kv
Positive or negative real options
8-bit or 16-bit data transfer
The on-board DlP switch provides a 14-bit board address selection
Dual Eurocard format with front panel
Field optional for non-privileged or supervised short l/0 transfers
Functional characteristics
The VMIVME-2170A optically coupled digital device output board consists of vMEbus compatible logic, data composed control logic, four 8-bit output registers, and 32 optically isolated advanced outputs. The board is implemented as a two-board Eurocard form factor Pc board and provides all the necessary address decoding and data transfer control logic to accept both 8-bit and 16-bit data transfer. The optocoupler isolates 32 outputs from each other and from the VMEbus. Two supervisors and support for non-privileged data transfer.
Application program:
Digital control from VMEbus
Eliminate the system grounding loop
Control in high electrical noise environments
Control of multi-potential system components
